Master’s Thesis: Innovative Materials for Future Truck Components

Scania; Stjärna; Vor Ort; SEK 167.000 - 234.000; Vollzeit

Zusammenfassung

TRATON invites applications for a thesis worker position focusing on innovative material systems for future truck components. You will work with supervisors to define a focused research question and scope, contributing to concept development, testing, and evaluating manufacturing feasibility.

Master’s students from relevant fields will collaborate, with scope shaped around education, interests and skills. Start date is to be agreed, with a 30 hp master’s thesis target.

Qualifikationen

• Master’s student in product development, industrial design, mechanical engineering, materials engineering, manufacturing engineering, industrial engineering and management, or a related field.
• Strong interest in product development, materials, coatings, manufacturing, testing, business or customer value.
• Good collaboration skills are required; thesis projects involve teamwork.

Aufgaben

• Review relevant research, technologies and product requirements.
• Develop and assess product concepts for truck components.
• Compare material properties, sustainability and technical maturity.
• Evaluate manufacturing processes and production feasibility.
• Test and evaluate surface treatments for selected material systems.
• Plan or carry out material, component or manufacturing tests and evaluating performance.
• Assess customer value, product benefits, business potential and implementation opportunities.
• Collaborate with students on related thesis topics.
• Present results and recommendations for further development.

Kenntnisse

Collaboration skills

Interest in product development

Teamwork

Ausbildung

Master’s student in product development or related field

Jobbeschreibung

TRATON invites applications for a thesis worker position focusing on innovative material systems for future truck components. You will work with supervisors to define a focused research question and scope, contributing to concept development, testing, and evaluating manufacturing feasibility.

Master’s students from relevant fields will collaborate, with scope shaped around education, interests and skills. Start date is to be agreed, with a 30 hp master’s thesis target.