Civilingenjör inom Farkostteknik - Lediga jobb

Be part of shaping next-generation optical technologies

Join NILT as a Production and Development Engineer, where you will work hands‑on in a world‑class cleanroom environment and play a central role in developing and fabricating high‑precision AR masters for customers around the globe.

In this position, you will have excellent opportunities to grow your technical capabilities within nanofabrication, process optimization, and advanced metrology—while contributing to a rapidly expanding, international high‑tech company.

You will be based at NILT Sweden Filial, in Gothenburg. As part of the Mastering team, you will collaborate closely with colleagues across Denmark, Sweden, and Switzerland. Our culture is collaborative, innovative, and quality‑driven, with a strong focus on precision, knowledge sharing, and continuous learning. You will join an ambitious organization where we win and lose together - team spirit and mutual achievement are at the heart of how we work.

Tasks and responsibilities

· Manage end‑to‑end fabrication workflows for AR masters

You will run and coordinate the complete process flow for AR master fabrication, ensuring alignment with production plans, yield targets, and quality requirements.

· Develop and optimize nanofabrication processes

You refine and innovate lithography (EBL, maskless UV), dry etch (RIE, ICP, IBE), and thin‑film deposition (E‑beam, sputtering, PECVD, ALD) processes to enhance performance, stability, and throughput.

· Execute and document metrology for process verification

You perform SEM, AFM, ellipsometry, and optical inspections, generating complete and traceable documentation for internal use and for customer projects.

· Define process windows and product specifications

You translate experimental data and capability studies into clear process capabilities and product specifications.

· Coordinate cleanroom activities across tool groups

You collaborate across lithography, etch, and deposition areas to maintain efficient flow and minimize bottlenecks.

· Drive corrective and preventive actions

You investigate deviations, identify root causes, and implement improvements to strengthen process robustness.

Skills, experiences and qualifications we are looking for

· MSc in nanotechnology, physics, materials science, electrical engineering, or similar

· Several years of hands‑on cleanroom experience with lithography, dry etch, and thin‑film deposition tools

· Strong understanding of nanofabrication principles and their impact on process outcomes

· Experience with SEM, AFM, ellipsometry, and optical inspection

· Ability to document processes clearly and maintain complete, compliant records

· Proficiency in Python for analysis, data processing, and automation

· Ability to navigate complex multistep process flows under time‑sensitive cleanroom schedules

· Strong communication and collaboration skills across multiple locations

· Experience designing DOEs and performing process capability studies

· Experience optimizing process windows or developing new process capabilities

· Familiarity with quality systems, documentation practices, and deviation handling

· Fluent in English; Swedish is an advantage

Questions You are welcome to reach out to: Vladimir Topic, AR Mastering, Team Leader, vt@nilt.com

Interested?

Please forward your CV and application letter incl. answers to the 2 questions below, no later than

20 July 2026. We look forward to hearing from you.

1. Key experience #1

Describe a situation where you developed or optimized a cleanroom process. What was the challenge, what approach did you take, and what results did you achieve?

2. Key experience #2

Describe a time you handled a production deviation or root‑cause investigation. What methods did you apply, and what was the long‑term impact of your actions?

About NIL Technology

NIL Technology (NILT), founded in 2006, is an optical solutions company designing, developing, and manufacturing optical elements and components using high-precision nanoscale features. NILT creates competitive advantages with flat optics (meta-optics) in optical applications for 3D sensing, consumer electronics, machine vision, autonomous vehicles, telecommunication, and AR. With its background in mastering for nanoimprint, the company produces masters and offers nano-foundry services. NILT is based in Denmark and has offices in Switzerland, Sweden, US, and a manufacturing in Malaysia. Visit us at www.nilt.com. NILT is owned by Radiant Opto-Electronics Corporation (www.radiant.com.tw).

Be part of shaping next-generation optical technologies

Join NILT as a Production and Development Engineer, where you will work hands‑on in a world‑class cleanroom environment and play a central role in developing and fabricating high‑precision AR masters for customers around the globe.

In this position, you will have excellent opportunities to grow your technical capabilities within nanofabrication, process optimization, and advanced metrology—while contributing to a rapidly expanding, international high‑tech company.

You will be based at NILT Sweden Filial, in Gothenburg. As part of the Mastering team, you will collaborate closely with colleagues across Denmark, Sweden, and Switzerland. Our culture is collaborative, innovative, and quality‑driven, with a strong focus on precision, knowledge sharing, and continuous learning. You will join an ambitious organization where we win and lose together - team spirit and mutual achievement are at the heart of how we work.

Tasks and responsibilities

· Manage end‑to‑end fabrication workflows for AR masters

You will run and coordinate the complete process flow for AR master fabrication, ensuring alignment with production plans, yield targets, and quality requirements.

· Develop and optimize nanofabrication processes

You refine and innovate lithography (EBL, maskless UV), dry etch (RIE, ICP, IBE), and thin‑film deposition (E‑beam, sputtering, PECVD, ALD) processes to enhance performance, stability, and throughput.

· Execute and document metrology for process verification

You perform SEM, AFM, ellipsometry, and optical inspections, generating complete and traceable documentation for internal use and for customer projects.

· Define process windows and product specifications

You translate experimental data and capability studies into clear process capabilities and product specifications.

· Coordinate cleanroom activities across tool groups

You collaborate across lithography, etch, and deposition areas to maintain efficient flow and minimize bottlenecks.

· Drive corrective and preventive actions

You investigate deviations, identify root causes, and implement improvements to strengthen process robustness.

Skills, experiences and qualifications we are looking for

· MSc in nanotechnology, physics, materials science, electrical engineering, or similar

· Several years of hands‑on cleanroom experience with lithography, dry etch, and thin‑film deposition tools

· Strong understanding of nanofabrication principles and their impact on process outcomes

· Experience with SEM, AFM, ellipsometry, and optical inspection

· Ability to document processes clearly and maintain complete, compliant records

· Proficiency in Python for analysis, data processing, and automation

· Ability to navigate complex multistep process flows under time‑sensitive cleanroom schedules

· Strong communication and collaboration skills across multiple locations

· Experience designing DOEs and performing process capability studies

· Experience optimizing process windows or developing new process capabilities

· Familiarity with quality systems, documentation practices, and deviation handling

· Fluent in English; Swedish is an advantage

Questions You are welcome to reach out to: Vladimir Topic, AR Mastering, Team Leader, vt@nilt.com

Interested?

Please forward your CV and application letter incl. answers to the 2 questions below, no later than

20 July 2026. We look forward to hearing from you.

1. Key experience #1

Describe a situation where you developed or optimized a cleanroom process. What was the challenge, what approach did you take, and what results did you achieve?

2. Key experience #2

Describe a time you handled a production deviation or root‑cause investigation. What methods did you apply, and what was the long‑term impact of your actions?

About NIL Technology

NIL Technology (NILT), founded in 2006, is an optical solutions company designing, developing, and manufacturing optical elements and components using high-precision nanoscale features. NILT creates competitive advantages with flat optics (meta-optics) in optical applications for 3D sensing, consumer electronics, machine vision, autonomous vehicles, telecommunication, and AR. With its background in mastering for nanoimprint, the company produces masters and offers nano-foundry services. NILT is based in Denmark and has offices in Switzerland, Sweden, US, and a manufacturing in Malaysia. Visit us at www.nilt.com. NILT is owned by Radiant Opto-Electronics Corporation (www.radiant.com.tw).

Be part of shaping next-generation optical technologies

Join NILT as a Production and Development Engineer, where you will work hands‑on in a world‑class cleanroom environment and play a central role in developing and fabricating high‑precision AR masters for customers around the globe.

In this position, you will have excellent opportunities to grow your technical capabilities within nanofabrication, process optimization, and advanced metrology—while contributing to a rapidly expanding, international high‑tech company.

You will be based at NILT Sweden Filial, in Gothenburg. As part of the Mastering team, you will collaborate closely with colleagues across Denmark, Sweden, and Switzerland. Our culture is collaborative, innovative, and quality‑driven, with a strong focus on precision, knowledge sharing, and continuous learning. You will join an ambitious organization where we win and lose together - team spirit and mutual achievement are at the heart of how we work.

Tasks and responsibilities

· Manage end‑to‑end fabrication workflows for AR masters

You will run and coordinate the complete process flow for AR master fabrication, ensuring alignment with production plans, yield targets, and quality requirements.

· Develop and optimize nanofabrication processes

You refine and innovate lithography (EBL, maskless UV), dry etch (RIE, ICP, IBE), and thin‑film deposition (E‑beam, sputtering, PECVD, ALD) processes to enhance performance, stability, and throughput.

· Execute and document metrology for process verification

You perform SEM, AFM, ellipsometry, and optical inspections, generating complete and traceable documentation for internal use and for customer projects.

· Define process windows and product specifications

You translate experimental data and capability studies into clear process capabilities and product specifications.

· Coordinate cleanroom activities across tool groups

You collaborate across lithography, etch, and deposition areas to maintain efficient flow and minimize bottlenecks.

· Drive corrective and preventive actions

You investigate deviations, identify root causes, and implement improvements to strengthen process robustness.

Skills, experiences and qualifications we are looking for

· MSc in nanotechnology, physics, materials science, electrical engineering, or similar

· Several years of hands‑on cleanroom experience with lithography, dry etch, and thin‑film deposition tools

· Strong understanding of nanofabrication principles and their impact on process outcomes

· Experience with SEM, AFM, ellipsometry, and optical inspection

· Ability to document processes clearly and maintain complete, compliant records

· Proficiency in Python for analysis, data processing, and automation

· Ability to navigate complex multistep process flows under time‑sensitive cleanroom schedules

· Strong communication and collaboration skills across multiple locations

· Experience designing DOEs and performing process capability studies

· Experience optimizing process windows or developing new process capabilities

· Familiarity with quality systems, documentation practices, and deviation handling

· Fluent in English; Swedish is an advantage

Questions You are welcome to reach out to: Vladimir Topic, AR Mastering, Team Leader, vt@nilt.com

Interested?

Please forward your CV and application letter incl. answers to the 2 questions below, no later than

20 July 2026. We look forward to hearing from you.

1. Key experience #1

Describe a situation where you developed or optimized a cleanroom process. What was the challenge, what approach did you take, and what results did you achieve?

2. Key experience #2

Describe a time you handled a production deviation or root‑cause investigation. What methods did you apply, and what was the long‑term impact of your actions?

About NIL Technology

NIL Technology (NILT), founded in 2006, is an optical solutions company designing, developing, and manufacturing optical elements and components using high-precision nanoscale features. NILT creates competitive advantages with flat optics (meta-optics) in optical applications for 3D sensing, consumer electronics, machine vision, autonomous vehicles, telecommunication, and AR. With its background in mastering for nanoimprint, the company produces masters and offers nano-foundry services. NILT is based in Denmark and has offices in Switzerland, Sweden, US, and a manufacturing in Malaysia. Visit us at www.nilt.com. NILT is owned by Radiant Opto-Electronics Corporation (www.radiant.com.tw).

Be part of shaping next-generation optical technologies

Join NILT as a Production and Development Engineer, where you will work hands‑on in a world‑class cleanroom environment and play a central role in developing and fabricating high‑precision AR masters for customers around the globe.

In this position, you will have excellent opportunities to grow your technical capabilities within nanofabrication, process optimization, and advanced metrology—while contributing to a rapidly expanding, international high‑tech company.

You will be based at NILT Sweden Filial, in Gothenburg. As part of the Mastering team, you will collaborate closely with colleagues across Denmark, Sweden, and Switzerland. Our culture is collaborative, innovative, and quality‑driven, with a strong focus on precision, knowledge sharing, and continuous learning. You will join an ambitious organization where we win and lose together - team spirit and mutual achievement are at the heart of how we work.

Tasks and responsibilities

· Manage end‑to‑end fabrication workflows for AR masters

You will run and coordinate the complete process flow for AR master fabrication, ensuring alignment with production plans, yield targets, and quality requirements.

· Develop and optimize nanofabrication processes

You refine and innovate lithography (EBL, maskless UV), dry etch (RIE, ICP, IBE), and thin‑film deposition (E‑beam, sputtering, PECVD, ALD) processes to enhance performance, stability, and throughput.

· Execute and document metrology for process verification

You perform SEM, AFM, ellipsometry, and optical inspections, generating complete and traceable documentation for internal use and for customer projects.

· Define process windows and product specifications

You translate experimental data and capability studies into clear process capabilities and product specifications.

· Coordinate cleanroom activities across tool groups

You collaborate across lithography, etch, and deposition areas to maintain efficient flow and minimize bottlenecks.

· Drive corrective and preventive actions

You investigate deviations, identify root causes, and implement improvements to strengthen process robustness.

Skills, experiences and qualifications we are looking for

· MSc in nanotechnology, physics, materials science, electrical engineering, or similar

· Several years of hands‑on cleanroom experience with lithography, dry etch, and thin‑film deposition tools

· Strong understanding of nanofabrication principles and their impact on process outcomes

· Experience with SEM, AFM, ellipsometry, and optical inspection

· Ability to document processes clearly and maintain complete, compliant records

· Proficiency in Python for analysis, data processing, and automation

· Ability to navigate complex multistep process flows under time‑sensitive cleanroom schedules

· Strong communication and collaboration skills across multiple locations

· Experience designing DOEs and performing process capability studies

· Experience optimizing process windows or developing new process capabilities

· Familiarity with quality systems, documentation practices, and deviation handling

· Fluent in English; Swedish is an advantage

Questions You are welcome to reach out to: Vladimir Topic, AR Mastering, Team Leader, vt@nilt.com

Interested?

Please forward your CV and application letter incl. answers to the 2 questions below, no later than

20 July 2026. We look forward to hearing from you.

1. Key experience #1

Describe a situation where you developed or optimized a cleanroom process. What was the challenge, what approach did you take, and what results did you achieve?

2. Key experience #2

Describe a time you handled a production deviation or root‑cause investigation. What methods did you apply, and what was the long‑term impact of your actions?

About NIL Technology

NIL Technology (NILT), founded in 2006, is an optical solutions company designing, developing, and manufacturing optical elements and components using high-precision nanoscale features. NILT creates competitive advantages with flat optics (meta-optics) in optical applications for 3D sensing, consumer electronics, machine vision, autonomous vehicles, telecommunication, and AR. With its background in mastering for nanoimprint, the company produces masters and offers nano-foundry services. NILT is based in Denmark and has offices in Switzerland, Sweden, US, and a manufacturing in Malaysia. Visit us at www.nilt.com. NILT is owned by Radiant Opto-Electronics Corporation (www.radiant.com.tw).

Be part of shaping next-generation optical technologies

Join NILT as a Production and Development Engineer, where you will work hands‑on in a world‑class cleanroom environment and play a central role in developing and fabricating high‑precision AR masters for customers around the globe.

In this position, you will have excellent opportunities to grow your technical capabilities within nanofabrication, process optimization, and advanced metrology—while contributing to a rapidly expanding, international high‑tech company.

You will be based at NILT Sweden Filial, in Gothenburg. As part of the Mastering team, you will collaborate closely with colleagues across Denmark, Sweden, and Switzerland. Our culture is collaborative, innovative, and quality‑driven, with a strong focus on precision, knowledge sharing, and continuous learning. You will join an ambitious organization where we win and lose together - team spirit and mutual achievement are at the heart of how we work.

Tasks and responsibilities

· Manage end‑to‑end fabrication workflows for AR masters

You will run and coordinate the complete process flow for AR master fabrication, ensuring alignment with production plans, yield targets, and quality requirements.

· Develop and optimize nanofabrication processes

You refine and innovate lithography (EBL, maskless UV), dry etch (RIE, ICP, IBE), and thin‑film deposition (E‑beam, sputtering, PECVD, ALD) processes to enhance performance, stability, and throughput.

· Execute and document metrology for process verification

You perform SEM, AFM, ellipsometry, and optical inspections, generating complete and traceable documentation for internal use and for customer projects.

· Define process windows and product specifications

You translate experimental data and capability studies into clear process capabilities and product specifications.

· Coordinate cleanroom activities across tool groups

You collaborate across lithography, etch, and deposition areas to maintain efficient flow and minimize bottlenecks.

· Drive corrective and preventive actions

You investigate deviations, identify root causes, and implement improvements to strengthen process robustness.

Skills, experiences and qualifications we are looking for

· MSc in nanotechnology, physics, materials science, electrical engineering, or similar

· Several years of hands‑on cleanroom experience with lithography, dry etch, and thin‑film deposition tools

· Strong understanding of nanofabrication principles and their impact on process outcomes

· Experience with SEM, AFM, ellipsometry, and optical inspection

· Ability to document processes clearly and maintain complete, compliant records

· Proficiency in Python for analysis, data processing, and automation

· Ability to navigate complex multistep process flows under time‑sensitive cleanroom schedules

· Strong communication and collaboration skills across multiple locations

· Experience designing DOEs and performing process capability studies

· Experience optimizing process windows or developing new process capabilities

· Familiarity with quality systems, documentation practices, and deviation handling

· Fluent in English; Swedish is an advantage

Questions You are welcome to reach out to: Vladimir Topic, AR Mastering, Team Leader, vt@nilt.com

Interested?

Please forward your CV and application letter incl. answers to the 2 questions below, no later than

20 July 2026. We look forward to hearing from you.

1. Key experience #1

Describe a situation where you developed or optimized a cleanroom process. What was the challenge, what approach did you take, and what results did you achieve?

2. Key experience #2

Describe a time you handled a production deviation or root‑cause investigation. What methods did you apply, and what was the long‑term impact of your actions?

About NIL Technology

NIL Technology (NILT), founded in 2006, is an optical solutions company designing, developing, and manufacturing optical elements and components using high-precision nanoscale features. NILT creates competitive advantages with flat optics (meta-optics) in optical applications for 3D sensing, consumer electronics, machine vision, autonomous vehicles, telecommunication, and AR. With its background in mastering for nanoimprint, the company produces masters and offers nano-foundry services. NILT is based in Denmark and has offices in Switzerland, Sweden, US, and a manufacturing in Malaysia. Visit us at www.nilt.com. NILT is owned by Radiant Opto-Electronics Corporation (www.radiant.com.tw).

Be part of shaping next-generation optical technologies

Join NILT as a Production and Development Engineer, where you will work hands‑on in a world‑class cleanroom environment and play a central role in developing and fabricating high‑precision AR masters for customers around the globe.

In this position, you will have excellent opportunities to grow your technical capabilities within nanofabrication, process optimization, and advanced metrology—while contributing to a rapidly expanding, international high‑tech company.

You will be based at NILT Sweden Filial, in Gothenburg. As part of the Mastering team, you will collaborate closely with colleagues across Denmark, Sweden, and Switzerland. Our culture is collaborative, innovative, and quality‑driven, with a strong focus on precision, knowledge sharing, and continuous learning. You will join an ambitious organization where we win and lose together - team spirit and mutual achievement are at the heart of how we work.

Tasks and responsibilities

· Manage end‑to‑end fabrication workflows for AR masters

You will run and coordinate the complete process flow for AR master fabrication, ensuring alignment with production plans, yield targets, and quality requirements.

· Develop and optimize nanofabrication processes

You refine and innovate lithography (EBL, maskless UV), dry etch (RIE, ICP, IBE), and thin‑film deposition (E‑beam, sputtering, PECVD, ALD) processes to enhance performance, stability, and throughput.

· Execute and document metrology for process verification

You perform SEM, AFM, ellipsometry, and optical inspections, generating complete and traceable documentation for internal use and for customer projects.

· Define process windows and product specifications

You translate experimental data and capability studies into clear process capabilities and product specifications.

· Coordinate cleanroom activities across tool groups

You collaborate across lithography, etch, and deposition areas to maintain efficient flow and minimize bottlenecks.

· Drive corrective and preventive actions

You investigate deviations, identify root causes, and implement improvements to strengthen process robustness.

Skills, experiences and qualifications we are looking for

· MSc in nanotechnology, physics, materials science, electrical engineering, or similar

· Several years of hands‑on cleanroom experience with lithography, dry etch, and thin‑film deposition tools

· Strong understanding of nanofabrication principles and their impact on process outcomes

· Experience with SEM, AFM, ellipsometry, and optical inspection

· Ability to document processes clearly and maintain complete, compliant records

· Proficiency in Python for analysis, data processing, and automation

· Ability to navigate complex multistep process flows under time‑sensitive cleanroom schedules

· Strong communication and collaboration skills across multiple locations

· Experience designing DOEs and performing process capability studies

· Experience optimizing process windows or developing new process capabilities

· Familiarity with quality systems, documentation practices, and deviation handling

· Fluent in English; Swedish is an advantage

Questions You are welcome to reach out to: Vladimir Topic, AR Mastering, Team Leader, vt@nilt.com

Interested?

Please forward your CV and application letter incl. answers to the 2 questions below, no later than

20 July 2026. We look forward to hearing from you.

1. Key experience #1

Describe a situation where you developed or optimized a cleanroom process. What was the challenge, what approach did you take, and what results did you achieve?

2. Key experience #2

Describe a time you handled a production deviation or root‑cause investigation. What methods did you apply, and what was the long‑term impact of your actions?

About NIL Technology

NIL Technology (NILT), founded in 2006, is an optical solutions company designing, developing, and manufacturing optical elements and components using high-precision nanoscale features. NILT creates competitive advantages with flat optics (meta-optics) in optical applications for 3D sensing, consumer electronics, machine vision, autonomous vehicles, telecommunication, and AR. With its background in mastering for nanoimprint, the company produces masters and offers nano-foundry services. NILT is based in Denmark and has offices in Switzerland, Sweden, US, and a manufacturing in Malaysia. Visit us at www.nilt.com. NILT is owned by Radiant Opto-Electronics Corporation (www.radiant.com.tw).

Be part of shaping next-generation optical technologies

Join NILT as a Production and Development Engineer, where you will work hands‑on in a world‑class cleanroom environment and play a central role in developing and fabricating high‑precision AR masters for customers around the globe.

In this position, you will have excellent opportunities to grow your technical capabilities within nanofabrication, process optimization, and advanced metrology—while contributing to a rapidly expanding, international high‑tech company.

You will be based at NILT Sweden Filial, in Gothenburg. As part of the Mastering team, you will collaborate closely with colleagues across Denmark, Sweden, and Switzerland. Our culture is collaborative, innovative, and quality‑driven, with a strong focus on precision, knowledge sharing, and continuous learning. You will join an ambitious organization where we win and lose together - team spirit and mutual achievement are at the heart of how we work.

Tasks and responsibilities

· Manage end‑to‑end fabrication workflows for AR masters

You will run and coordinate the complete process flow for AR master fabrication, ensuring alignment with production plans, yield targets, and quality requirements.

· Develop and optimize nanofabrication processes

You refine and innovate lithography (EBL, maskless UV), dry etch (RIE, ICP, IBE), and thin‑film deposition (E‑beam, sputtering, PECVD, ALD) processes to enhance performance, stability, and throughput.

· Execute and document metrology for process verification

You perform SEM, AFM, ellipsometry, and optical inspections, generating complete and traceable documentation for internal use and for customer projects.

· Define process windows and product specifications

You translate experimental data and capability studies into clear process capabilities and product specifications.

· Coordinate cleanroom activities across tool groups

You collaborate across lithography, etch, and deposition areas to maintain efficient flow and minimize bottlenecks.

· Drive corrective and preventive actions

You investigate deviations, identify root causes, and implement improvements to strengthen process robustness.

Skills, experiences and qualifications we are looking for

· MSc in nanotechnology, physics, materials science, electrical engineering, or similar

· Several years of hands‑on cleanroom experience with lithography, dry etch, and thin‑film deposition tools

· Strong understanding of nanofabrication principles and their impact on process outcomes

· Experience with SEM, AFM, ellipsometry, and optical inspection

· Ability to document processes clearly and maintain complete, compliant records

· Proficiency in Python for analysis, data processing, and automation

· Ability to navigate complex multistep process flows under time‑sensitive cleanroom schedules

· Strong communication and collaboration skills across multiple locations

· Experience designing DOEs and performing process capability studies

· Experience optimizing process windows or developing new process capabilities

· Familiarity with quality systems, documentation practices, and deviation handling

· Fluent in English; Swedish is an advantage

Questions You are welcome to reach out to: Vladimir Topic, AR Mastering, Team Leader, vt@nilt.com

Interested?

Please forward your CV and application letter incl. answers to the 2 questions below, no later than

20 July 2026. We look forward to hearing from you.

1. Key experience #1

Describe a situation where you developed or optimized a cleanroom process. What was the challenge, what approach did you take, and what results did you achieve?

2. Key experience #2

Describe a time you handled a production deviation or root‑cause investigation. What methods did you apply, and what was the long‑term impact of your actions?

About NIL Technology

NIL Technology (NILT), founded in 2006, is an optical solutions company designing, developing, and manufacturing optical elements and components using high-precision nanoscale features. NILT creates competitive advantages with flat optics (meta-optics) in optical applications for 3D sensing, consumer electronics, machine vision, autonomous vehicles, telecommunication, and AR. With its background in mastering for nanoimprint, the company produces masters and offers nano-foundry services. NILT is based in Denmark and has offices in Switzerland, Sweden, US, and a manufacturing in Malaysia. Visit us at www.nilt.com. NILT is owned by Radiant Opto-Electronics Corporation (www.radiant.com.tw).

Please note: Due to the summer holiday period, we will begin reviewing applications in early September. We look forward to receiving your application!

As an Mechanical, Thermal & Propulsion (MTP) Systems Engineer, you will play a key role in shaping the next generation of spacecraft propulsion systems at OHB Sweden. Our customers include major space companies, agencies, and commercial operators across Europe and worldwide.

OHB Sweden develops propulsion systems for a wide range of scientific, commercial, and Earth-observation missions. Our propulsion solutions enable orbit raising, station keeping, attitude control, collision avoidance, and end-of-life disposal for spacecraft operating in increasingly demanding mission environments.

The Propulsion Department is responsible for the complete lifecycle of OHB Sweden's propulsion products, including system design, analysis, testing, qualification, production support, and future technology development. The department plays a central role in enabling mission success and is a key contributor to OHB Sweden's long-term competitiveness in the rapidly evolving space industry.

As our propulsion business continues to grow, we are strengthening our engineering organization with a new multidisciplinary technical leadership role.

As an MTP Systems Engineer, you will be the technical owner of complete propulsion subsystems from concept through qualification and production.

The role combines systems engineering with deep technical understanding of spacecraft propulsion, thermal control, and mechanical engineering. You will coordinate multidisciplinary development activities and ensure that all engineering disciplines work together to deliver an optimized subsystem.

You will lead the technical development of propulsion subsystems while coordinating a team of specialists within propulsion, thermal engineering, mechanical design, and structural analysis. Although these specialists provide the detailed engineering within their respective disciplines, you will be responsible for the overall technical solution and ensuring that all subsystem requirements are met.

You will work closely with customers, suppliers, project managers, and internal engineering teams throughout the complete product lifecycle.

• Technical ownership of spacecraft propulsion subsystems throughout the full development lifecycle.

• Defining technical solutions together with multidisciplinary engineering teams.

• Coordinating activities across propulsion, mechanical, thermal, and structural engineering disciplines.

• Leading technical trade studies and engineering decisions.

• Ensuring subsystem performance, interfaces, requirements compliance, and technical consistency.

• Driving system budgets including mass, pressure, thermal, structural, and performance.

• Coordinating subsystem verification, qualification, and acceptance activities.

• Supporting customer meetings, technical reviews, and proposal activities.

• Working closely with project managers to balance technical performance, schedule, cost, and risk.

• Mentoring engineers and providing technical guidance within the multidisciplinary team.

• Master's degree in Aerospace Engineering, Mechanical Engineering, Physics, or a related engineering discipline.

• At least 7 years of experience developing spacecraft or in-orbit propulsion systems.

• Solid understanding of spacecraft mechanical design principles.

• Strong understanding of spacecraft thermal control systems and thermal engineering.

• Good understanding of spacecraft propulsion systems, including monopropellant hydrazine and bipropellant propulsion.

• Experience working in multidisciplinary engineering teams.

• Experience coordinating complex technical developments across several engineering disciplines.

• Strong systems thinking and excellent problem-solving skills.

• Excellent communication and stakeholder management skills.

• Fluency in English.

• Experience with electric propulsion systems.

• Experience with propulsion system integration and verification.

• Experience working with ESA or other institutional space programs.

• Experience with spacecraft system engineering.

• Experience supporting customer technical reviews and proposal work.

• A unique opportunity to shape the future of OHB Sweden's propulsion systems.

• A technically challenging role with significant influence on subsystem architecture and engineering decisions.

• Involvement across the complete lifecycle of spacecraft propulsion systems.

• Collaboration with highly skilled specialists across multiple engineering disciplines.

• A supportive and innovative engineering environment with excellent opportunities for professional development.

The MTP Engineer reports to the Head of Propulsion and will work as the technical lead for multidisciplinary propulsion subsystem development.

Some travel may be required (typically 2–4 trips annually, primarily within Europe).

Join us and help develop the next generation of spacecraft propulsion systems.

Please note: Due to the summer holiday period, we will begin reviewing applications in early September. We look forward to receiving your application!

As an Mechanical, Thermal & Propulsion (MTP) Systems Engineer, you will play a key role in shaping the next generation of spacecraft propulsion systems at OHB Sweden. Our customers include major space companies, agencies, and commercial operators across Europe and worldwide.

OHB Sweden develops propulsion systems for a wide range of scientific, commercial, and Earth-observation missions. Our propulsion solutions enable orbit raising, station keeping, attitude control, collision avoidance, and end-of-life disposal for spacecraft operating in increasingly demanding mission environments.

The Propulsion Department is responsible for the complete lifecycle of OHB Sweden's propulsion products, including system design, analysis, testing, qualification, production support, and future technology development. The department plays a central role in enabling mission success and is a key contributor to OHB Sweden's long-term competitiveness in the rapidly evolving space industry.

As our propulsion business continues to grow, we are strengthening our engineering organization with a new multidisciplinary technical leadership role.

As an MTP Systems Engineer, you will be the technical owner of complete propulsion subsystems from concept through qualification and production.

The role combines systems engineering with deep technical understanding of spacecraft propulsion, thermal control, and mechanical engineering. You will coordinate multidisciplinary development activities and ensure that all engineering disciplines work together to deliver an optimized subsystem.

You will lead the technical development of propulsion subsystems while coordinating a team of specialists within propulsion, thermal engineering, mechanical design, and structural analysis. Although these specialists provide the detailed engineering within their respective disciplines, you will be responsible for the overall technical solution and ensuring that all subsystem requirements are met.

You will work closely with customers, suppliers, project managers, and internal engineering teams throughout the complete product lifecycle.

• Technical ownership of spacecraft propulsion subsystems throughout the full development lifecycle.

• Defining technical solutions together with multidisciplinary engineering teams.

• Coordinating activities across propulsion, mechanical, thermal, and structural engineering disciplines.

• Leading technical trade studies and engineering decisions.

• Ensuring subsystem performance, interfaces, requirements compliance, and technical consistency.

• Driving system budgets including mass, pressure, thermal, structural, and performance.

• Coordinating subsystem verification, qualification, and acceptance activities.

• Supporting customer meetings, technical reviews, and proposal activities.

• Working closely with project managers to balance technical performance, schedule, cost, and risk.

• Mentoring engineers and providing technical guidance within the multidisciplinary team.

• Master's degree in Aerospace Engineering, Mechanical Engineering, Physics, or a related engineering discipline.

• At least 7 years of experience developing spacecraft or in-orbit propulsion systems.

• Solid understanding of spacecraft mechanical design principles.

• Strong understanding of spacecraft thermal control systems and thermal engineering.

• Good understanding of spacecraft propulsion systems, including monopropellant hydrazine and bipropellant propulsion.

• Experience working in multidisciplinary engineering teams.

• Experience coordinating complex technical developments across several engineering disciplines.

• Strong systems thinking and excellent problem-solving skills.

• Excellent communication and stakeholder management skills.

• Fluency in English.

• Experience with electric propulsion systems.

• Experience with propulsion system integration and verification.

• Experience working with ESA or other institutional space programs.

• Experience with spacecraft system engineering.

• Experience supporting customer technical reviews and proposal work.

• A unique opportunity to shape the future of OHB Sweden's propulsion systems.

• A technically challenging role with significant influence on subsystem architecture and engineering decisions.

• Involvement across the complete lifecycle of spacecraft propulsion systems.

• Collaboration with highly skilled specialists across multiple engineering disciplines.

• A supportive and innovative engineering environment with excellent opportunities for professional development.

The MTP Engineer reports to the Head of Propulsion and will work as the technical lead for multidisciplinary propulsion subsystem development.

Some travel may be required (typically 2–4 trips annually, primarily within Europe).

Join us and help develop the next generation of spacecraft propulsion systems.

Please note: Due to the summer holiday period, we will begin reviewing applications in early September. We look forward to receiving your application!

As an Mechanical, Thermal & Propulsion (MTP) Systems Engineer, you will play a key role in shaping the next generation of spacecraft propulsion systems at OHB Sweden. Our customers include major space companies, agencies, and commercial operators across Europe and worldwide.

OHB Sweden develops propulsion systems for a wide range of scientific, commercial, and Earth-observation missions. Our propulsion solutions enable orbit raising, station keeping, attitude control, collision avoidance, and end-of-life disposal for spacecraft operating in increasingly demanding mission environments.

The Propulsion Department is responsible for the complete lifecycle of OHB Sweden's propulsion products, including system design, analysis, testing, qualification, production support, and future technology development. The department plays a central role in enabling mission success and is a key contributor to OHB Sweden's long-term competitiveness in the rapidly evolving space industry.

As our propulsion business continues to grow, we are strengthening our engineering organization with a new multidisciplinary technical leadership role.

As an MTP Systems Engineer, you will be the technical owner of complete propulsion subsystems from concept through qualification and production.

The role combines systems engineering with deep technical understanding of spacecraft propulsion, thermal control, and mechanical engineering. You will coordinate multidisciplinary development activities and ensure that all engineering disciplines work together to deliver an optimized subsystem.

You will lead the technical development of propulsion subsystems while coordinating a team of specialists within propulsion, thermal engineering, mechanical design, and structural analysis. Although these specialists provide the detailed engineering within their respective disciplines, you will be responsible for the overall technical solution and ensuring that all subsystem requirements are met.

You will work closely with customers, suppliers, project managers, and internal engineering teams throughout the complete product lifecycle.

• Technical ownership of spacecraft propulsion subsystems throughout the full development lifecycle.

• Defining technical solutions together with multidisciplinary engineering teams.

• Coordinating activities across propulsion, mechanical, thermal, and structural engineering disciplines.

• Leading technical trade studies and engineering decisions.

• Ensuring subsystem performance, interfaces, requirements compliance, and technical consistency.

• Driving system budgets including mass, pressure, thermal, structural, and performance.

• Coordinating subsystem verification, qualification, and acceptance activities.

• Supporting customer meetings, technical reviews, and proposal activities.

• Working closely with project managers to balance technical performance, schedule, cost, and risk.

• Mentoring engineers and providing technical guidance within the multidisciplinary team.

• Master's degree in Aerospace Engineering, Mechanical Engineering, Physics, or a related engineering discipline.

• At least 7 years of experience developing spacecraft or in-orbit propulsion systems.

• Solid understanding of spacecraft mechanical design principles.

• Strong understanding of spacecraft thermal control systems and thermal engineering.

• Good understanding of spacecraft propulsion systems, including monopropellant hydrazine and bipropellant propulsion.

• Experience working in multidisciplinary engineering teams.

• Experience coordinating complex technical developments across several engineering disciplines.

• Strong systems thinking and excellent problem-solving skills.

• Excellent communication and stakeholder management skills.

• Fluency in English.

• Experience with electric propulsion systems.

• Experience with propulsion system integration and verification.

• Experience working with ESA or other institutional space programs.

• Experience with spacecraft system engineering.

• Experience supporting customer technical reviews and proposal work.

• A unique opportunity to shape the future of OHB Sweden's propulsion systems.

• A technically challenging role with significant influence on subsystem architecture and engineering decisions.

• Involvement across the complete lifecycle of spacecraft propulsion systems.

• Collaboration with highly skilled specialists across multiple engineering disciplines.

• A supportive and innovative engineering environment with excellent opportunities for professional development.

The MTP Engineer reports to the Head of Propulsion and will work as the technical lead for multidisciplinary propulsion subsystem development.

Some travel may be required (typically 2–4 trips annually, primarily within Europe).

Join us and help develop the next generation of spacecraft propulsion systems.