Physicist, Electron Beam

Lace Lithography AS; Barcelona; In loco; EUR 70.000 - 110.000; Tempo pieno

Vantaggi offerti da questo lavoro

Equity incentive plan

€50 gym allowance

Weekly team lunches

Annual off-site with the whole team

Relocation assistance

Descrizione del lavoro

Lace Lithography is scaling up and seeking a talented engineer/physicist to advance chip lithography technologies. You will work on non-relativistic electromagnetism problems, modeling electron beams from theory to implementation, in a collaborative, fast-paced environment.

The role involves hands-on modeling, simulations, and experimental work, with emphasis on documentation, code quality, and mentorship of junior engineers.

Competenze

• PhD or equivalent level of experience.
• Experience modeling/designing electron beams OR similar systems.
• Programming in Python or Julia.

Mansioni

• Solve problems that stand in the way of producing intense low energy electron beams.
• Model and analyze electron beams to build next generation solutions.
• Collaborate across teams on theoretical, simulation, and experimental projects.
• Produce and maintain high quality documentation and code, as well as review documentation and code written by colleagues.
• Mentor junior members of the team.

Conoscenze

Electromagnetism modeling

Team mentorship

Documentation & communication

Formazione

PhD or equivalent

Strumenti

Python

Julia

Descrizione del lavoro

At Lace Lithography, we're scaling up our team and looking for a passionate and sharp talent to join us.

In our company we build chip lithography technology that will enable the next 100 years of chip manufacturing. Founded in 2023, we're based in Bergen (Norway) and Barcelona (Spain), and backed by some of the world's most ambitious investors.

What You'll Do

• Solve problems that stand in the way of producing intense low energy electron beams
• Model and analyze electro beams to build next generation solutions
• Collaborate across teams on theoretical, simulation, and experimental projects
• Produce and maintain high quality documentation and code, as well as review documentation and code written by colleagues
• Mentor junior members of the team

Who You Are

• An engineer or physicist that thrives in a collaborative fast paced environment working on complex, interconnected, and evolving problems. You have a strong understanding of the physics of non-relativistic electromagnetism as well as are skilled at modeling such systems. You are excited to own a challenging problem and guide it from theory to implementation.

Minimum Qualifications

• PhD or equivalent level of experience
• Experience modeling/designing electron beams OR similar systems
• Competency in programming, particularly Python or Julia

Desired Qualifications

• Experience with low energy electron beams
• Experience with Hall Effect thrusters
• Experience with thermionic emission
• Experience with low temperature low pressure plasmas
• Experience with plasma instabilities

Our Team Here At Lace

…consists of amazing people who've joined us from all over the world, driven by intense curiosity, the urge for exploration, and a desire to push the limits of physics. We promise to offer you a place among highly motivated Lacers, present you with extremely difficult problems—and have a lot of fun solving them.

Workplace & Culture

Lace operates out of two beautiful, vibrant, and strong-willed cities. Although we are cities apart, we strive to make the team feel as one.

We don't define values—but we have one universal expectation: Be the best team player you can be.

Part of the team, part of the company

Competitive salary + equity through our incentive plan.

€50 monthly gym allowance, weekly team lunches, monthly social events, and annual off-site with the whole team.

Personal Development

Quarterly development goals with your manager and your own budget to learn and grow.

No journey without traveling

We support relocation and immigration to make joining Lace as smooth as possible.

At Lace, we develop breakthrough chip patterning technology, which extends Moore's Law a decade beyond current tech.