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Job DescriptionWho we are Metropolis is an artificial intelligence company that uses computer vision technology to enable frictionless, checkout-free experiences in the real world. Today, we are reimagining parking to enable millions of consumers to just "drive in and drive out." We envision a future where people transact in the real world with a speed, ease and convenience that is unparalleled, even online. Tomorrow, we will power checkout-free experiences anywhere you go to make the everyday experiences of living, working and playing remarkable - giving us back our most valuable asset, time. Who you are We are looking for a Senior Web Engineer to join our Customer Experience application development team and contribute to the next step function growth phase. As a member of the engineering team, you will have the opportunity to design and build systems and features from the ground-up, have a big role to play in defining the direction of our product and mentor other engineers. The ideal candidate will have a product-oriented mindset with a passion for technology and customer satisfaction. This engineer will play a critical role in the company's success by ensuring that software development efforts are aligned with customer needs and contribute to the company's overall growth and profitability. This is a unique opportunity to build an end-to-end mobility platform that supports high throughput locations, aviation, fleet management and other use cases impacting the everyday experience of millions of people. Specifically, we want to mature our observability, analytics, reporting, and visualizations. We'd like to re-imagine the end-to-end experience for internal and external users alike. For internal users we need to streamline workflows and surface timely and context-relevant insights. For external users, we want an easy, fluid experience that supports both remote and on-premise workflows – be that at the parking lot, gas station, carwash, or fast food drive-thru. If you are energized by the mission to empower our customers to harness time through remarkable mobility products, this role is for you. We operate in a fast-paced, challenging, and fun environment! We work together as one team to deliver on our commitments. We challenge the status quo every day, internally and externally. What you'll do • Design, implement, and maintain the frontend systems that make up the Metropolis parking and mobility platform., • Collaborate with product managers and designers to model and understand real world problems in our UX., • Be a key part of the entire development lifecycle, including ideation and identifying requirements., • Moderate technical discussions, evaluate new techniques, and ensure our platform is constantly evolving and improving., • Leverage best practices in automation testing and deployment to enable rapid iteration and launch of new features., • Help build a culture where bugs and mistakes in production are treated as opportunities to improve the platform., • Mentor junior engineers ensuring appropriate use of UI frameworks and component libraries.What we're looking for, • MS or BS in Computer Science or equivalent work experience. Strong fundamental computer science skills., • 6+ years of software engineering experience. advanced-level knowledge in a modern component-based frontend framework and proficiency with strongly-typed languages., • Proven track record of successfully delivering large-scale software products in high volume consumer facing applications., • Experience with consuming and interacting with RESTful APIs and gRPC frameworks., • Deep understanding of Agile engineering processes that support the entire software development life cycle, including TDD/BDD, CI/CD and related build/test/deploy processes., • Excellent written and verbal communication skills with a proven ability to present complex technical information in a clear and concise manner to a variety of audiences., • Local to Santa Monica (Los Angeles), New York City, or Seattle areas.Preferred Qualifications, • Advanced knowledge of React and Typescript., • Work experience in innovative, high-growth environment.Our Stack, • Languages + Frameworks: TypeScript, React, Scala (principally), Java (limited), • Datastores: MySQL, PostgreSQL, Snowflake, • Cloud: AWS, • Version control: Git & GitHub, • AI Tooling: Copilot on GitHub Metropolis values in-person collaboration to drive innovation, strengthen culture, and enhance the Member experience. Our corporate team members hold to our office-first model, which requires employees to be on-site at least four days a week, fostering organic interactions that spark creativity and connection Metropolis may utilize an automated employment decision tool (AEDT) to assess or evaluate your candidacy for employment or promotion. AEDTs are used to assist in assessing a candidate's application relative to the required job qualifications and responsibilities listed in the job posting. As part of this process, Metropolis retains data relevant to your candidacy, including personal information, for a period that is reasonably necessary for the use of the tool. If you are hired for the position, your data may become part of your employee records. Metropolis Technologies is an equal opportunity employer. We make all hiring decisions based on merit, qualifications, and business needs, without regard to race, color, religion, sex (including gender identity, sexual orientation, or pregnancy), national origin, disability, veteran status, or any other protected characteristic under federal, state, or local law.

Job Description At Serve Robotics, we’re reimagining how things move in cities. Our personable sidewalk robot is our vision for the future. It’s designed to take deliveries away from congested streets, make deliveries available to more people, and benefit local businesses. The Serve fleet has been delighting merchants, customers, and pedestrians along the way in Los Angeles while doing commercial deliveries. We’re looking for talented individuals who will grow robotic deliveries from surprising novelty to efficient ubiquity. Who We Are We are tech industry veterans in software, hardware, and design who are pooling our skills to build the future we want to live in. We are solving real-world problems leveraging robotics, machine learning and computer vision, among other disciplines, with a mindful eye towards the end-to-end user experience. Our team is agile, diverse, and driven. We believe that the best way to solve complicated dynamic problems is collaboratively and respectfully. As a Software Engineer on the Infrastructure team, you'll be be building the tools used to create Serve’s software. You’ll collect build system metrics and use them to build solutions to improve the performance and reliability. You’ll also work closely with the Platform and Autonomy teams to identify workflow inefficiencies and design tools to increase development velocity. Responsibilities * Build, maintain and improve our Bazel based build system. * Develop reliable, efficient and scalable continuous integration infrastructure. * Instrument and profile the system to identify bottlenecks and improve performance. * Troubleshoot and root cause build issues and develop solutions to increase robustness. * Provide guidance and best practices for effectively utilizing the build systems and related tooling. * Identify developer pain points and develop tools to solve the problems. * Support hardware in the loop test infrastructure. Qualifications * 3+ years of experience using Bazel for multi-language builds. * 3+ years of experience developing in C++ and one scripting language such as Python or Bash. * Experience with continuous integration platforms such as Github Actions, Buildkite, Drone, or similar. * Experience with cloud platforms such as GCP or AWS. * Experience with containerization using Docker. What makes you stand out * Experience with Bazel caching mechanisms, remote build execution, platforms, and toolchains. * Experience with building and deploying Linux images for embedded devices. * Passion for robotics and developer experience. Compensation Range: $150K - $220K

Job DescriptionAbout Machina Labs Machina Labs was founded in 2019 to redefine how the world manufactures. Based in Los Angeles, we are pioneering the software-defined factories of the future—where advanced robotics and artificial intelligence replace rigid tooling and enable rapid, flexible production at any scale. Our mission is simple yet transformative: unlock manufacturing and unconstrained innovation. By developing modular robotic forming systems, we empower industries such as aerospace, automotive, and defense to design, prototype, and produce with unprecedented speed, efficiency, and sustainability. Backed by leading deep-tech investors, including NVIDIA’s NVentures, Innovation Endeavors, and Lockheed Martin Ventures, Machina Labs is building the first commercial robotic sheet metal forming machines—creating a future where manufacturing is as agile and adaptive as software. Every day, we work side by side with some of the world’s most innovative organizations to solve their toughest challenges and accelerate the pace of progress. At Machina Labs, we’re not just building robots; we’re reshaping entire industries. Join us as we bring the factory of the future to life! About The Role We are seeking a Senior Software Engineer, Computational Geometry who will be a cornerstone in developing the geometry and path planning capabilities of our robotic sheet-metal forming platform. You will bring deep expertise in computational geometry while collaborating closely with robotics, manufacturing, and software engineers to deliver solutions that directly impact our customers in aerospace, defense, automotive, and beyond. This is not a backroom algorithm role - your work will influence our product roadmap, our customer experience, and the direction of the company. What You’ll Do: • Shape our geometry pipeline by leading the development of robust geometry ingestion and processing systems to transform complex CAD files into robot-ready parts., • Innovate our path planning through the design and implementation of algorithms that expand the operational envelope of our robotic forming cells., • Prototype and validate by rapidly testing new approaches while building high-quality, production-ready code for proven solutions., • Bridge disciplines partnering with robotics and manufacturing engineers to troubleshoot, optimize, and validate geometry and path strategies on physical hardware., • Model and simulate by building kinematic models, optimizers, and analysis tools to validate paths before they hit the robot floor., • Uphold excellence through ensuring code quality with testing, documentation, and reviews aligned to Machina’s engineering standards. What You'll Bring:, • MS or PhD. in Data Science, Computer Science, Machine Learning, Statistics, or a related field., • 5+ years of experience in computational geometry, path planning, or related fields., • Strong background in linear algebra, trigonometry, differential equations, and algorithm design., • Proficiency in both Python and C++, with hands-on use of libraries such as Numpy (Python) or Eigen (C++)., • Proven ability to manipulate meshes, vectors, and transforms in 2D and 3D., • Experience with CAD file formats (STEP, IGES) and graphics-adjacent work (GPU acceleration, ray tracing, geometry kernels)., • Familiarity with robotics, kinematics, or physics-based modeling is a strong plus., • A track record of solving complex problems in fast-paced, iterative environments—independently and within teams.

Job DescriptionAbout Machina Labs Machina Labs was founded in 2019 to redefine how the world manufactures. Based in Los Angeles, we are pioneering the software-defined factories of the future—where advanced robotics and artificial intelligence replace rigid tooling and enable rapid, flexible production at any scale. Our mission is simple yet transformative: unlock manufacturing and unconstrained innovation. By developing modular robotic forming systems, we empower industries such as aerospace, automotive, and defense to design, prototype, and produce with unprecedented speed, efficiency, and sustainability. Backed by leading deep-tech investors, including NVIDIA’s NVentures, Innovation Endeavors, and Lockheed Martin Ventures, Machina Labs is building the first commercial robotic sheet metal forming machines—creating a future where manufacturing is as agile and adaptive as software. Every day, we work side by side with some of the world’s most innovative organizations to solve their toughest challenges and accelerate the pace of progress. At Machina Labs, we’re not just building robots; we’re reshaping entire industries. Join us as we bring the factory of the future to life! About the Role Machina Labs is seeking a Senior Software Engineer to lead the development of high-performance, GPU-based simulations that model the physical processes underlying our robotic metal forming platform. This is a deeply technical, high-impact software engineering role, not a research position. You’ll be responsible for designing and implementing custom simulation frameworks, from first principles, to accelerate our ML training loops, optimize process control, and build real-time feedback systems. Your work will sit at the heart of the digital twin that powers our next-gen manufacturing system.Responsibilities • Architect and implement GPU-accelerated physics simulations of our robotic forming process, • Build solvers and simulation kernels using CUDA, C++, or similar low-level tools, • Collaborate closely with ML and robotics teams to ensure simulation supports real-world fidelity and integration, • Drive simulation performance optimization, parallelization, and stability tuning, • Contribute to long-term architecture for differentiable simulation and sim-to-real transfer and ultimately provide a robust solution for the real2sim2real challenge, • Write clean, well-tested, and modular code that supports ongoing development by the broader engineering teamWhat We’re Looking For, • Strong software engineering background, ideally in simulation, modeling, or graphics, • Experience developing GPU-based solvers or simulation engines (CUDA, Warp / Taichi, etc.), • Deep understanding of physics-based modeling (contact, deformation, dynamics) and deep familiarity with numerical solvers, such as the finite element method and the material point method, • Proficient in C++, with strong coding and debugging skills in performance-critical environments, • Extensive experience with custom simulation stacks or one or more of the following platforms (NVIDIA Omniverse, Warp / Taichi), • Masters Degree or Phd in Computer Science, Physics, Applied Math, or related STEM field

Job DescriptionWho we are Metropolis is an artificial intelligence company that uses computer vision technology to enable frictionless, checkout-free experiences in the real world. Today, we are reimagining parking to enable millions of consumers to just "drive in and drive out." We envision a future where people transact in the real world with a speed, ease and convenience that is unparalleled, even online. Tomorrow, we will power checkout-free experiences anywhere you go to make the everyday experiences of living, working and playing remarkable - giving us back our most valuable asset, time. Who you are We are building a hyperscaler company and laying the foundational infrastructure that will power multiple mobility-based businesses within Metropolis. As a Senior Software Engineer on our Product Foundations team, you'll be architecting and building Metropolis Web Services (MTWS) - the composable, foundational services that will serve as the substrate for all current and future products across the company. This is your opportunity to solve complex distributed systems challenges at scale while building the technical foundation that will enable Metropolis to expand our existing business into new markets and support our new verticals from the ground up. You'll be working on the kind of deep systems problems that require exceptional analytical skills, systems thinking, and a passion for efficiency, scalability, and operational excellence. Our team tackles the most complex technical challenges in the organization - from designing robust service mesh architectures to building foundational services like identity management and message processing to creating developer tooling that enables hundreds of engineers to move fast while maintaining reliability. You'll work alongside highly technical HyperNerds who live and breathe distributed systems, performance optimization, developer productivity, and reliability engineering – you'll collaborate with most of our technical teams including Application Development, Infrastructure, and our Advanced Technologies group. If you're energized by building the technical backbone that enables entire businesses to scale, solving hard distributed systems problems, and architecting platforms that will power the future of AI in the real world, this role is for you. We operate in a fast-paced, challenging, and fun environment where technical excellence is paramount. What you'll do • MTWS Foundation: Design and build the core services of Metropolis Web Services - the composable platform that will power multiple mobility businesses including IAM, notifications, message processing, and other critical infrastructure components, • Service Mesh Architecture: Build and maintain our service mesh infrastructure, enabling secure, reliable, and observable communication between hundreds of microservices at scale, • Developer Experience & Platform: Create sophisticated developer tooling, CI/CD pipelines, and platform automation that enables product teams to ship code safely and efficiently while maintaining high operational standards, • System Architecture: Make critical technical decisions about service boundaries, API design, data consistency patterns, and system reliability that affect the entire platform and multiple business lines, • Performance & Scalability: Architect and optimize systems for high throughput and low latency to support millions of transactions across our global platform as we scale to new markets, • Operational Excellence: Establish monitoring, alerting, and reliability practices that ensure 99.99% uptime for mission-critical mobility infrastructure, • Technical Leadership: Drive architectural discussions, establish engineering best practices, and mentor other engineers while contributing directly to complex technical implementationsWhat we're looking for, • 8+ years of backend software engineering experience with deep focus on distributed systems and platform infrastructure, • Expert-level Java proficiency with deep understanding of JVM performance, concurrency, and ecosystem tooling. Scala experience is a big plus, • Production experience with microservices architecture, container orchestration (Kubernetes), and cloud platforms (AWS), • Strong systems thinking with proven ability to design and implement large-scale, high-availability distributed systems that handle significant load, • Observability expertise including hands-on production experience with metrics, logging, tracing, and alerting systems in high-load environments, • Database and data systems knowledge including relational databases, event streaming (Kafka, SQS), caching strategies, and data consistency patterns, • Experience with AI-powered development tools such as Claude Code, GitHub Copilot, or similar agentic coding tools for enhanced productivity – context engineering in particular, • Excellent technical communication with ability to design and document complex systems, lead technical discussions, and collaborate across multiple teams, • Local to New York City, Seattle, or Los Angeles areaWhile not required, these are a plus:, • Advanced degree in Computer Science, Engineering, or related technical field, • Security and compliance expertise particularly in authentication, authorization, secrets management, and regulatory compliance for financial transactions, • Experience with high-growth environments where you've scaled systems through rapid expansion and increasing load, • Open source contributions or technical blog writing that demonstrates depth of technical expertise in distributed systems, • Performance optimization experience with profiling, benchmarking, and system tuning at hyperscaleOur Stack, • Languages + Frameworks: TypeScript, React, Scala (principally), Java (limited), • Datastores: MySQL, PostgreSQL, Snowflake, • Cloud: AWS, • Version control: Git & GitHub, • AI Tooling: Copilot on GitHub Metropolis values in-person collaboration to drive innovation, strengthen culture, and enhance the Member experience. Our corporate team members hold to our office-first model, which requires employees to be on-site at least four days a week, fostering organic interactions that spark creativity and connection Metropolis may utilize an automated employment decision tool (AEDT) to assess or evaluate your candidacy for employment or promotion. AEDTs are used to assist in assessing a candidate's application relative to the required job qualifications and responsibilities listed in the job posting. As part of this process, Metropolis retains data relevant to your candidacy, including personal information, for a period that is reasonably necessary for the use of the tool. If you are hired for the position, your data may become part of your employee records. Metropolis Technologies is an equal opportunity employer. We make all hiring decisions based on merit, qualifications, and business needs, without regard to race, color, religion, sex (including gender identity, sexual orientation, or pregnancy), national origin, disability, veteran status, or any other protected characteristic under federal, state, or local law.

Job DescriptionAbout the teamAt Q-CTRL, Quantum Computing Engineering is a global team of software engineers and infrastructure experts,combining deep technical expertise with a startup mindset to deliver real impact through software innovation. Our work is underpinned by robust standards, and by embracing the three virtues. Our team excels in areas across back-end, front-end, machine learning, and platform engineering. We transform Q-CTRL’s world-leading technological breakthroughs into commercial software products with applications across defense, research, and industry. We work closely with Product, Design, and Research teams to accelerate the path to quantum advantage worldwide. About the roleAs a Software Engineer, you’ll be responsible for developing software solutions for quantum technologies and deploying them in the Q-CTRL product suite. What you'll be doing: • Development work in the application code base for Q-CTRL’s error suppression products., • Assist in integrating Fire Opal with external customer’s systems., • Implementing novel control and error mitigation techniques developed in collaboration with research scientists for improving quantum circuit performance., • Review and address code and comments submitted by the team via pull requests., • Build robust tooling for monitoring, benchmarking, and experimentation., • Collaborating cross-functionally with members of Q-CTRL’s technical staff., • Other duties within the Employee's skills and experience, or with reasonable training.Ideally you'll have:, • A Bachelor’s or master’s degree in computer science, physics, or related STEM field., • 2+ years of experience as an individual contributor in a professional software role, or equivalent experience., • Experience closely collaborating with researchers and engineers., • 4+ years of programming experience with Python, Rust, C++, or other general-purpose languages., • A background in computing, research, software design, quantum, or the related.It would be fantastic if you have these skills/backgrounds but not essential:, • A graduate degree in computer science, experimental physics, computational mathematics, or a related area., • Experience in experimental physics or the design and integration of quantum devices.

Job DescriptionWho we are Metropolis is an artificial intelligence company that uses computer vision technology to enable frictionless, checkout-free experiences in the real world. Today, we are reimagining parking to enable millions of consumers to just "drive in and drive out." We envision a future where people transact in the real world with a speed, ease and convenience that is unparalleled, even online. Tomorrow, we will power checkout-free experiences anywhere you go to make the everyday experiences of living, working and playing remarkable - giving us back our most valuable asset, time. Who you are We are seeking a highly tenured Senior Software Engineer, Backend to join our Advanced Technologies team. In this role, you will design, develop, and maintain scalable backend systems that model ground truth vehicle location by integrating cutting-edge hardware with advanced machine learning. You'll work with a modern tech stack, including Java, Scala, GRPC (Protocol Buffers), Redis, MySQL, Kubernetes, and Kafka, to deliver high-performance, reliable services. If you are excited about solving complex technical challenges and working at the intersection of distributed systems, real-time data processing, and scalable infrastructure, we would love to hear from you. What you'll do • Build robust, scalable, and maintainable backend services in Java and Scala to support mission-critical operations, • Design and implement gRPC (Protocol Buffers) APIs to enable high-performance, real-time data transfer between services, • Leverage Redis and MySQL for efficient data storage and retrieval, ensuring reliability and low-latency access, • Deploy and manage microservices on Kubernetes, optimizing for scalability, resilience, and cost efficiency, • Work with Kafka to build scalable, event-driven architectures for real-time data streaming and processing, • Partner with Hardware, Machine Learning, and Operations teams to ensure seamless integration across the ecosystem and provide appropriate tooling, • Analyze and address bottlenecks in performance and scalability while maintaining a focus on system reliability and data integrityWhat we're looking for, • Bachelor's or Master's degree in Computer Science, Software Engineering, or a related field, • 8+ years of experience in backend development, preferably within platform or core services, • Proven expertise in industry-standard programming languages, preferably Java and Scala, • Experience building GRPC (Protocol Buffers) APIs for efficient and reliable communication between services, • Strong understanding of database design and optimization using Redis and MySQL, • Familiarity with container orchestration and scaling using Kubernetes, • Hands-on experience with Kafka for event-driven architectures>, • Exposure to frontend integration with frameworks like Next.js is a plus, • Exceptional analytical skills with a proven ability to tackle complex technical problems and design innovative solutions> Metropolis values in-person collaboration to drive innovation, strengthen culture, and enhance the Member experience. Our corporate team members hold to our office-first model, which requires employees to be on-site at least four days a week, fostering organic interactions that spark creativity and connection Metropolis may utilize an automated employment decision tool (AEDT) to assess or evaluate your candidacy for employment or promotion. AEDTs are used to assist in assessing a candidate's application relative to the required job qualifications and responsibilities listed in the job posting. As part of this process, Metropolis retains data relevant to your candidacy, including personal information, for a period that is reasonably necessary for the use of the tool. If you are hired for the position, your data may become part of your employee records. Metropolis Technologies is an equal opportunity employer. We make all hiring decisions based on merit, qualifications, and business needs, without regard to race, color, religion, sex (including gender identity, sexual orientation, or pregnancy), national origin, disability, veteran status, or any other protected characteristic under federal, state, or local law.

Job DescriptionAbout the Client Our client is a fast-scaling digital platform focused on transforming the way physical and digital operations connect across industries such as design, logistics, and fulfillment. With a strong engineering culture and commitment to internal efficiency, the company invests heavily in building robust backend systems and tools that drive business agility. Their platform handles complex integrations, large-scale workflows, and data orchestration—all with a mission to empower teams through intelligent automation. About the Role Our client is seeking a Senior Software Engineer (Backend) to join their Internal Tools and Infrastructure Engineering group. This fully remote role centers on building backend services, systems integrations, and workflow orchestration tools that power internal operations—ranging from order management and tax services to search and payments. You’ll work across a rich ecosystem of APIs and services, developing highly reliable tools and pipelines with minimal UI work. This role is perfect for an autonomous backend engineer who thrives in integration-heavy environments, loves clean architecture, and is comfortable driving projects from spec to ship—fast and with strong judgment. Responsibilities * Build Backend Systems: Design and maintain internal services and data pipelines using Go (Golang), orchestrating workflows via Airflow and supporting business-critical functions. * Drive System Integrations: Own backend integrations across key third-party platforms including Salesforce OMS, CommerceTools, Stripe, Avalara, Algolia, Constructor, and more. * Orchestrate Internal Workflows: Develop event-driven infrastructure and services that power operational systems like the internal lead engine and fulfillment tooling. * Collaborate Cross-Functionally: Partner with product, frontend, and DevOps teams to ensure backend services align with business goals and scale efficiently. * Promote Reliability & Speed: Contribute to service observability, automated deployments, and continuous integration practices in an AWS-based environment. * Contribute to System Design: Bring opinionated thinking to architectural decisions, document your work clearly, and mentor others when needed. Requirements * Backend Expertise: 5+ years of experience as a backend software engineer, with a strong command of Go (Golang) for building distributed systems. * Workflow Orchestration: Hands-on experience with tools like Airflow to manage complex data and task pipelines. * API Fluency: Ability to independently integrate and work with third-party APIs, including reading documentation, scoping solutions, and implementing with minimal oversight. * Event-Driven Architecture: Familiarity with Kafka or similar messaging/event streaming systems. * Cloud Experience: Proficient in AWS-based infrastructure, with working knowledge of ECS, Kubernetes, and Docker. * DevOps Literacy: Comfortable with GitHub-based workflows, CI/CD tools, and Infrastructure-as-Code practices in a GitOps environment. * Nice-to-Haves: Exposure to data platforms such as Snowflake is a plus, as is experience working alongside frontend teams (React/Next.js) to provide clean, efficient APIs. Benefits & Why Join * Impactful Engineering Work: Contribute to critical internal platforms that streamline the company’s ability to scale and operate efficiently. * Remote Flexibility: Work from anywhere while collaborating with high-performing distributed teams. * Modern Tech Stack: Leverage a cutting-edge toolset—Go, Kafka, Airflow, AWS, Docker—and build scalable systems with real business impact. * Strong Engineering Culture: Join a company where speed, autonomy, and thoughtful architecture are deeply valued. * Career Growth: Set foundational patterns for a team that’s growing rapidly; future leadership opportunities as the team scales. * Comprehensive Benefits: Competitive compensation, health benefits, paid time off, and wellness support. If you’re a backend-focused engineer who loves systems thinking, thrives on shipping fast and clean backend code, and knows how to turn complex workflows into elegant services—this is your chance to make a real impact.

Job Description:\n\nHi 👋🏾 I’m Abhik, Ashby's Co-Founder and VP of Engineering. We’re looking for a versatile, persistent product engineer who’s not afraid to set up reusable building blocks across the stack and advocate for the time and space to do so. At Ashby, all our engineers ship features end-to-end at a high pace. Example is the best leadership. We’ll give you the room to do your best work, and you'll be our guide! If that speaks to you, read on. What Ashby gives you in return is the best of both early and growth-stage environments. The agency and no-nonsense of a seed startup: you write product specs, make product and design decisions, and build in an almost-no-meeting culture. While also the product-market fit and scale of a growth-stage startup: tens of thousands of daily users who depend on your software and eagerly await your next feature. We have notable customers like Notion, Linear, Shopify, and Snowflake. Our growth and retention metrics are best-in-class among our peers: we have tens of millions in ARR, growing >100% year over year, very low churn, and many years of runway. We’ll share more details once we meet. You’ve probably seen this role posted before, and it’s because we’re always expanding the team (we’re on track to double this year). We’re bubbling with ideas on how to support Talent Acquisition through software, and we’ve started the journey of building products beyond Talent Acquisition. We read every application and aim to respond to yours within 3-4 days (often sooner). About the Role and How We Work Our engineering culture strives to recreate the environments where we did our best work as ICs – where we had the ownership and agency to impact our users with creative and innovative software. I started my career building software for artists in the Visual Effects industry. It was a formative experience for me as a software engineer because success relied on my ability to be a product manager and designer. I talked to artists to understand their needs. I came up with ideas. I did industry research, designed interfaces, and prototyped ideas. I watched artists use what I built and decided what to tackle in the next iteration. No daily stand-ups, no t-shirt sizing, no planning meetings. I studied computer science to solve problems, not tickets, and this felt exactly like that. I not only felt creative and fulfilled but the agency and ownership we were given as engineers powered an incredible amount of innovation. Innovation came differently (or not at all) at technology startups beyond the seed stage, often through an engineer’s force of will and ability to push back against culture (rather than any encouragement from it). Engineering was narrowed to implementation and delivery, partly due to the influence of other departments and partly due to the influx of "Agile" processes like sprint planning. In those companies, I felt like a JIRA jockey. At Ashby, we’re building an environment that is optimistic about what engineers can own and achieve. An environment that embraces innovative engineers, and, frankly, often stays out of their way. As a Product Engineer, you’ll take ownership over a large portion of one of our products and own projects end-to-end (wearing hats traditionally worn by product and design). You’ll research competitors, write product specs, make wireframes, and more. To ground it with examples, product engineers at Ashby have: Designed and built automated interview scheduling. This feature automates scheduling by calculating possible times from a pool of interviewers and other constraints, and then presenting these times to the candidate for selection via our responsive web app. This solves the “Calendar Tetris” problem I talk about in "What We're Building." Built a generalized declarative filter architecture that allows users to create complex filters for any record with a consistent UI and compile it to SQL in our backend. Many user-facing features use it. Specced, designed, and implemented a feature that allows users to complete signing offers entirely within Ashby. This project involved talking to customers to understand their requirements, deciding what technologies to use, building a prototype, and working with other team members to integrate the final implementation into additional features. What We’re Building As engineers, we are used to tooling that makes us better at what we do. When we started Ashby, we saw the opposite with Talent Acquisition software. Recruiting teams were leveling up how they did their work, but instead of software meeting this new standard, it held them back. Scheduling a final round is an excellent example. Recruiting teams wanted to schedule candidates faster, track interviewer preparation and quality, and do it with half the headcount. A recruiter needed to manually collect availability from the candidate, identify qualified interviewers, perform “Calendar Tetris” to find who is available to interview the candidate, schedule on the earliest date possible, and make any last-minute adjustments as availability changed. They must do this while considering the interview load on each individual and whether interviewers need to be trained and shadowing others. 🥵 TA software didn’t help. As hiring managers, we know TA is a critical function, and as engineers, we know software can do better. So, we built and continue to build Ashby to give TA teams the highest standard of tooling. Software that’s intelligent and powerful. Software that provides insights into where they’re failing and automates or simplifies many of the tasks they’re underwater with. We want other functions and departments to be jealous of what TA teams can do with Ashby, and today they often are! Why You Should or Shouldn’t Apply Software engineers come in many flavors, not all of which fit our model. Here are some things to help you decide if this fits you and what you’re looking for: You’re not afraid to tackle any part of a technology stack. You do what’s necessary to successfully deliver a feature, whether writing frontend or choosing new infrastructure. We’ll provide a supportive environment to do it successfully (e.g., design system, SRE team). You’ve tackled projects with a lot of product and technical ambiguity, and you thrive at the intersection of the two. We’re not building a simple CRUD app, and many of the challenges we tackle require you to use your knowledge of our customers to build powerful abstractions and flexibility in the system to solve a class of problems. You know how to strike the right balance between speed and quality. Ashby wasn’t built quickly. We took four years to launch publicly because convincing customers to switch required a high-quality product. However, time isn’t infinite, especially for a startup, so we still move with urgency—we’ve built the equivalent of three or more VC-backed startups with a very small team. You are ambitious and always looking to improve your skills. For most engineers, this role will give you more freedom and responsibilities than you’ve experienced in the past. To thrive (and level up), you’ll need to be open to feedback (and we give lots of it). You’re an excellent collaborator and communicator. Ownership and freedom don’t mean you work in a vacuum. You’ll need to vet your decisions with the appropriate stakeholders, keep them up to date when necessary, and work with other engineers to get your projects across the finish line. Clear and concise communication helps a lot here! You seek to create leverage in your work. The nature of software is that you can often automate or abstract what would be tedious, time-consuming work. Your impatience usually leads to new abstractions, tools to allow Support to debug before Engineering, new lint rules to prevent common bugs, etc. Put another way, you shouldn’t apply if: To you, a tech lead, staff, or principal engineer is someone who spends most of their time project managing or doing architecture reviews. Our most tenured engineers spend most of their time building, and we often trust them with our most challenging problems. While they lead product and technical areas and help other engineers plan their most challenging work, it’s not a requirement, nor do engineers need their sign-off. You need company-driven process and structure to get your projects across the finish line. Sprint planning and well-defined project management processes are things you need or look to others to lead. You’d rather focus on the technical details and challenges. You only want to do exciting work. We’re building a team of kind, collaborative folks. Customer issues and investigations are distributed across the team, including our high-level ICs. You can get lost in the details. Once you start implementation, it can be hard to take a step back and think about the project as a whole. You like everything to be planned upfront. You haven’t led or taken ownership of projects before. You’re used to working with tech leads and taking on tasks distributed by them. You want to mentor earlier-career engineers. We rely on engineers owning their projects, so we need engineers with that experience. This requires the team to be reasonably tenured. More than 90% of the team would be considered Senior or above in the industry today, so mentorship opportunities are very limited. Engineering Culture Our engineering culture is motivated by Benji’s (my Co-founder and CEO) and my belief that a small, talented team, given the right environment, can build high-quality software fast (and work regular hours!). We do it through: Minimal process with ownership over decisions normally made by product and design Natural collaboration and deliberate communication Investing in tools and abstractions that give us leverage Putting effort into building a diverse team Minimal Process & Lots of Ownership The best engineers we’ve worked with delivered reliably magical outcomes. They took customer problems and relentlessly drove them to solutions that were not only successful but often brilliant and creative. While they did this with minimal oversight, stakeholders were never in the dark as to what was going on, and no setback was a surprise. Traditional product-development processes aren’t meant for the best engineers. Their purpose is to create consistent outcomes regardless of the engineer’s skill. But, consistency comes at the expense of an engineer’s time and freedom—both ingredients necessary to generate those magical outcomes. As a result, process stifles the best engineers and doesn’t give others the opportunity to practice the behaviors that made the best engineers the “best.” At Ashby, we want to build an environment that encourages every engineer to be their best. So, at Ashby, every Engineer runs their project. Product Managers (and Designers) build strategy, do customer research, and hand off problem briefs to Engineers. Engineers take on the rest: they research the problem, write product specs, build wireframes, and implement their solution end-to-end. We rely on engineers, not process, to push information outward to the relevant folks (e.g., Product Managers) and pull folks in to help (e.g., Designers, Infra). It’s a new level of ownership for many engineers, but we’d rather an engineer fail a bit and coach up their skills than use process as a crutch. Not everyone succeeds in our culture, but those who do thrive. Collaboration is Natural & Communication is Deliberate Our engineering team consists of lifelong learners who are talented but also humble and kind (meet them here!). These attributes create an environment where collaboration happens naturally. We combine this with research, prototyping, and written proposals to see around corners and get feedback from the team across time zones. Focus time is something that we hold sacred, and, with thoughtful and deliberate communication, engineers are in <2h meetings per week (I wrote about it here). To drive it home, here's a recent calendar of an engineer who has been with us for over 4 years: We also meet in person at least twice a year, once as a department and once as a company. You also have a small budget to meet up with folks in your city/region. Increase Leverage, not Team Size We built Ashby with the quality, breadth, and depth that many customers would expect from much larger teams over larger time scales. We’ve done this through investment in: Great developer tooling. Our CI/CD takes ~10m, and we deploy at least 15x a day. A debugger that works out of the box. Everyone on the team has contributed to our developer experience 💪🏾. Building blocks to create powerful and customizable products fast. At the core of Ashby is a set of common components (analytics modeling and query language, policy engine, workflow engine, design system) that we constantly improve. Each improvement to a common component cascades throughout our app (short video below). Here’s an impromptu quote from Arjun in our company Slack of what it’s like to build a feature at Ashby: And a demo of one of these building blocks: Put Effort into Diversity Diverse teams drive innovation and better outcomes. Having seen my mother and partner build their careers as minority women in non-diverse fields, I want to make sure Ashby creates opportunities for the next generation of engineers from underrepresented groups. Today, 21% of engineers at Ashby are from underrepresented groups. It’s not great, and we are taking conscious steps to improve, like sourcing diverse candidates, providing generous paid family leave, no leetcode interviews, and more. Interview Process At Ashby, our team and interview process want to help you show your best self. We’ll dive into past projects and simulate working together via pair programming, writing product and tech specs collaboratively, and talking through decisions. There are no leetcode or whiteboard exercises. Our interview process is three rounds: Introduction call with Hiring Manager (15 to 30m, live) A technical screen where we pair in our actual codebase (1h, live) Three non-coding interviews that focus on product thinking, technical design, and infrastructure (3h 15m, live can be split across multiple days) Depending on our leadership team’s bandwidth, we may start with an additional 30m screen with a recruiter. Your hiring manager will be your main point of contact and prep you for interviews. Each round will have written guidance so you know what to expect (you’ll need minimal preparation). You’ll meet 4 to 6 people in engineering (with 5-15 minutes in each interview to ask them questions). If we don’t give an offer, we’ll provide feedback! Your First Three Months at Ashby We want an exceptional onboarding experience for every new hire. At Ashby, your dev environment is set up with a single script, you push your first product change on day one, and you spend the rest of your time shipping product changes that give you a tour of our codebase and best practices.

Job Description Hi 👋🏾 I’m Abhik, Ashby's Co-Founder and VP of Engineering. As someone who could design and build software, this position is close to my heart. I always felt I had a unique perspective because I could play with design ideas and iterate in code. My ideas could start in Figma but then be grounded (or sometimes more creative) in code. My prototypes used actual logic and data. My changes cascaded throughout the app for comprehensive critique (thanks, React component system!). But, every company made me pick one —I couldn’t design and build. At Ashby, you can. While every engineer can design and build, you’ll tackle our most challenging design problems and help others improve their designs by expanding and enhancing our in-house design system and consulting on bespoke work. To ground it with examples, engineers who can design at Ashby have: * Redesigned our mobile web app by talking with customers who use it often, wireframing new flows, implementing its design system, and using it to make the wireframes a reality. * Built a set of flexible, composable components in our design system that allow other engineers to build custom autocompletes. These autocompletes can contain filters, options to create new records, etc. * Helped another engineer improve their design's information hierarchy and scannability for viewing a candidate’s assessments. Recruiters can quickly parse information and pick out anomalies. These projects reflect what we’re accomplishing at Ashby: improving the productivity of working professionals (starting with talent teams) with intelligent and powerful software. We put a lot of effort into designing products that are approachable to beginners but mastered & extended by power users. In many ways, spreadsheets set the bar here. We have notable customers like Notion, Linear, Shopify, and Snowflake. Our growth and retention metrics are best-in-class among our peers: we have tens of millions in ARR, growing >100% year over year, over 2500 customers, very low churn, and many years of runway. We’ll share more details once we meet, but you now probably have a good idea as to why we're hiring for this role 😅. What We’re Building As engineers, we are used to tooling that makes us better at what we do. When we started Ashby, we saw the opposite with Talent Acquisition software. Recruiting teams were leveling up how they did their work, but instead of software meeting this new standard, it held them back. Scheduling a final round is an excellent example. Recruiting teams wanted to schedule candidates faster, track interviewer preparation and quality, and do it with half the headcount. A recruiter needed to manually collect availability from the candidate, identify qualified interviewers, perform “Calendar Tetris” to find who is available to interview the candidate, schedule on the earliest date possible, and make any last-minute adjustments as availability changed. They must do this while considering the interview load on each individual and whether interviewers need to be trained and shadowing others. 🥵 TA software didn’t help. As hiring managers, we know TA is a critical function, and as engineers, we know software can do better. So, we built and continue to build Ashby to give TA teams the highest standard of tooling. Software that’s intelligent and powerful. Software that provides insights into where they’re failing and automates or simplifies many of the tasks they’re underwater with. We want other functions and departments to be jealous of what TA teams can do with Ashby, and today they often are! Engineering Culture Our engineering culture is motivated by Benji’s (my Co-founder and CEO) and my belief that a small, talented team, given the right environment, can build high-quality software fast (and work regular hours!). We do it through: * Minimal process with ownership over decisions normally made by product and design * Natural collaboration and deliberate communication * Investing in tools and abstractions that give us leverage * Putting effort into building a diverse team Minimal Process & Lots of Ownership The best engineers we’ve worked with delivered reliably magical outcomes. They took customer problems and relentlessly drove them to solutions that were not only successful but often brilliant and creative. While they did this with minimal oversight, stakeholders were never in the dark as to what was going on, and no setback was a surprise. Traditional product-development processes aren’t meant for the best engineers. Their purpose is to create consistent outcomes regardless of the engineer’s skill. But, consistency comes at the expense of an engineer’s time and freedom—both ingredients necessary to generate those magical outcomes. As a result, process stifles the best engineers and doesn’t give others the opportunity to practice the behaviors that made the best engineers the “best.” At Ashby, we want to build an environment that encourages every engineer to be their best. So, at Ashby, every Engineer runs their project. Product Managers (and Designers) build strategy, do customer research, and hand off problem briefs to Engineers. Engineers take on the rest: they research the problem, write product specs, build wireframes, and implement their solution end-to-end. We rely on engineers, not process, to push information outward to the relevant folks (e.g., Product Managers) and pull folks in to help (e.g., Designers, Infra). It’s a new level of ownership for many engineers, but we’d rather an engineer fail a bit and coach up their skills than use process as a crutch. Not everyone succeeds in our culture, but those who do thrive. Collaboration is Natural & Communication is Deliberate Our engineering team consists of lifelong learners who are talented but also humble and kind (meet them here!). These attributes create an environment where collaboration happens naturally. We combine this with research, prototyping, and written proposals to see around corners and get feedback from the team across time zones. Focus time is something that we hold sacred, and, with thoughtful and deliberate communication, engineers are in <2h meetings per week (I wrote about it here). To drive it home, here's a recent calendar of an engineer who has been with us for over 4 years: We also meet in person at least twice a year, once as a department and once as a company. You also have a small budget to meet up with folks in your city/region. Increase Leverage, not Team Size We built Ashby with the quality, breadth, and depth that many customers would expect from much larger teams over larger time scales. We’ve done this through investment in: * Great developer tooling. Our CI/CD takes ~10m, and we deploy at least 15x a day. A debugger that works out of the box. Everyone on the team has contributed to our developer experience 💪🏾. * Building blocks to create powerful and customizable products fast. At the core of Ashby is a set of common components (analytics modeling and query language, policy engine, workflow engine, design system) that we constantly improve. Each improvement to a common component cascades throughout our app (short video below). Here’s an impromptu quote from Arjun in our company Slack of what it’s like to build a feature at Ashby: And a demo of one of these building blocks: Put Effort into Diversity Diverse teams drive innovation and better outcomes. Having seen my mother and partner build their careers as minority women in non-diverse fields, I want to make sure Ashby creates opportunities for the next generation of engineers from underrepresented groups. Today, 21% of engineers at Ashby are from underrepresented groups. It’s not great, and we are taking conscious steps to improve, like sourcing diverse candidates, providing generous paid family leave, no leetcode interviews, and more. Interview Process At Ashby, our team and interview process want to help you show your best self. We’ll dive into past projects and simulate working together via pair programming, writing product and tech specs collaboratively, and talking through decisions. There are no leetcode or whiteboard exercises. Our interview process is three rounds: * Introduction call with Hiring Manager (15 to 30m, live) * A technical screen where we pair in our actual codebase (1h, live) * Three non-coding interviews that focus on product thinking, technical design, and infrastructure (3h 15m, live can be split across multiple days) Depending on our leadership team’s bandwidth, we may start with an additional 30m screen with a recruiter. Your hiring manager will be your main point of contact and prep you for interviews. Each round will have written guidance so you know what to expect (you’ll need minimal preparation). You’ll meet 4 to 6 people in engineering (with 5-15 minutes in each interview to ask them questions). If we don’t give an offer, we’ll provide feedback! Your First Three Months at Ashby We want an exceptional onboarding experience for every new hire. At Ashby, your dev environment is set up with a single script, you push your first product change on day one, and you spend the rest of your time shipping product changes that give you a tour of our codebase and best practices. The product changes increase in scope and ambiguity from simple copy changes to the delivery of a prominent, impactful feature. Your manager will do a 30, 60, and 90-day review to give feedback and calibrate on how we work together. It’s a team effort to get you successfully onboarded; you’ll have a peer paired with you to answer questions, pair program, and check in often to see if you need help. The rest of the team will run training sessions on our culture, product, engineering process, and technical architecture. Technology Stack I’m sharing our tech stack with the caveat that we don’t require previous experience in it (but a love of typed languages is helpful 😀): TypeScript (frontend & backend), React, GraphQL API, Node.js, Postgres, Redis. When they joined Ashby, many of our engineers switched from other languages like Swift and Kotlin (Ben), platforms like iOS (Tom) and Windows (Sergey). We care more about fundamentals (e.g., debugging, abstractions) and how fast you learn. For folks on the team who switched, it's nice seeing changes hot reload versus waiting for XCode to compile 😅. Benefits * Competitive salary and equity. * 10-year exercise window for stock options. You shouldn’t feel pressure to purchase stock options if you leave Ashby —do it when you feel financially comfortable. * Unlimited PTO, and we will encourage you to take it. * A minimum of 12 weeks of fully paid parental leave, covered by Ashby. For folks outside the US, it may be longer to be in line with regional requirements. * Generous equipment, software, and office furniture budget. Get what you need to be happy and productive! * $100/month education budget with more expensive items (like conferences) covered with manager approval. * If you’re in the US, we offer top-tier health insurance for you and your dependents, with 100% of premiums covered by Ashby. In other countries, we provide high-quality supplemental health insurance for you and your dependents, also fully covered by us. Ashby’s success hinges on hiring great people and creating an environment where we can be happy, feel challenged, and do our best work. We’re being deliberate about building that environment from the ground up. I hope that excites you enough to apply. Ashby provides equal employment opportunities (EEO) to all employees and applicants for employment without regard to race, color, religion, sex, national origin, age, disability, genetics, sexual orientation, gender identity, or gender expression. We are committed to a diverse and inclusive workforce and welcome people from all backgrounds, experiences, perspectives, and abilities. Compensation Range: $170K - $260K

Job DescriptionHermeus is a high-speed aircraft manufacturer focused on the rapid design, build, and test of high-Mach and hypersonic aircraft for the national interest. Working directly with the Department of Defense, Hermeus delivers capabilities that will ensure that our nation, and our allies, maintain an asymmetric advantage over any and all potential adversaries. The Manufacturing Team at Hermeus are the boots on the ground. We have a vast array of experiences ranging from welding, additive, tube bending, machining, integration, and avionics. We are a lean team who are responsible for building a vehicle that will fly. We provide crucial design feedback to our engineering team and can rapidly iterate on design and assembly. As a Propulsion Integration Technician supporting early-stage R&D and product development, you’ll work at the forefront of propulsion innovation-building, testing, and refining systems that will define future flight hardware. You’ll partner directly with engineers to translate design intent into reality, providing critical feedback on manufacturability, performance, and test readiness. This role requires deep technical skill, adaptability, and hands-on experience developing spaceflight or propulsion systems in fast-paced prototype environments.Responsibilities • Assemble, integrate, and test prototype propulsion and fluid systems from early engineering drawings and schematics., • Perform mechanical, pneumatic, and electromechanical builds with precision and attention to design intent., • Provide direct feedback to engineering on design improvements, build sequence, and hardware performance., • Conduct functional testing, pressure testing, and leak verification of propulsion subassemblies., • Support data collection, test setup, and post-test inspection during engine and subsystem development., • Fabricate or modify components and tooling to support rapid iteration and hands-on problem solving., • Uphold the highest standards of safety, cleanliness, and quality in all lab and shop environments. Requirements, • 5+ years of hands-on experience as a propulsion, aerospace, or mechanical technician in R&D or flight development environments., • Proven impact building and testing propulsion, engine, or fluid systems for aerospace applications., • Strong ability to interpret engineering drawings, P&IDs, and assembly procedures., • Skilled in precision assembly, torqueing, sealing, and pressure system fabrication., • Proficient in precision measurement tools (micrometers, calipers, depth gauges) and GD&T fundamentals., • Demonstrated ability to troubleshoot, redline, and iterate directly with engineering teams., • Physically able to lift 50 lbs, work in confined spaces, and support test operations as needed. Preferred Skills and Experience, • A&P license or relevant technical certification., • Experience in liquid propulsion R&D, including early-stage prototype builds and engine development., • Hands-on experience with build, assembly, and test of complex actuator or mechanical assemblies., • Proficiency in TIG welding, tube bending, and precision fitting of fluid systems., • Experience with ground support equipment (GSE) setup, operation, and maintenance., • Familiarity with pressure testing, leak checks, and data acquisition systems., • Capable of designing or modifying custom tooling and fixtures for test and assembly. We may use artificial intelligence (AI) tools to support parts of the hiring process, such as reviewing applications, analyzing resumes, or assessing responses. These tools assist our recruitment team but do not replace human judgment. Final hiring decisions are ultimately made by humans. If you would like more information about how your data is processed, please contact us.

Job Description:\n\nHi 👋🏾 I’m Abhik, Ashby's Co-Founder and VP of Engineering. We’re looking for a versatile, persistent product engineer who’s not afraid to set up reusable building blocks across the stack and advocate for the time and space to do so. At Ashby, all our engineers ship features end-to-end at a high pace. Example is the best leadership. We’ll give you the room to do your best work, and you'll be our guide! If that speaks to you, read on. What Ashby gives you in return is the best of both early and growth-stage environments. The agency and no-nonsense of a seed startup: you write product specs, make product and design decisions, and build in an almost-no-meeting culture. While also the product-market fit and scale of a growth-stage startup: tens of thousands of daily users who depend on your software and eagerly await your next feature. We have notable customers like Notion, Linear, Shopify, and Snowflake. Our growth and retention metrics are best-in-class among our peers: we have tens of millions in ARR, growing >100% year over year, very low churn, and many years of runway. We’ll share more details once we meet. You’ve probably seen this role posted before, and it’s because we’re always expanding the team (we’re on track to double this year). We’re bubbling with ideas on how to support Talent Acquisition through software, and we’ve started the journey of building products beyond Talent Acquisition. We read every application and aim to respond to yours within 3-4 days (often sooner). About the Role and How We Work Our engineering culture strives to recreate the environments where we did our best work as ICs – where we had the ownership and agency to impact our users with creative and innovative software. I started my career building software for artists in the Visual Effects industry. It was a formative experience for me as a software engineer because success relied on my ability to be a product manager and designer. I talked to artists to understand their needs. I came up with ideas. I did industry research, designed interfaces, and prototyped ideas. I watched artists use what I built and decided what to tackle in the next iteration. No daily stand-ups, no t-shirt sizing, no planning meetings. I studied computer science to solve problems, not tickets, and this felt exactly like that. I not only felt creative and fulfilled but the agency and ownership we were given as engineers powered an incredible amount of innovation. Innovation came differently (or not at all) at technology startups beyond the seed stage, often through an engineer’s force of will and ability to push back against culture (rather than any encouragement from it). Engineering was narrowed to implementation and delivery, partly due to the influence of other departments and partly due to the influx of "Agile" processes like sprint planning. In those companies, I felt like a JIRA jockey. At Ashby, we’re building an environment that is optimistic about what engineers can own and achieve. An environment that embraces innovative engineers, and, frankly, often stays out of their way. As a Product Engineer, you’ll take ownership over a large portion of one of our products and own projects end-to-end (wearing hats traditionally worn by product and design). You’ll research competitors, write product specs, make wireframes, and more. To ground it with examples, product engineers at Ashby have: Designed and built automated interview scheduling. This feature automates scheduling by calculating possible times from a pool of interviewers and other constraints, and then presenting these times to the candidate for selection via our responsive web app. This solves the “Calendar Tetris” problem I talk about in "What We're Building." Built a generalized declarative filter architecture that allows users to create complex filters for any record with a consistent UI and compile it to SQL in our backend. Many user-facing features use it. Specced, designed, and implemented a feature that allows users to complete signing offers entirely within Ashby. This project involved talking to customers to understand their requirements, deciding what technologies to use, building a prototype, and working with other team members to integrate the final implementation into additional features. What We’re Building As engineers, we are used to tooling that makes us better at what we do. When we started Ashby, we saw the opposite with Talent Acquisition software. Recruiting teams were leveling up how they did their work, but instead of software meeting this new standard, it held them back. Scheduling a final round is an excellent example. Recruiting teams wanted to schedule candidates faster, track interviewer preparation and quality, and do it with half the headcount. A recruiter needed to manually collect availability from the candidate, identify qualified interviewers, perform “Calendar Tetris” to find who is available to interview the candidate, schedule on the earliest date possible, and make any last-minute adjustments as availability changed. They must do this while considering the interview load on each individual and whether interviewers need to be trained and shadowing others. 🥵 TA software didn’t help. As hiring managers, we know TA is a critical function, and as engineers, we know software can do better. So, we built and continue to build Ashby to give TA teams the highest standard of tooling. Software that’s intelligent and powerful. Software that provides insights into where they’re failing and automates or simplifies many of the tasks they’re underwater with. We want other functions and departments to be jealous of what TA teams can do with Ashby, and today they often are! Why You Should or Shouldn’t Apply Software engineers come in many flavors, not all of which fit our model. Here are some things to help you decide if this fits you and what you’re looking for: You’re not afraid to tackle any part of a technology stack. You do what’s necessary to successfully deliver a feature, whether writing frontend or choosing new infrastructure. We’ll provide a supportive environment to do it successfully (e.g., design system, SRE team). You’ve tackled projects with a lot of product and technical ambiguity, and you thrive at the intersection of the two. We’re not building a simple CRUD app, and many of the challenges we tackle require you to use your knowledge of our customers to build powerful abstractions and flexibility in the system to solve a class of problems. You know how to strike the right balance between speed and quality. Ashby wasn’t built quickly. We took four years to launch publicly because convincing customers to switch required a high-quality product. However, time isn’t infinite, especially for a startup, so we still move with urgency—we’ve built the equivalent of three or more VC-backed startups with a very small team. You are ambitious and always looking to improve your skills. For most engineers, this role will give you more freedom and responsibilities than you’ve experienced in the past. To thrive (and level up), you’ll need to be open to feedback (and we give lots of it). You’re an excellent collaborator and communicator. Ownership and freedom don’t mean you work in a vacuum. You’ll need to vet your decisions with the appropriate stakeholders, keep them up to date when necessary, and work with other engineers to get your projects across the finish line. Clear and concise communication helps a lot here! You seek to create leverage in your work. The nature of software is that you can often automate or abstract what would be tedious, time-consuming work. Your impatience usually leads to new abstractions, tools to allow Support to debug before Engineering, new lint rules to prevent common bugs, etc. Put another way, you shouldn’t apply if: To you, a tech lead, staff, or principal engineer is someone who spends most of their time project managing or doing architecture reviews. Our most tenured engineers spend most of their time building, and we often trust them with our most challenging problems. While they lead product and technical areas and help other engineers plan their most challenging work, it’s not a requirement, nor do engineers need their sign-off. You need company-driven process and structure to get your projects across the finish line. Sprint planning and well-defined project management processes are things you need or look to others to lead. You’d rather focus on the technical details and challenges. You only want to do exciting work. We’re building a team of kind, collaborative folks. Customer issues and investigations are distributed across the team, including our high-level ICs. You can get lost in the details. Once you start implementation, it can be hard to take a step back and think about the project as a whole. You like everything to be planned upfront. You haven’t led or taken ownership of projects before. You’re used to working with tech leads and taking on tasks distributed by them. You want to mentor earlier-career engineers. We rely on engineers owning their projects, so we need engineers with that experience. This requires the team to be reasonably tenured. More than 90% of the team would be considered Senior or above in the industry today, so mentorship opportunities are very limited. Engineering Culture Our engineering culture is motivated by Benji’s (my Co-founder and CEO) and my belief that a small, talented team, given the right environment, can build high-quality software fast (and work regular hours!). We do it through: Minimal process with ownership over decisions normally made by product and design Natural collaboration and deliberate communication Investing in tools and abstractions that give us leverage Putting effort into building a diverse team Minimal Process & Lots of Ownership The best engineers we’ve worked with delivered reliably magical outcomes. They took customer problems and relentlessly drove them to solutions that were not only successful but often brilliant and creative. While they did this with minimal oversight, stakeholders were never in the dark as to what was going on, and no setback was a surprise. Traditional product-development processes aren’t meant for the best engineers. Their purpose is to create consistent outcomes regardless of the engineer’s skill. But, consistency comes at the expense of an engineer’s time and freedom—both ingredients necessary to generate those magical outcomes. As a result, process stifles the best engineers and doesn’t give others the opportunity to practice the behaviors that made the best engineers the “best.” At Ashby, we want to build an environment that encourages every engineer to be their best. So, at Ashby, every Engineer runs their project. Product Managers (and Designers) build strategy, do customer research, and hand off problem briefs to Engineers. Engineers take on the rest: they research the problem, write product specs, build wireframes, and implement their solution end-to-end. We rely on engineers, not process, to push information outward to the relevant folks (e.g., Product Managers) and pull folks in to help (e.g., Designers, Infra). It’s a new level of ownership for many engineers, but we’d rather an engineer fail a bit and coach up their skills than use process as a crutch. Not everyone succeeds in our culture, but those who do thrive. Collaboration is Natural & Communication is Deliberate Our engineering team consists of lifelong learners who are talented but also humble and kind (meet them here!). These attributes create an environment where collaboration happens naturally. We combine this with research, prototyping, and written proposals to see around corners and get feedback from the team across time zones. Focus time is something that we hold sacred, and, with thoughtful and deliberate communication, engineers are in <2h meetings per week (I wrote about it here). To drive it home, here's a recent calendar of an engineer who has been with us for over 4 years: We also meet in person at least twice a year, once as a department and once as a company. You also have a small budget to meet up with folks in your city/region. Increase Leverage, not Team Size We built Ashby with the quality, breadth, and depth that many customers would expect from much larger teams over larger time scales. We’ve done this through investment in: Great developer tooling. Our CI/CD takes ~10m, and we deploy at least 15x a day. A debugger that works out of the box. Everyone on the team has contributed to our developer experience 💪🏾. Building blocks to create powerful and customizable products fast. At the core of Ashby is a set of common components (analytics modeling and query language, policy engine, workflow engine, design system) that we constantly improve. Each improvement to a common component cascades throughout our app (short video below). Here’s an impromptu quote from Arjun in our company Slack of what it’s like to build a feature at Ashby: And a demo of one of these building blocks: Put Effort into Diversity Diverse teams drive innovation and better outcomes. Having seen my mother and partner build their careers as minority women in non-diverse fields, I want to make sure Ashby creates opportunities for the next generation of engineers from underrepresented groups. Today, 21% of engineers at Ashby are from underrepresented groups. It’s not great, and we are taking conscious steps to improve, like sourcing diverse candidates, providing generous paid family leave, no leetcode interviews, and more. Interview Process At Ashby, our team and interview process want to help you show your best self. We’ll dive into past projects and simulate working together via pair programming, writing product and tech specs collaboratively, and talking through decisions. There are no leetcode or whiteboard exercises. Our interview process is three rounds: Introduction call with Hiring Manager (15 to 30m, live) A technical screen where we pair in our actual codebase (1h, live) Three non-coding interviews that focus on product thinking, technical design, and infrastructure (3h 15m, live can be split across multiple days) Depending on our leadership team’s bandwidth, we may start with an additional 30m screen with a recruiter. Your hiring manager will be your main point of contact and prep you for interviews. Each round will have written guidance so you know what to expect (you’ll need minimal preparation). You’ll meet 4 to 6 people in engineering (with 5-15 minutes in each interview to ask them questions). If we don’t give an offer, we’ll provide feedback! Your First Three Months at Ashby We want an exceptional onboarding experience for every new hire. At Ashby, your dev environment is set up with a single script, you push your first product change on day one, and you spend the rest of your time shipping product changes that give you a tour of our codebase and best practices.

Job DescriptionSalary: BOE $18.00-$29.00 Superior Thread Rolling Co. has been an industry leader in the Aerospace and Precision Machining business for over 70 years. We lead by developing "out-of-the-box" solutions to the constant changes in quality, administration, lean processes, and state-of-the-art technical systems required by Aerospace prime contractors and their supply chain. We strongly believe that the true reason behind our success is due to our loyal and dedicated team. POSITION SUMMARY: Our Centerless Grinders set up and operate one or more centerless grinding machines to grind external cylindrical surfaces of metal work-pieces to blueprint specifications, following tooling instructions and standard charts and applying knowledge of grinding procedures. Each team member shall strive to achieve all the levels within Job Level Matrix. The individual must read Router instructions and record labor data. ESSENTIAL JOB FUNCTIONS: • Selects jobs based on priority lists generated by M1 computer and input from production control manager., • Uses traveler to PUNCH in & out of both setup & production as stated in router instructions., • Performs the operation outlined in sequence number of the router instructions and records all pertinent inspection and data on the router card., • Create machine setup cards by customer/part number recording pertinent machine settings and any special part/setup instructions. Mounts grinding wheel and regulating wheel on spindles using screwdrivers and wrenches. • Lifts parts manually or with hoist and positions and secures part in grinding machines, • Must be familiar working with stainless, carbon steel, titanium, Inconel, and many other exotic materials, • Must know how to work from blueprints, sketches, and verbal instructions Verifies dimensions of ground work-piece for conformance to specifications, using measuring instruments, such as micrometers, calipers and preset gauges. • Examines samples from each machine for burrs, ragged edges, or scratches and determines that dimensions are within prescribed tolerances, using variety of gauges and measuring tools., • Communicates with coworkers and supervisor to receive instructions and coordinate activities., • Visually observe, troubleshoot and report non-conforming conditions, either product or process to supervisor or manager as required., • Participate in 6s, self-development and training of others and perform other related duties as required or as directed by supervisor., • Inspects and measures parts to maintain quality parts throughout production using sample plans. Read and understand all router instructions for each grinding sequence and evaluate production and setup standards immediately after starting and establishing the actual time standards. * Reads blueprint and job order for product specifications, such as dimensions, tolerances, and number of parts to be ground, and tooling instructions, such as grinding speeds, feed rates, holding fixtures, and grinding wheels to be used. * Dress wheels to specifications, using dressing device. * Moves controls to set specified grinding speeds, feed rates, and spacing between wheel faces. Positions and secures work rest at specified height, using wrenches. * Inspects, measures parts and records data to maintain statistical process control charts. * Change coolant oil tanks and remove grinding sludge per approved handling and safety procedures. * Keep grinding area clean and free of debris. * Organize grinding wheel storage area and keep purchasing informed of wheel and blade needs so as not to interrupt grinding schedule. JOB QUALIFICATION REQUIREMENTS: Between 6 months and 1 year of trade school, vocational education, work experience, or apprenticeship is desired. Physical Demands: The employee is required to: * Stand, walk, push, pull, reach overhead, and bend to the floor. * Exert 20 to 50 pounds of force occasionally, and/or exert 10 to 25 pounds of force frequently, and/or exert up to 10 pounds of force constantly to moveobjects. Company Benefits: Employment benefits offer include: • Medical,, • Dental, • Vision, • Holidays, Vacation & Bonuses, • 401(k) with matching company funds (Full Time Employees). Superior Thread Rolling is a smoke-free and drug-free workplace. All prospective candidates are subject to a pre-employment drug test and background check. We are an equal employment opportunity employer. All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, national origin, disability status, protected veteran status, sexual orientation, gender identity or any other characteristic protected by law. To conform to U.S. export control regulations, requirements of this position include being eligible to work with export-controlled products and related data without restriction. Keywords: Aerospace, Manufacturing, Thread Roll, Centerless Grinder, Centerless, Grinder, Threads

Job Description Summary: Seeking ambitious, energetic, motivated, organized and creative individual for an Equipment role in the Long Beach area (officially called the Port of Los Angeles) . The primary focus of the role is on the installation, maintenance, monitoring, repair and development of supplemental automation technology on a variety of terminal vehicles including trucks, tractors, cranes and heavy lifts. Training will be provided on the company's specific environment. Key Responsibilities • Strong ability to learn how to use, program, install, and troubleshoot new proprietary equipment ranging from a variety of technologies including RFID, OCR, Infrared, GPS, and digital displays., • Field work and troubleshooting in the field on equipment (trucks, cranes, gates). Perform root cause analysis for field issues, provides corrective actions., • Office work utilizing IT systems and proprietary application resources for projects., • Coordinate and communicate between different vendors and terminal departments to properly and efficiently keep automation systems running smoothly. Will work with our departmental teams, clients and mechanics., • Confirms system and product capabilities by designing feasibility and testing methods., • Work in a collaborative environment to analyze, build and test components, devices, structures and assemblies for mechanical and electronic hardware including telemetry and tooling for GPS tracking., • Develop improving product efficiencies by studying customer requirements; researching and testing manufacturing and assembly methods and materials; soliciting observations from operators., • Prepares product reports by collecting, analyzing, and summarizing information and trends., • Utilize existing auditing tools to monitor product functionality and coordinate repairs and improvements based off auditing results., • Keeps equipment operational by coordinating maintenance and repair services with appropriate vendors; following established procedures and guidelines., • 1-2 years of computer related experience. Terminal operations and terminal technology experience preferred * Must have strong analytical skills, including the ability to extract, compile and analyze data * Excellent verbal and written communications skills * Problem solving skills evidenced by demonstrated results in past positions * Ability to learn quickly, efficiently and have a curiosity towards how things work * Ability to work safely and independently when necessary * Stand out work ethic * Punctual * Flexible schedule as needed * Preferred Bachelor’s Degree from an accredited four-year college or university with a degree in Computer Science, Information Technology or a closely related field

Job DescriptionDescriptionAs a Tooling/Ground Support Engineer at Impulse, you will be responsible for designing tooling, fixturing, and support equipment, while working closely with a fast-paced, agile team that produces high-performance spacecraft from clean sheet designs. Responsibilities • Own the design, development, and implementation of tooling and fixturing for metallic and composite structures, • Own design, development, and implementation of test equipment for to support testing of metallic and composite flight structures, • Collaborate with designers, analysts, and engineers to support development and prototype of spacecraft designs and test stands, • Work with manufacturing and supply chain groups to produce designs, • Solve complex technical challenges with emphasis on speed of execution Minimum Qualifications • Bachelors' degree in mechanical, aerospace engineering or related field, • 5+ years professional experience designing fixtures or tooling, • Demonstrated experience using CAD and preparing manufacturing drawings, • Demonstrated ability to communicate technical challenges, explain rationale and/or resolve concerns Preferred Skills and Experience • Proven experience working with metrology systems such as ROMER Arms, optical scanners, and laser trackers, • Machining, fabrication, welding, or composite manufacturing experience, • Ability to work with and manage large assemblies, • Working knowledge of dimensioning and tolerancing (GD&T), • Familiarity with lifting and rigging methods, • Experience with NX/Teamcenter, • Experience in a startup or agile development environment Additional Information: Compensation bands are determined by role, level, location, and alignment with market data. Individual level and base pay is determined on a case-by-case basis and may vary based on job-related skills, education, experience, technical capabilities and internal equity. In addition to base salary, for full-time hires, you may also be eligible for long-term incentives, in the form of stock options, and access to medical, vision & dental coverage as well as access to a 401(k) retirement plan. To conform to U.S. Government space technology export regulations, including the International Traffic in Arms Regulations (ITAR) you must be a U.S. citizen, lawful permanent resident of the U.S., protected individual as defined by 8 U.S.C. 1324b(a)(3), or eligible to obtain the required authorizations from the U.S. Department of State. Learn more about the ITAR here. Impulse Space is an Equal Opportunity Employer; employment with Impulse Space is governed on the basis of merit, competence and qualifications and will not be influenced in any manner by race, color, religion, gender, national origin/ethnicity, veteran status, disability status, age, sexual orientation, gender identity, marital status, mental or physical disability or any other legally protected status.

Job DescriptionSalary: $85,000-$150,000 Superior Thread Rolling Co. has been an industry leader in the Aerospace and Precision Machining business for over 70 years. We lead by developing "out-of-the-box" solutions to the constant changes in quality, administration, lean processes, and state-of-the-art technical systems required by Aerospace prime contractors and their supply chain. We strongly believe that the true reason behind our success is due to our loyal and dedicated team. Position Summary: The Operations Manager will manage the Operations of the Thread Roll Department from Request for Quote through Production to be the Aerospace Supplier of Choice by upholding the values of the Superior Thread Rolling Vision Statement. Operations manager is in P/L responsibility of a $3-5M business segment including direct oversight of a team of 20 employees. As leader of the Thread Roll Department will be responsible for giving direction, feedback, and correction to employees to follow policies and procedures to achieve the goals of the company. ESSENTIAL JOB FUNCTIONS: • DEPARTMENT MANAGEMENT:, • Employee relations, morale, and discipline., • Employee training & development, • Maintain QMS Procedures, Work Instructions and Forms to all current processes, • Hold regular Thread Roll Department meetings, • Promoting, maintaining, and developing 6-S and continuous improvement, • Develop, train, audit, and improve processes to achieve and maintain efficiency, quality and OTD goals, • Initiate internal customer/supplier meetings to improve communication and flow, • Employee performance evaluations and improvement programs, • Promote and support the company and managements decisions, • Participate in various meetings and projects, • CUSTOMER SERVICE / INSIDE SALES:, • Provide technical support to our customers and vendors, • Provide technical support within the company, • Promote company for new business opportunities, • Promote great long-term relationships with our customers, • Support customer service and sales order entry activities, • Support Quote follow up activities, • Coordinate customer visits, • PLANNING & ESTIMATING, • Support on-time release of production planning, • Support estimating and quote generation activities, • Hit Rate for THD Quotes (Goal is 30%), • Turn Time of THD Quotes (Goal is 90% turned in 24 hrs), • Turn Time of THD Planning (Goal is 90% turned in 48 hrs), • TOOLING & EQUIPMENT:, • Develop, maintain, and improve the die inventory control process, • Develop and maintain a process to forecast die requirements, • Manage new die purchases, • Manage die repair and re-work in-house and outside process, • Evaluate and audit all machine maintenance log books, • Evaluate equipment, make service recommendations, prioritize, and oversee work is completed, • Make comprehensive recommendations on new equipment needs/opportunities, • Reduce job delays related to tooling and equipment, • PRODUCTION CONTROL:, • Schedule the work centers, • Support work centers to achieve the schedule requirements, • Manage short and long-term capacity requirements (overtime, staff, shifts, resources), • Manage expedite jobs, • PRODUCTION OPERATIONS:, • Develop, audit, and improve department metrics., • Achieve Total Turn Time and KPI goals, • Increase capacity to support monthly shipments goals, • Improve and maintain quality to meet and exceed our customers requirements, • Maintain a full and cross trained staff to support department needs, • Troubleshoot shop floor issues and challenges., • Audit in-process and completed jobs (parts and paperwork) for process compliance, • Disposition NCs and participate in Root Cause Corrective Action process to identify problems and implement sustainable solutions. JOB QUALIFICATION REQUIREMENTS: Training and Experience: • Minimum of 2 years college, 4-year degree preferred, • Minimum of ten years of management experience, preferably in the aerospace industry, • Manufacturing or machine shop experience, preferably thread rolling/fastener industry, • Mechanical Inspection: micrometer, comparator, thread gages, • AS9100 knowledge and experience preferred, • Destructive Metallographic Inspection knowledge and experience, • Computer Proficiency: Microsoft Office, Outlook, and MRP/ERP systems experience, • Project Management, • Budget Management Company Benefits: • Medical,, • Dental, • Vision, • Holidays, Vacation & Bonuses, • 401(k) with matching company funds (Full Time Employees) Superior Thread Rolling is a smoke-free and drug-free workplace. All prospective candidates are subject to a pre-employment drug test and background check. We are an equal employment opportunity employer. All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, national origin, disability status, protected veteran status, sexual orientation, gender identity or any other characteristic protected by law. To conform to U.S. export control regulations, requirements of this position include being eligible to work with export-controlled products and related data without restriction. Keywords: Aerospace, Thread Roll, Threads, Machine Shop

Job Description🚀 Join the Future of Commerce with Whatnot! Whatnot is the largest live shopping platform in North America and Europe to buy, sell, and discover the things you love. We’re re-defining e-commerce by blending community, shopping, and entertainment into a community just for you. As a remote co-located team, we’re inspired by innovation and anchored in our values. With hubs in the US, UK, Germany, Ireland, and Poland, we’re building the future of online marketplaces –together. From fashion, beauty, and electronics to collectibles like trading cards, comic books, and even live plants, our live auctions have something for everyone. And we’re just getting started! As one of the fastest growing marketplaces, we’re looking for bold, forward-thinking problem solvers across all functional areas. Check out the latest Whatnot updates on our news and engineering blogs and join us as we enable anyone to turn their passion into a business, and bring people together through commerce. 💻 Role We are looking for a Director of IT Operations & Enterprise Systems to lead and scale our global IT function. In this role, you will be responsible for the strategic direction, implementation, and optimization of IT infrastructure, service delivery, internal systems, and enterprise applications across the company. You’ll ensure operational excellence, robust system performance, and a secure, scalable environment that supports our high-growth business. Responsibilities: * IT Operations Leadership: Drive the vision and roadmap for global IT operations, including network infrastructure, end-user support, SaaS systems administration, identity management, and endpoint security. * Enterprise Systems Oversight: Lead the design, deployment, and integration of enterprise systems such as GL, ERP (e.g., NetSuite), HRIS, and CRM (e.g., Salesforce), ensuring they are performant, compliant, and aligned with business goals. * Systems Performance & Reliability: Own service availability, incident management, and system reliability across enterprise tools and IT services. Implement robust monitoring, metrics, and escalation procedures. * Security & Compliance: Partner with Security and Compliance teams to implement and enforce data privacy, access controls, device management, and regulatory standards (e.g., SOX, GDPR). * Vendor & SaaS Management: Oversee third-party relationships for IT infrastructure and enterprise software providers. Manage contracts, SLAs, and procurement with an eye toward cost optimization and innovation. * IT Governance & Process Improvement: Establish and evolve ITSM practices, including ticketing workflows, knowledge management, change control, and configuration management. * User Enablement & Support: Build a user-first service culture by continuously improving employee onboarding/offboarding, support ticket resolution, and self-service tooling. * Team Development: Hire, coach, and scale a high-performing IT operations and enterprise applications team, instilling best practices around agility, documentation, and service excellence. US Based: Team members in this role are required to be within commuting distance of our San Francisco, New York, Seattle, or Los Angeles hubs. 👋 You Curious about who thrives at Whatnot? We’ve found that low ego, a growth mindset, and leaning into action and high impact goes a long way here. * As our Director of IT Operations & Enterprise Systems, you should have at least 10+ years of experience in IT operations or enterprise applications management, with 8+ years in people leadership roles * Proven success in managing a blend of IT and enterprise application workstreams across complex, high-growth environments. * Experience scaling and leading teams of IT operations and service professionals to respond to user requests and make project based improvements. * Expertise in ERP (e.g., NetSuite), HRIS (e.g. Workday), CRM (e.g., Salesforce), and cloud platforms (AWS, Azure, or GCP). * Experience with endpoint and device management (e.g., Jamf, Intune), identity systems (Okta, Azure AD), and service tools (Jira, Zendesk). * Deep understanding of application architecture, systems integration, and IT governance. * Strong leadership, communication, and stakeholder engagement skills. * A track record of building high-performing teams and creating scalable systems and services. 💰Compensation For Full-Time (Salary) US-based applicants: For Full-Time (Salary) $230,000/year to $270,000/year + benefits + equity The salary range may be inclusive of several levels that would be applicable to the position. Final salary will be based on a number of factors including, level, relevant prior experience, skills, and expertise. This range is only inclusive of base salary, not benefits (more details below) or equity. 🎁 Benefits * Generous Holiday and Time off Policy * Health Insurance options including Medical, Dental, Vision * Work From Home Support * Home office setup allowance * Monthly allowance for cell phone and internet * Care benefits * Monthly allowance for wellness * Annual allowance towards Childcare * Lifetime benefit for family planning, such as adoption or fertility expenses * Retirement; 401k offering for Traditional and Roth accounts in the US (employer match up to 4% of base salary) and Pension plans internationally * Monthly allowance to dogfood the app * All Whatnauts are expected to develop a deep understanding of our product. We're passionate about building the best user experience, and all employees are expected to use Whatnot as both a buyer and a seller as part of their job (our dogfooding budget makes this fun and easy!). * Parental Leave * 16 weeks of paid parental leave + one month gradual return to work *company leave allowances run concurrently with country leave requirements which take precedence. 💛 EOE Whatnot is proud to be an Equal Opportunity Employer. We value diversity, and we do not discriminate on the basis of race, religion, color, national origin, gender, sexual orientation, age, marital status, veteran status, parental status, disability status, or any other status protected by local law. We believe that our work is better and our company culture is improved when we encourage, support, and respect the different skills and experiences represented within our workforce. Compensation Range: $230K - $270K