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Position Summary: Our client, a leader in precision metal casting and machining, is seeking a highly skilled Machine Shop Manager to oversee daily operations of its CNC and manual machining departments. This role is responsible for planning, coordinating, and improving machining workflows to ensure safety, quality, productivity, and on-time delivery. The ideal candidate is a hands-on leader with strong technical expertise and the ability to train, motivate, and develop machinists and support staff. Key Responsibilities: Operations & Production Management • Oversee day-to-day operations of CNC and manual machine shop departments., • Plan, schedule, and prioritize machining jobs to meet production deadlines., • Ensure efficient setup, operation, and maintenance of machining equipment, including CNC mills/lathes, manual lathes, grinders, and related machinery., • Monitor workflow and adjust staffing/resources to meet customer and internal product release requirements., • Partner with Engineering, Quality, and Foundry operations to resolve production issues. Leadership & Staff Development • Supervise machinists, programmers, and support personnel; assign tasks and manage performance., • Train employees on machining processes, safety procedures, and quality standards., • Foster a culture of teamwork, accountability, and continuous improvement., • Participate in recruiting, hiring, and onboarding of new team members. Quality & Continuous Improvement • Ensure machining meets dimensional, surface, and tolerance specifications., • Review blueprints, CAD models, and process sheets to ensure accurate manufacturing., • Drive root-cause analysis and corrective actions for quality issues., • Implement process improvements, tooling upgrades, and lean manufacturing practices., • Work with Quality Assurance to maintain documentation and compliance with ISO and industry standards. Safety & Compliance • Enforce OSHA and company safety policies., • Identify potential hazards and implement corrective actions., • Ensure proper maintenance and calibration of equipment and tools. Equipment & Resource Management • Coordinate preventive maintenance and repair of machines., • Manage tooling, fixtures, consumables, and supplies to ensure availability., • Recommend capital equipment purchases to support capacity and technology improvements. Qualifications: Required • 5 to 10+ years of machining experience, including CNC programming and operation., • 3 to 5+ years of supervisory or management experience in a machine shop environment., • Strong understanding of GD&T, machining tolerances, and blueprint reading., • Experience machining aluminum, steel, and specialty alloys., • Ability to troubleshoot machining, programming, and tooling issues., • Strong organizational, communication, and leadership skills. Preferred • Experience in a casting or foundry-related machining environment., • Knowledge of Mastercam, Fusion 360, or similar CAM software., • Familiarity with lean manufacturing, 5S, or continuous improvement methodologies., • Experience working in ISO-certified environments. Work Environment & Physical Requirements • Manufacturing shop setting with exposure to machinery, noise, and metalworking materials., • Ability to stand, walk, and move between departments for extended periods., • Ability to lift up to 40 lbs. as needed.

Title: Adjunct Instructor for ENGR 320 Prototyping Essentials Department: Newark College of Engineering Reports To: The Department Chair Position Type: Faculty Position Summary: The Newark College of Engineering, Office of the Dean seeks applications for an adjunct instructor to teach Prototyping Essentials (ENGR 320) course. ENGR 320 covers a variety of design and prototyping skills and concepts and requires student to demonstrate skills with weekly fabrication projects completed in the NJIT Makerspace. The successful candidate should be familiar with modern prototyping machinery and processes including CO2 laser cutting, fiber laser cutting, standard and CNC woodworking equipment, water jets, thermoforming, 3D printing, Fusion 360 2D and 3D CAD, Fusion 360 CAM, Arduino Programming, basic electronics, measurement tools, and other equipment. Training and qualifications on the operation of specific equipment can be provided by the NJIT Makerspace staff prior to the semester. Essential Functions: • Develop and deliver lectures and labs on prototyping, 2D modeling, 3D modeling, laser cutting, electronic circuit building, microcontrollers, water jets, 3D printing, woodworking, thermoforming, fastening, etc., • Prepare materials for laboratory assignments and conduct laboratory exercise supervision., • Learn and use online course management system - Canvas., • Hold office hours in the NJIT Makerspace and coordinate with instructor running additional sections of ENGR 320 on a regular basis. Prerequisite Qualifications: • Candidates should have at least an M.S. degree in Engineering, Engineering Technology, Industrial Design, or a closely related field., • A minimum of 3 years of experience in teaching university level courses., • At the university's discretion the education and experience prerequisites may be exempted where the candidate can demonstrate to the satisfaction of the university an equivalent combination of education and experience., • Candidates should be prepared to teach on a face-to-face basis. Bargaining Unit: AFT-UCAN Salary Information: In compliance with the NJ Pay Transparency Law, the rate for this position is $2668 per contact hour (USD). NJIT considers factors such as (but not limited to) scope and responsibilities of the position, candidate's work experience, education/training, key skills, internal peer equity, as well as, market and organizational considerations when extending an offer. This pay range represents base pay only and excludes any additional items such as incentives, bonuses or other items. FLSA: Exempt Part-Time Apply NowShare Save Job

Job Description Mechatronics and electrical engineers at aRoboticsCo build PCB's, integrate sensors, and program sophisticated controls for advanced, mobile automation systems. To be straightforward, we value curiosity and clever approaches to physical implementation: Common work tasks include: • Select electrical components and create a total system schematic for a robot, • Design and manufacture a robot's control system and enclosure, • Integrate new sensors and actuators with a microcontroller, • Create a PCB to house sensitive or power electronics to supplement our systems., • Establish communication between controllers and sensors to transmit live high-frequency data., • Trade School Graduate or Bachelor's or Master's degree in Electrical Engineering, Mechatronics, or a related field. (degree in progress if applying for a co-op), • Strong understanding of electrical circuit design, power electronics, and embedded systems., • Proficiency in programming microcontrollers in C/C++ or similar languages., • Extensive hands-on assembly experience with connectors and wiring harnesses, • CAN/SPI/i2C, • Fusion 360, • CNC machining, • PCB printing, • Reflow soldering, • Multi-filament 3D printing, • Laser welding, • This is a fully in-person role with hours from 9:30 AM to 6:30 PM on weekdays.

Job Description About Synaptrix Labs Inc. Synaptrix is on a mission to revolutionize brain-computer interfaces through non-invasive approaches. We believe that the power to diagnose and treat neurological conditions safely, and to expand human potential, will become a reality with the right fusion of deep learning, signal processing, and computational neuroscience. We're seeking passionate, creative, and technically driven interns to join our team across multiple disciplines: Software Engineering, Hardware Engineering, Machine Learning Research, Industrial Design, and UI/UX Design. If you're excited about building the future of brain-computer interfaces and want to work at the intersection of neuroscience, AI, and human experience, we want to hear from you. Responsibilities: Depending on your background and interests, you may: • Contribute to development of real-time software systems for neural signal processing and data visualization., • Build and prototype non-invasive EEG-based BCI hardware, from electrode arrays to embedded microcontroller systems., • Design, train, and evaluate machine learning models for EEG/EMG decoding, denoising, and signal enhancement., • Develop intuitive interfaces and user experiences for individuals with mobility or communication impairments., • Collaborate with the design team to prototype wearable and ergonomic form factors for next-generation neurotech devices., • Support data collection and analysis in research sessions, assisting with experimental setup and instrumentation., • Participate in cross-functional design reviews and brainstorming sessions that bring together neuroscience, AI, and engineering., • Currently pursuing a Bachelor's or Master's degree in Computer Science, Electrical Engineering, Biomedical Engineering, Neuroscience, Mechanical/Industrial Design, or a related field., • Demonstrated experience with one or more of the following:, • Software: Python, C++, or JavaScript, • Machine Learning: PyTorch, TensorFlow, or JAX, • Hardware: Arduino, PCB design, or embedded systems, • Design: Figma, Fusion 360, SolidWorks, or similar tools, • Strong problem-solving ability and curiosity about neuroscience, AI, or human-machine interfaces., • Excellent communication and teamwork skills; thrives in a fast-paced, interdisciplinary environment., • Prior experience with EEG/EMG systems, biosignal acquisition, or data analysis., • Familiarity with deep learning for time-series or multimodal data., • Experience designing assistive devices, wearables, or medical technology., • Portfolio, GitHub, or research projects demonstrating creative technical work. At Synaptrix Labs, we celebrate curiosity, open collaboration, and scientific rigor. Our interdisciplinary team spans neuroscience, AI, and clinical research, and we are united by the belief that non-invasive BCI is the key to unlocking a new era in healthcare, accessibility, and human augmentation. As an intern, you'll work directly alongside engineers, researchers, and designers who are defining the next generation of brain-computer interfaces. You'll be encouraged to explore bold ideas, experiment freely, and take ownership of meaningful projects from day one. What We Offer: • Hands-on experience in one of the world's most exciting emerging fields: brain-computer interfaces, • Opportunity to contribute to technology that directly improves lives, • Mentorship from scientists, engineers, and founders building real neurotechnology products, • Dynamic NYC workspace blending lab, workshop, and creative studio environments, • Potential for full-time conversion after graduation

Job DescriptionDescriptionThe Design Engineer will be a critical part of our team, focused on developing and refining our lighting fixtures. This position requires a blend of creativity, mechanical engineering skills, and a deep understanding of lean manufacturing principles to enhance efficiency, reduce waste, and contribute to the sustainable growth of Allied Maker. The successful candidate will bring a hands-on approach to modeling, prototyping, and optimizing our products, ensuring they meet our high standards of design and functionality. Key Responsibilities • Model lighting fixture hardware and assemblies in Fusion 360, catering to diverse manufacturing processes including CNC Machining, Bending, Metal Spinning, Glass Blowing, Water-Jet Cutting, 3D Printing, and Woodturning., • Use the MarkForged X7 3D printer to develop jigs that streamline metal finishing, assembly, and fabrication processes., • Engage with a cross-functional team, applying lean manufacturing principles to refine and improve production workflows and outputs., • Operate under the guidance of the Senior Design Engineer to generate custom lighting designs and modifications that align with Allied Maker's aesthetic and quality standards., • Aid the Engineering Team in managing product improvements, organizing parts for procurement, and maintaining accurate documentation within our ERP software., • Prototype new designs and engage in hands-on assembly to evaluate and enhance production efficiency. Qualifications • A Bachelor's Degree in Industrial Design, Product Design, Mechanical Engineering, or related field, with at least 7 years of experience. Background in lighting design or a related industry is preferred., • Demonstrated knowledge of lean manufacturing principles, with a track record of applying these to improve processes and reduce waste., • Expertise in Fusion 360, with proficiency in Netsuite or similar ERP systems., • Strong written and verbal communication skills, and the ability to work collaboratively with a team., • A proactive, detail-oriented approach, with the capacity to take ownership of projects and drive innovation. What We Offer • 401(k) with matching, health, dental, and vision insurance., • Paid time off and parental leave.