Master thesis - Assess the feasibility of an alternative cooling system for a traction motor

Technology, Data & Digital · Software & Web Development · Embedded Systems · Software Engineering

In short

Alstom is seeking a Master thesis student for a 20-week on-site project in Västerås, Sweden. The thesis will focus on designing and analyzing a traction motor that utilizes passive cooling solutions to improve energy efficiency and minimize operational losses, involving electromagnetic and thermal analyses. Applicants should have a background in electrical engineering with strong analytical and simulation skills.

Responsibilities

Design and analyze a traction motor with passive cooling solutions.
Perform electromagnetic calculations to meet torque requirements and minimize energy losses.
Conduct thermal analyses using analytical methods and finite element analysis tools.
Review current literature on passive cooling techniques for electric motors.
Summarize and analyze results to determine the viability of passive cooling solutions.
Compile a detailed report on methodologies, findings, and recommendations.

Requirements

Background in electrical engineering.
Coursework in electrotechnics and electromagnetic analysis.
Strong analytical skills.
Familiarity with simulation tools.

Desired Qualifications

Possibility of using finite element analysis tools for thermal simulation.

Benefits

Opportunity to join a lifelong transformative journey in the rail industry.
Grow and develop new skills and experiences.
Collaborate with transverse teams and helpful colleagues.
Contribute to innovative projects.
Benefit from investment in your development.

Skills

ElectrotechnicsElectromagnetic AnalysisFinite Element Analysis

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About Alstom

Rail has the power to shape how societies grow, connect, and decarbonise. At Alstom, we turn this potential into reality, moving over 100 million people daily with safe, smart, and sustainable mobility solutions.

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