Master Thesis: Hydrogen Embrittlement in Engine Steels

Swerim AB; Stockholms kommun; On-site; SEK 45,000 - 55,000; Full time

Benefits offered by this job

Stipend of 50,000 SEK

Job summary

Swerim AB in Stockholm invites a curious MSc student to investigate hydrogen uptake and embrittlement in high-strength steels used in critical engine components. You will engage in materials characterization, laboratory work, and hydrogen analysis within the H2MATICE project alongside Volvo and other partners.

The project is a master thesis (30hp) starting Q1 2027 or negotiable, with a 50,000 SEK stipend upon approval.

Qualifications

• Curious and collaborative MSc student with a passion for materials science and sustainable energy technologies.
• Prefers background in Materials Engineering and strong English communication.
• Experience with materials characterization or lab work is a merit.

Responsibilities

• Conduct literature review and experimental work on hydrogen effects in high-strength steels.
• Characterize materials and perform laboratory testing relevant to hydrogen embrittlement.
• Evaluate material performance in hydrogen environments within the H2MATICE project.
• Collaborate with industrial partners and senior researchers at Swerim Stockholm.

Skills

Materials characterization

Laboratory work

English communication

Education

Master's degree in Materials Engineering or related field

Job description

Swerim AB in Stockholm invites a curious MSc student to investigate hydrogen uptake and embrittlement in high-strength steels used in critical engine components. You will engage in materials characterization, laboratory work, and hydrogen analysis within the H2MATICE project alongside Volvo and other partners.

The project is a master thesis (30hp) starting Q1 2027 or negotiable, with a 50,000 SEK stipend upon approval.