Radiation analysis engineer thesis internship (Ref. CC-J-E-04)
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Capsule Corporation is developing WaterCube, a modular water-based propulsion system for CubeSats and SmallSats. Backed by ESA BIC, CDP Venture Capital, and Takeoff Accelerator, we are preparing our first in-orbit demonstration in 2026. We invite enthusiastic near‑graduate Master’s students to join our team for a Master’s Thesis focused on radiation analysis of space avionics for LEO missions. The project will analyse and simulate the effects of the Low Earth Orbit (LEO) space environment on a microprocessor‑based propulsion control and power board, assessing the reliability and expected lifetime of its components over the mission duration. This role does not necessarily require previous experience in the aerospace industry; if your background is in automotive, robotics, or medical, and you want to contribute to scalable, sustainable space transportation, we want to hear from you.
What you will do
Characterise the radiation environment in LEO (Total Ionizing Dose, Single Event Effects, displacement damage).
Model the environment using dedicated simulation software (e.g., SPENVIS, OMERE, CREME96, Geant4).
Analyse the radiation tolerance of microprocessor‑based avionics, including memory, power converters, and interface electronics.
Simulate component degradation and identify lifetime limits for the system.
Propose design and shielding optimisations to increase reliability.
Work with the internal avionics team to integrate findings into the PCB design process.
Document the analysis and present results internally and to institutional partners (ESA, ASI).
Mandatory Requirements
MSc near graduate in Aerospace, Electronics, Engineering Physics, Physics, Nuclear Engineering or similar.
Basic knowledge of space environment and radiation effects on electronics.
Proficiency in Matlab/Octave or Python for data processing.
Familiarity with microprocessor‑based PCB design or embedded systems.
Analytical mindset, problem‑solving attitude, and ability to work with technical standards.
Strong interest in combining simulation work with practical space system design.
Basic knowledge or willingness to learn LEO astrodynamics.
Ability to work independently while collaborating with multidisciplinary teams.
Proven oral and written communication skills (English).
Knowledge of MS Office tools (word, ppt, excel) or similar open‑source ones.
Additional Skills (Nice to have)
Experience with version management systems such as Git.
Knowledge of CubeSat standards and ECSS.
Experience with PCB design tools (Altium, KiCad).
Reliability analysis and FMEA.
Basic understanding of mechanical design fundamentals.
Knowledge of scientific document writing tools like LaTeX.
About you
You must have the ability and desire to work in a young company. If you want a smooth and routine role, this is not for you. We believe in giving you the tools you need, then getting out of your way.
We are looking for Master Thesis candidates who can take initiative, are willing to take risks and collaborate to solve complex and novel problems. This role requires full‑time commitment (40 hours/week). We can also evaluate part‑time needs on a case‑by‑case basis.
If you think you have what it takes but are unsure that you check every box, we still want to hear from you!
What we offer
Path to Permanent Employment: At the end of the 6‑month internship, pending a positive review and company resources availability, you could be offered a permanent staff contract.
Flexibility and Autonomy: Enjoy a flexible work structure that allows you to work remotely whenever possible (when you are not required to work hands‑on the hardware). Our core working hours where we require you to be available are 11:00 – 12:30 and 14:00 – 16:00. You can manage your weekly schedule as you wish outside those time slots. Take charge of your schedule and manage your time efficiently, ensuring a healthy work‑life balance.
Exciting Career Development: As an early joiner, you will have the opportunity to witness the development of our first product almost from scratch, as a protagonist. Gain invaluable experience in the burgeoning field of New Space projects and propel your career to new heights.
Dynamic Work Environment: Join a team of passionate individuals in a flat hierarchy and friendly work environment. Collaborate with like‑minded professionals who share your drive for innovation and excellence.
Vibrant Location: Our company HQ is located in Milan, a vibrant and cosmopolitan city known for its rich culture and international flair. Immerse yourself in the dynamic atmosphere of Italy's fashion and design capital.
Unique Company Culture: Capsule Corporation takes its name from a well‑known Japanese manga, embodying a spirit of adventure, innovation, and limitless possibilities. If you are fan of it, you already know what to expect.
The thesis internship is an unpaid position. However, pending successful final performance review, you will be entitled to a graduation scholarship.
How to apply
Please reach out to us on LinkedIn or at by sending us your CV, specify in the e‑mail subject "Radiation Analysis Engineer Master Thesis (Ref. CC-J-E-04)". Add a few lines describing why you would be suited for this position.
Hiring Process: We will screen your CV and if deemed suitable for the position, we will hold a preliminary call and send you a technical assessment. If successful, you will be invited to an interview with our engineering team to assess your soft skills, hard skills and culture fit. We will then proceed with a formal job offer. xlwpduy The entire process is expected to take approximately 3‑4 weeks from application review.
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