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IENAI SPACE is an early-stage startup located in Madrid, developing an end-to-end ecosystem of in-space mobility products, including propulsion systems and engineering SaaS. We are a highly innovative company in the “New Space” sector; the team is made up of a dynamic and multidisciplinary group of engineers, PhDs and developers, looking to revolutionize space mobility for the adoption of propulsion products in the smallest of satellites. We recently kickstarted our commercial phase with our first product: 360™, a Mission and Space Mobility analysis SaaS. Our mission is to build tailored, end-to-end space mobility products and services for the next generation of small satellites empowering a sustainable new space economy. We believe this is possible because we rely on our values: Infinite Innovation, Extraterrestrial Excellence, Cosmic Collaboration, Astronomical Agility and Planetary Passion. How will you contribute to IENAI SPACE? As Fluid Systems Engineer you will own the development of the Propellant Management Unit (PMU) of ATHENA, the subsystem responsible for storing, conditioning and delivering ionic liquid propellant to the thruster. This is not a conventional propulsion role. The PMU operates at low pressures, delivers flow rates in the μL/s range and handles an ionic liquid propellant that is conductive, hygroscopic, and sensitive to dissolved or trapped gas. The design envelope is far closer to precision vacuum fluidics or analytical instrumentation than to the propellant management systems of hall thrusters or chemical propulsion. The current PMU design is functional and flight-heritage is accumulating, but the design requires continued engineering development toward production readiness. In parallel, you will lead the development of our in-vacuum filling setup, bringing a working prototype to a repeatable, documented process. Your key responsibilities will include: • Continued mechanical and functional development of the ATHENA PMU, including reliability improvements and production-readiness work., • Developing and qualifying the in-vacuum propellant filling setup, including outgassing protocols, contamination control and fill calibration procedures., • Characterising PMU performance: flow delivery, pressure stability, gas management and fill accuracy., • Writing and maintaining test procedures, assembly instructions and qualification documentation., • Working closely with the thruster and power electronics teams during integrated testing and firing campaigns., • Contributing to make-vs-buy decisions and supplier interactions for PMU components. What is your department like? You will be part of the Electric Propulsion department. You will work closely with colleagues responsible for thruster unit assembly and testing, and collaborate across the power electronics and systems teams during integrated campaigns. Your time will be split between the office and the cleanroom, with ownership of the full design-build-test cycle for the PMU and filling setup. What will make you succeed? We are looking for (must have): • Background in vacuum systems engineering, precision fluidics, analytical instrumentation, or a closely related field, demonstrated either through industry experience or research., • Hands-on experience handling sensitive or reactive liquids (hygroscopic, conductive, or corrosive media) in a laboratory or production context., • Familiarity with vacuum hardware: pumping systems, pressure measurement at low ranges, outgassing characterisation, leak detection., • Experience designing or assembling precision sealed systems (seals, fittings, polymer-to-metal interfaces)., • Rigorous experimental habits: clear documentation, awareness of contamination sources, systematic troubleshooting., • Comfortable working in a small team where the scope of your role will evolve. We also value (nice to have): • Proficiency in mechanical CAD (Fusion 360, SolidWorks, or equivalent)., • Direct experience with ionic liquids or electrochemical systems., • Familiarity with space environmental requirements (thermal vacuum, ECSS or NASA outgassing standards)., • Experience with low-pressure pneumatic proof testing and pressure system compliance., • Background in microfluidics, MEMS, or lab-on-chip systems. What do we offer? • 🚀 A key role in a pioneering space startup, where you will directly impact the development of cutting-edge propulsion technology., • 💼 A full-time contract of 40h per week., • ⏰ Flexible working hours, allowing you to manage your schedule for better work-life balance., • 🏠 Hybrid work model – work remotely up to 9 days per month., • 🎄 Extra holidays – in addition to 23 vacation days, enjoy 6 additional days off during the Christmas period (from 24 December to 2 January, both included)., • 🩺 Private health insurance, fully covered by the company., • 🎓 Learning & Development – €1000 per year budget for training, courses, and professional growth., • 💪 Autonomy and responsibility – your contributions will directly shape our technology and success. What will your recruitment process be like? Here is a quick overview of the recruitment process: • Application review: we carefully assess your CV and experience., • Culture and values interview: a chat with our People team to ensure we share the same mindset and values., • Technical interview: meet the Tech Lead and showcase your technical skills., • Sometimes the hiring process will require a technical exercise to assess how you could apply logic and structure to different scenarios., • Final interview with Founders: align expectations and discuss your potential impact at IENAI SPACE. If everything you've read matches what you're looking for in your next adventure, don't hesitate to apply via LinkedIn. • We are looking forward to meeting you ✨

IENAI SPACE is an early-stage startup located in Madrid, developing an end-to-end ecosystem of in-space mobility products, including propulsion systems and engineering SaaS. We are a highly innovative company in the “New Space” sector; the team is made up of a dynamic and multidisciplinary group of engineers, PhDs and developers, looking to revolutionize space mobility for the adoption of propulsion products in the smallest of satellites. We recently kickstarted our commercial phase with our first product: 360™, a Mission and Space Mobility analysis SaaS. Our mission is to build tailored, end-to-end space mobility products and services for the next generation of small satellites empowering a sustainable new space economy. We believe this is possible because we rely on our values: Infinite Innovation, Extraterrestrial Excellence, Planetary Passion and Cosmic Collaboration. How will you contribute to IENAI SPACE? As Mission Analyst, you will contribute to the technical development of mission design, flight dynamics and software solutions supporting space missions, as well as to customer-facing activities around our software products. This role combines solid hands-on experience in mission analysis with good software development skills and a collaborative mindset, delivering high-quality engineering work within a multidisciplinary team. Reporting to the Mission Analysis Tech Lead, you will participate in mission analysis studies, contribute to the development and validation of advanced software tools, and support customers in making the most of our solutions. Your main responsibilities will include: • Perform mission analysis tasks including trajectory design, propulsion sizing, spacecraft maneuver planning, and feasibility assessments, as part of internal projects and consulting contracts with industry stakeholders., • Develop, test and validate software models and simulations for mission analysis and flight dynamics, ensuring accuracy and consistency with engineering requirements., • Contribute to the development of advanced software solutions, with a focus on meeting customer needs and maintaining high standards of quality, testing and documentation, particularly for the 360™ tool., • Support customers in the use of company tools and solutions, providing technical guidance under the supervision of the Tech Lead., • Collaborate in the preparation of technical proposals for national and international opportunities., • Work closely with engineering, operations and system design teams to help ensure mission requirements are met. What is your department like? You will be part of our Mission Analysis and Operations department, which is in charge of the development of our 360™ tool, both in terms of software development and providing mission analysis services. What will make you succeed? Technical Requirements • Master's degree in Aerospace Engineering, Software Engineering, Systems Engineering, or a related field., • Approximately 3 years of hands-on experience in mission analysis within the space sector., • Good understanding of spacecraft modeling and key subsystems, including propulsion, ADCS, power, communications and thermal control., • Familiarity with mission analysis and flight dynamics tools or libraries such as GMAT, STK, Orekit, FreeFlyer, or equivalent., • Proficiency in Python and/or Julia. Knowledge of additional languages such as MATLAB or C++ is considered an asset., • Understanding of software engineering practices, including object-oriented programming, test-driven development and version control. Familiarity with CI/CD, UX/UI or DevSecOps environments (e.g., Docker, AWS) is a plus., • Solid grounding in orbital and attitude mechanics, optimization, and spacecraft operations. Experience with spacecraft maneuvering is valued., • Some exposure to technical proposals or space standards is an asset. Soft Skills • Collaborative and proactive attitude, with a genuine interest in contributing to a technical team., • Ability to manage assigned tasks with autonomy while knowing when to escalate or seek guidance., • Good communication skills, able to interact clearly with peers and, when needed, with customers., • Curiosity and willingness to learn in a fast-paced environment., • Resilience and ability to stay focused under deadline pressure. What do we offer? • 🚀 A key role in a pioneering space startup, where you will directly impact the development of cutting-edge propulsion technology., • 💼 A full-time contract of 40h per week., • ⏰ Flexible working hours, allowing you to manage your schedule for better work-life balance., • 🏠 Hybrid work model – work remotely up to 9 days per month., • 🎄 Extra holidays – in addition to 23 vacation days, enjoy 6 additional days off during the Christmas period (from 24 December to 2 January, both included)., • 🩺 Private health insurance, fully covered by the company., • 🎓 Learning & Development – €1000 per year budget for training, courses, and professional growth., • 💪 Autonomy and responsibility – your contributions will directly shape our technology and success. What will your recruitment process be like? Here is a quick overview of the recruitment process: • Application review: we carefully assess your CV and experience., • Culture and values interview: a chat with our People team to ensure we share the same mindset and values., • Technical interview: meet the Tech Lead and showcase your technical skills., • Sometimes the hiring process will require a technical exercise to assess how you could apply logic and structure to different scenarios., • Final interview with Founders: align expectations and discuss your potential impact at IENAI SPACE. If everything you've read matches what you're looking for in your next adventure, don't hesitate to apply via LinkedIn. We are looking forward to meeting you ✨

IENAI SPACE is an early-stage startup located in Madrid, developing an end-to-end ecosystem of in-space mobility products, including propulsion systems and engineering SaaS. We are a highly innovative company in the “New Space” sector; the team is made up of a dynamic and multidisciplinary group of engineers, PhDs and developers, looking to revolutionize space mobility for the adoption of propulsion products in the smallest of satellites. We recently kickstarted our commercial phase with our first product: Our mission is to build tailored, end-to-end space mobility products and services for the next generation of small satellites empowering a sustainable new space economy. Infinite Innovation, Extraterrestrial Excellence, Cosmic Collaboration, Astronomical Agility and Planetary Passion. Descubra más sobre las tareas diarias, las responsabilidades generales y la experiencia requerida para esta oportunidad desplazándose hacia abajo ahora. As Fluid Systems Engineer you will own the development of the Propellant Management Unit (PMU) of ATHENA, the subsystem responsible for storing, conditioning and delivering ionic liquid propellant to the thruster. The PMU operates at low pressures, delivers flow rates in the μL/s range and handles an ionic liquid propellant that is conductive, hygroscopic, and sensitive to dissolved or trapped gas. The current PMU design is functional and flight-heritage is accumulating, but the design requires continued engineering development toward production readiness. Developing and qualifying the in-vacuum propellant filling setup, including outgassing protocols, contamination control and fill calibration procedures. Characterising PMU performance: flow delivery, pressure stability, gas management and fill accuracy. Writing and maintaining test procedures, assembly instructions and qualification documentation. Working closely with the thruster and power electronics teams during integrated testing and firing campaigns. You will work closely with colleagues responsible for thruster unit assembly and testing, and collaborate across the power electronics and systems teams during integrated campaigns. Your time will be split between the office and the cleanroom, with ownership of the full design-build-test cycle for the PMU and filling setup. Background in vacuum systems engineering, precision fluidics, analytical instrumentation, or a closely related field, demonstrated either through industry experience or research. Experience designing or assembling precision sealed systems (seals, fittings, polymer-to-metal interfaces). Proficiency in mechanical CAD (Fusion 360, SolidWorks, or equivalent). Direct experience with ionic liquids or electrochemical systems. Experience with low-pressure pneumatic proof testing and pressure system compliance. A full-time contract of 40h per week. ~ Flexible working hours, allowing you to manage your schedule for better work-life balance. ~ Hybrid work model – work remotely up to 9 days per month. ~ Extra holidays – in addition to 23 vacation days , enjoy 6 additional days off during the Christmas period (from 24 December to 2 January, both included). ~ Private health insurance, fully covered by the company. ~ Learning & Development – €1000 per year budget for training, courses, and professional growth. ~ Culture and values interview: a chat with our People team to ensure we share the same mindset and values. xcskxlj Hay opciones de teletrabajo/trabajo desde casa disponibles para este puesto.

IENAI SPACE is an early-stage startup located in Madrid, developing an end-to-end ecosystem of in-space mobility products, including propulsion systems and engineering SaaS. We are a highly innovative company in the “New Space” sector; the team is made up of a dynamic and multidisciplinary group of engineers, PhDs and developers, looking to revolutionize space mobility for the adoption of propulsion products in the smallest of satellites. We recently kickstarted our commercial phase with our first product: 360™, a Mission and Space Mobility analysis SaaS. Our mission is to build tailored, end-to-end space mobility products and services for the next generation of small satellites empowering a sustainable new space economy. We believe this is possible because we rely on our values: Infinite Innovation, Extraterrestrial Excellence, Cosmic Collaboration, Astronomical Agility and Planetary Passion. How will you contribute to IENAI SPACE? As Fluid Systems Engineer you will own the development of the Propellant Management Unit (PMU) of ATHENA, the subsystem responsible for storing, conditioning and delivering ionic liquid propellant to the thruster. This is not a conventional propulsion role. The PMU operates at low pressures, delivers flow rates in the μL/s range and handles an ionic liquid propellant that is conductive, hygroscopic, and sensitive to dissolved or trapped gas. The design envelope is far closer to precision vacuum fluidics or analytical instrumentation than to the propellant management systems of hall thrusters or chemical propulsion. The current PMU design is functional and flight-heritage is accumulating, but the design requires continued engineering development toward production readiness. In parallel, you will lead the development of our in-vacuum filling setup, bringing a working prototype to a repeatable, documented process. Your key responsibilities will include: • Continued mechanical and functional development of the ATHENA PMU, including reliability improvements and production-readiness work., • Developing and qualifying the in-vacuum propellant filling setup, including outgassing protocols, contamination control and fill calibration procedures., • Characterising PMU performance: flow delivery, pressure stability, gas management and fill accuracy., • Writing and maintaining test procedures, assembly instructions and qualification documentation., • Working closely with the thruster and power electronics teams during integrated testing and firing campaigns., • Contributing to make-vs-buy decisions and supplier interactions for PMU components. What is your department like? You will be part of the Electric Propulsion department. You will work closely with colleagues responsible for thruster unit assembly and testing, and collaborate across the power electronics and systems teams during integrated campaigns. Your time will be split between the office and the cleanroom, with ownership of the full design-build-test cycle for the PMU and filling setup. What will make you succeed? We are looking for (must have): • Background in vacuum systems engineering, precision fluidics, analytical instrumentation, or a closely related field, demonstrated either through industry experience or research., • Hands-on experience handling sensitive or reactive liquids (hygroscopic, conductive, or corrosive media) in a laboratory or production context., • Familiarity with vacuum hardware: pumping systems, pressure measurement at low ranges, outgassing characterisation, leak detection., • Experience designing or assembling precision sealed systems (seals, fittings, polymer-to-metal interfaces)., • Rigorous experimental habits: clear documentation, awareness of contamination sources, systematic troubleshooting., • Comfortable working in a small team where the scope of your role will evolve. We also value (nice to have): • Proficiency in mechanical CAD (Fusion 360, SolidWorks, or equivalent)., • Direct experience with ionic liquids or electrochemical systems., • Familiarity with space environmental requirements (thermal vacuum, ECSS or NASA outgassing standards)., • Experience with low-pressure pneumatic proof testing and pressure system compliance., • Background in microfluidics, MEMS, or lab-on-chip systems. What do we offer? • 🚀 A key role in a pioneering space startup, where you will directly impact the development of cutting-edge propulsion technology., • 💼 A full-time contract of 40h per week., • ⏰ Flexible working hours, allowing you to manage your schedule for better work-life balance., • 🏠 Hybrid work model – work remotely up to 9 days per month., • 🎄 Extra holidays – in addition to 23 vacation days, enjoy 6 additional days off during the Christmas period (from 24 December to 2 January, both included)., • 🩺 Private health insurance, fully covered by the company., • 🎓 Learning & Development – €1000 per year budget for training, courses, and professional growth., • 💪 Autonomy and responsibility – your contributions will directly shape our technology and success. What will your recruitment process be like? Here is a quick overview of the recruitment process: • Application review: we carefully assess your CV and experience., • Culture and values interview: a chat with our People team to ensure we share the same mindset and values., • Technical interview: meet the Tech Lead and showcase your technical skills., • Sometimes the hiring process will require a technical exercise to assess how you could apply logic and structure to different scenarios., • Final interview with Founders: align expectations and discuss your potential impact at IENAI SPACE. If everything you've read matches what you're looking for in your next adventure, don't hesitate to apply via LinkedIn. • We are looking forward to meeting you ✨

IENAI SPACE is an early-stage startup located in Madrid, developing an end-to-end ecosystem of in-space mobility products, including propulsion systems and engineering SaaS. We are a highly innovative company in the “New Space” sector; the team is made up of a dynamic and multidisciplinary group of engineers, PhDs and developers, looking to revolutionize space mobility for the adoption of propulsion products in the smallest of satellites. We recently kickstarted our commercial phase with our first product: 360™, a Mission and Space Mobility analysis SaaS. Our mission is to build tailored, end-to-end space mobility products and services for the next generation of small satellites empowering a sustainable new space economy. We believe this is possible because we rely on our values: Infinite Innovation, Extraterrestrial Excellence, Cosmic Collaboration, Astronomical Agility and Planetary Passion. How will you contribute to IENAI SPACE? As Fluid Systems Engineer you will own the development of the Propellant Management Unit (PMU) of ATHENA, the subsystem responsible for storing, conditioning and delivering ionic liquid propellant to the thruster. This is not a conventional propulsion role. The PMU operates at low pressures, delivers flow rates in the μL/s range and handles an ionic liquid propellant that is conductive, hygroscopic, and sensitive to dissolved or trapped gas. The design envelope is far closer to precision vacuum fluidics or analytical instrumentation than to the propellant management systems of hall thrusters or chemical propulsion. The current PMU design is functional and flight-heritage is accumulating, but the design requires continued engineering development toward production readiness. In parallel, you will lead the development of our in-vacuum filling setup, bringing a working prototype to a repeatable, documented process. Your key responsibilities will include: • Continued mechanical and functional development of the ATHENA PMU, including reliability improvements and production-readiness work., • Developing and qualifying the in-vacuum propellant filling setup, including outgassing protocols, contamination control and fill calibration procedures., • Characterising PMU performance: flow delivery, pressure stability, gas management and fill accuracy., • Writing and maintaining test procedures, assembly instructions and qualification documentation., • Working closely with the thruster and power electronics teams during integrated testing and firing campaigns., • Contributing to make-vs-buy decisions and supplier interactions for PMU components. What is your department like? You will be part of the Electric Propulsion department. You will work closely with colleagues responsible for thruster unit assembly and testing, and collaborate across the power electronics and systems teams during integrated campaigns. Your time will be split between the office and the cleanroom, with ownership of the full design-build-test cycle for the PMU and filling setup. What will make you succeed? We are looking for (must have): • Background in vacuum systems engineering, precision fluidics, analytical instrumentation, or a closely related field, demonstrated either through industry experience or research., • Hands-on experience handling sensitive or reactive liquids (hygroscopic, conductive, or corrosive media) in a laboratory or production context., • Familiarity with vacuum hardware: pumping systems, pressure measurement at low ranges, outgassing characterisation, leak detection., • Experience designing or assembling precision sealed systems (seals, fittings, polymer-to-metal interfaces)., • Rigorous experimental habits: clear documentation, awareness of contamination sources, systematic troubleshooting., • Comfortable working in a small team where the scope of your role will evolve. We also value (nice to have): • Proficiency in mechanical CAD (Fusion 360, SolidWorks, or equivalent)., • Direct experience with ionic liquids or electrochemical systems., • Familiarity with space environmental requirements (thermal vacuum, ECSS or NASA outgassing standards)., • Experience with low-pressure pneumatic proof testing and pressure system compliance., • Background in microfluidics, MEMS, or lab-on-chip systems. What do we offer? • 🚀 A key role in a pioneering space startup, where you will directly impact the development of cutting-edge propulsion technology., • 💼 A full-time contract of 40h per week., • ⏰ Flexible working hours, allowing you to manage your schedule for better work-life balance., • 🏠 Hybrid work model – work remotely up to 9 days per month., • 🎄 Extra holidays – in addition to 23 vacation days, enjoy 6 additional days off during the Christmas period (from 24 December to 2 January, both included)., • 🩺 Private health insurance, fully covered by the company., • 🎓 Learning & Development – €1000 per year budget for training, courses, and professional growth., • 💪 Autonomy and responsibility – your contributions will directly shape our technology and success. What will your recruitment process be like? Here is a quick overview of the recruitment process: • Application review: we carefully assess your CV and experience., • Culture and values interview: a chat with our People team to ensure we share the same mindset and values., • Technical interview: meet the Tech Lead and showcase your technical skills., • Sometimes the hiring process will require a technical exercise to assess how you could apply logic and structure to different scenarios., • Final interview with Founders: align expectations and discuss your potential impact at IENAI SPACE. If everything you've read matches what you're looking for in your next adventure, don't hesitate to apply via LinkedIn. • We are looking forward to meeting you ✨

IENAI SPACE is an early-stage startup located in Madrid, developing an end-to-end ecosystem of in-space mobility products, including propulsion systems and engineering SaaS. We are a highly innovative company in the “New Space” sector; the team is made up of a dynamic and multidisciplinary group of engineers, PhDs and developers, looking to revolutionize space mobility for the adoption of propulsion products in the smallest of satellites. We recently kickstarted our commercial phase with our first product: Our mission is to build tailored, end-to-end space mobility products and services for the next generation of small satellites empowering a sustainable new space economy. Infinite Innovation, Extraterrestrial Excellence, Cosmic Collaboration, Astronomical Agility and Planetary Passion. As Fluid Systems Engineer you will own the development of the Propellant Management Unit (PMU) of ATHENA, the subsystem responsible for storing, conditioning and delivering ionic liquid propellant to the thruster. The PMU operates at low pressures, delivers flow rates in the μL/s range and handles an ionic liquid propellant that is conductive, hygroscopic, and sensitive to dissolved or trapped gas. The current PMU design is functional and flight-heritage is accumulating, but the design requires continued engineering development toward production readiness. Developing and qualifying the in-vacuum propellant filling setup, including outgassing protocols, contamination control and fill calibration procedures. Characterising PMU performance: flow delivery, pressure stability, gas management and fill accuracy. Writing and maintaining test procedures, assembly instructions and qualification documentation. Working closely with the thruster and power electronics teams during integrated testing and firing campaigns. You will work closely with colleagues responsible for thruster unit assembly and testing, and collaborate across the power electronics and systems teams during integrated campaigns. Your time will be split between the office and the cleanroom, with ownership of the full design-build-test cycle for the PMU and filling setup. Background in vacuum systems engineering, precision fluidics, analytical instrumentation, or a closely related field, demonstrated either through industry experience or research. Experience designing or assembling precision sealed systems (seals, fittings, polymer-to-metal interfaces). Proficiency in mechanical CAD (Fusion 360, SolidWorks, or equivalent). Direct experience with ionic liquids or electrochemical systems. Experience with low-pressure pneumatic proof testing and pressure system compliance. A full-time contract of 40h per week. ~⏰ Flexible working hours, allowing you to manage your schedule for better work-life balance. ~ Hybrid work model – work remotely up to 9 days per month. ~ Extra holidays – in addition to 23 vacation days , enjoy 6 additional days off during the Christmas period (from 24 December to 2 January, both included). ~ Private health insurance, fully covered by the company. ~ Learning & Development – €1000 per year budget for training, courses, and professional growth. ~ Culture and values interview: a chat with our People team to ensure we share the same mindset and values. #

IENAI SPACE is an early-stage startup located in Madrid, developing an end-to-end ecosystem of in-space mobility products, including propulsion systems and engineering SaaS. We are a highly innovative company in the “New Space” sector; the team is made up of a dynamic and multidisciplinary group of engineers, PhDs and developers, looking to revolutionize space mobility for the adoption of propulsion products in the smallest of satellites. We recently kickstarted our commercial phase with our first product: Our mission is to build tailored, end-to-end space mobility products and services for the next generation of small satellites empowering a sustainable new space economy. Infinite Innovation, Extraterrestrial Excellence, Cosmic Collaboration, Astronomical Agility and Planetary Passion. As Fluid Systems Engineer you will own the development of the Propellant Management Unit (PMU) of ATHENA, the subsystem responsible for storing, conditioning and delivering ionic liquid propellant to the thruster. The PMU operates at low pressures, delivers flow rates in the μL/s range and handles an ionic liquid propellant that is conductive, hygroscopic, and sensitive to dissolved or trapped gas. The current PMU design is functional and flight-heritage is accumulating, but the design requires continued engineering development toward production readiness. Developing and qualifying the in-vacuum propellant filling setup, including outgassing protocols, contamination control and fill calibration procedures. Characterising PMU performance: flow delivery, pressure stability, gas management and fill accuracy. Writing and maintaining test procedures, assembly instructions and qualification documentation. Working closely with the thruster and power electronics teams during integrated testing and firing campaigns. You will work closely with colleagues responsible for thruster unit assembly and testing, and collaborate across the power electronics and systems teams during integrated campaigns. Your time will be split between the office and the cleanroom, with ownership of the full design-build-test cycle for the PMU and filling setup. Background in vacuum systems engineering, precision fluidics, analytical instrumentation, or a closely related field, demonstrated either through industry experience or research. Experience designing or assembling precision sealed systems (seals, fittings, polymer-to-metal interfaces). Proficiency in mechanical CAD (Fusion 360, SolidWorks, or equivalent). Direct experience with ionic liquids or electrochemical systems. Experience with low-pressure pneumatic proof testing and pressure system compliance. A full-time contract of 40h per week. ~⏰ Flexible working hours, allowing you to manage your schedule for better work-life balance. ~ Hybrid work model – work remotely up to 9 days per month. ~ Extra holidays – in addition to 23 vacation days , enjoy 6 additional days off during the Christmas period (from 24 December to 2 January, both included). ~ Private health insurance, fully covered by the company. ~ Learning & Development – €1000 per year budget for training, courses, and professional growth. ~ Culture and values interview: a chat with our People team to ensure we share the same mindset and values. #