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Europe, Finland, Espoo

•

Posted 16 days ago

Quantum Engineer Intern, QPU Simulations

🏢 IQM Quantum Computers

•

EUR 2K - 2K per month

AI Summarised

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Role Type

🛠️ Engineer / Developer

Role Focus

🏗️ Build Systems

Seniority

🌱 Internship / Entry-Level

Employer Type

🏢 Industry

Visa / Relocation Details

Must have the right to work in Finland.
No visas or permits will be provided for intern roles.
Relocation assistance will not be provided for intern roles.

This internship role focuses on developing numerical simulations and software tools to support the design and optimization of superconducting Quantum Processing Units (QPUs). The intern will join the Numerics team to work on finite element and electromagnetic field simulations relevant to quantum hardware. They will contribute directly to IQM’s QPU simulation software stack by writing and maintaining software, primarily using Python, under the guidance of experienced engineers.

Key Responsibilities

Develop and explore simulation models and numerical methods specifically for Quantum Processing Unit simulations.

Execute finite element and electromagnetic field simulations relevant to superconducting qubits.

Contribute to the development of IQM’s QPU design and simulation software tools.

Write and maintain simulation software, primarily utilizing Python programming.

Follow a collaborative development workflow using Git and participate in peer code reviews.

Required Skills

Basic understanding of quantum physics, electromagnetics, or microwave engineering.

Strong Python programming skills.

Ability to work independently on assigned tasks.

Attention to detail focused on delivering high-quality simulation tools.

BSc degree in a relevant field or currently preparing for an MSc degree.

Nice-to-have Skills

Knowledge of numerical methods or optimization techniques.

Experience with finite element methods or electromagnetic simulations.

Exposure to high-performance computing languages (e.g., Fortran, C/C++).

Interest or experience in applying artificial intelligence to scientific or engineering problems.

Technology Tags

Superconducting Circuits

The role focuses on simulations relevant to the design and performance optimization of superconducting quantum processing units (QPUs).

Device modelling

The intern will develop simulation models and software tools to support the design and optimization of quantum processing units.

Numerical methods

The job explicitly involves developing and exploring finite element and other numerical simulations relevant to superconducting hardware.

Microwave & RF

Basic understanding of Microwave engineering is listed as a relevant field for this simulation role.

Quantum physics

A basic understanding of quantum physics is required for modeling and optimizing quantum processing units.

Python

Strong Python programming skills are required for writing and maintaining the simulation software stack.

High-Performance Computing

Exposure to HPC languages like Fortran or C/C++ is listed as a nice-to-have experience, suggesting the scale of the simulations.

Source Job Description

IQM is a global leader in designing, building, and selling superconducting quantum computers. IQM provides both on-premises full-stack quantum computers and a cloud platform to access its computers anywhere in the world. IQM customers include the leading high-performance computing centres, research labs, universities and enterprises which have full access to IQM's software and hardware.  IQM has over 300 employees with offices in Finland, Germany, France, Spain, Poland, Singapore and the US.

(www.meetiqm.com)

We are looking for a Quantum Engineer Intern – QPU Simulations to join our Numerics team, where simulation and software tools are developed to support the design and performance optimization of quantum processing units (QPUs).

In this role, you will work under the guidance of experienced engineers and scientists to develop finite element, electromagnetic field, and other numerical simulations relevant to superconducting quantum hardware. You will contribute directly to IQM’s QPU simulation software stack, gaining hands-on experience in applying physics-based modeling and numerical methods to real-world quantum technology challenges.

This position is well suited for students or early-career engineers interested in the intersection of quantum physics, electromagnetics, and scientific software development.

What will I be doing?

Developing and exploring simulation models and numerical methods for QPU simulations
Working on finite element and electromagnetic field simulations relevant to superconducting qubits
Contributing to the development of IQM’s QPU design and simulation software tools
Writing and maintaining simulation software, primarily in Python
Following an issue-based, collaborative development workflow using git and peer code reviews
Participating in daily and weekly technical meetings within the Numerics team
Collaborating with related teams such as Design & Simulations (DaS), Coherence, and Modeling & Dynamics

What skills do I need?

Basic understanding of one or more relevant fields, such as:
Quantum physics
Electromagnetics
Microwave engineering
Strong Python programming skills and interest in improving software development practices
Ability to work independently on assigned tasks with support from the team
Attention to detail and motivation to deliver high-quality simulation tools
BSc degree in a relevant field, or currently preparing for an MSc

No Prior Industry Experience In Quantum Technology Is Required.

Nice-to-have experience

Knowledge of numerical methods or optimization techniques
Experience with finite element methods or electromagnetic simulations
Exposure to high-performance computing languages (e.g. Fortran, C/C++)
Interest or experience in applying artificial intelligence to scientific or engineering problems

Requirements For R&D Intern Applicants

Internships must be full-time, 7.5 hours a day
Base salary: MSc level 2500€/month
Has the right to work in Finland. No visas/permits or relocation assistance will be provided for intern roles

What can I expect from IQM?

You’ll work on real quantum computing projects that help shape the future of the field. Your simulations and software contributions directly support the design and performance of next-generation quantum processors.
You’ll join a creative and open start-up environment where learning and experimentation are encouraged. You’ll be supported by experienced teammates while being trusted with meaningful, hands-on work that helps you grow both technically and professionally.
IQM is a highly international and collaborative workplace, bringing together people from diverse backgrounds in a fast-paced R&D setting. You’ll work closely with multiple teams and see how physics, software, and engineering come together in practice.
As a fast-growing company, we give you the opportunity to be part of an exciting success story, gaining valuable industry experience while contributing to technology that truly matters.

Meet our people and hear more about IQM by visiting our Youtube channel here

Please note that only applications submitted through the website will be processed.

At our company, we're on a mission to change the world through quantum computing. With over 300 colleagues across 5 locations in 5 different countries, we're collaborating across disciplines and borders to make it happen. Our team includes scientists, quantum engineers, software developers, business professionals, and more, all working together to make a difference.