eleQtron GmbH
eleQtron GmbH

Compiler Engineer (f/m/d)

TLDR

Build technologies for efficient quantum program execution across compiler infrastructure, optimization, code generation, and developer tooling.

eleQtron develops and operates full-stack quantum computers based on trapped-ion technology. Quantum computing is a new computing paradigm rapidly approaching commercial viability. Our unique approach combines laser-cooled trapped ions with microwave control and tailored magnetic fields. Our next-generation computing machines under development will be able to find solutions to problems that are out of reach today, thus enabling new innovative products and services for a brighter future.

About the Role:

As a Compiler Engineer (f/m/d), you will contribute to the advancement of our quantum compiler ecosystem, building technologies that enable efficient quantum program execution. You will work across compiler infrastructure, optimization, code generation, and developer tooling.

Responsibilities:

  • Design, develop and maintain compiler infrastructure and software systems

  • Build and optimize compiler and code generation

  • Write, test, debug, and optimize production-quality code

  • Implement optimization techniques and intermediate representations

  • Contribute to the maintenance and evolution of the compiler software stack

  • Collaborate with researchers, engineers, and product teams to deliver scalable compiler solutions.

  • Participate in architecture discussions and technical decision-making

Requirements

Required skills:

  • Degree in Computer Science, Software Engineering, Physics, Quantum Information Processing, or a related technical field

  • Experience in compiler engineering, systems programming, or infrastructure software development

  • Hands-on experience developing compilers or developer tools

  • Strong programming skills in C++, Python, and Rust

  • Understanding of compiler design, optimization, and intermediate representations

  • Familiarity with LLVM, MLIR, QIR, or related compiler frameworks

What you can expect from eleQtron:

  • Competitive salary: We value our team members and therefore provide remunerations that reflect this, additionally rewarding achievements.

  • Flexible working hours: We offer personal freedom through a variety of flexible work schedules.

  • Team spirit: In our international and diverse team, and with our regular team events, having fun at work is simply part of the game.

  • Further development: We want to grow together and so we offer our team members’ needs-based, individualized further training as well as plenty of room for personal development.

  • Wellness Package: We offer health-promoting benefits such as fitness programs like UrbanSportsClub to support your well-being.

  • Moving Benefits: A warm welcome! We are happy to support employees who move for us with a bonus.

  • At the forefront: Work at the forefront of technology, where academic research meets commercial applications.

  • Modern workplace: We have a high-quality infrastructure with laboratory space, offices, and meeting rooms.

Benefits

Education Stipend

Work at the forefront of technology, where academic research meets commercial applications.

Flexible Work Hours

Flexible working hours: We offer personal freedom through a variety of flexible work schedules.

Free Meals & Snacks

In our international and diverse team, and with our regular team events, having fun at work is simply part of the game.

Learning Budget

We offer our team members’ needs-based, individualized further training as well as plenty of room for personal development.

High-quality infrastructure

We have a high-quality infrastructure with laboratory space, offices, and meeting rooms.

Paid Time Off

We are happy to support employees who move for us with a bonus.

Wellness Stipend

We offer health-promoting benefits such as fitness programs like UrbanSportsClub to support your well-being.

eleQtron builds full-stack quantum computers utilizing trapped-ion technology, integrating laser-cooled ions with precise microwave control and engineered magnetic fields. Our technology aims to tackle complex problems that traditional computing can't, paving the way for groundbreaking innovations across industries.

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