Hungry for challenges? Join a group with innovation at its heart and contribute to the automotive revolution!
OPmobility is a world-leading provider of innovative solutions for a unique, safer and more sustainable mobility experience. Innovation-driven since its creation, the Group develops and produces intelligent exterior systems, customized complex modules, lighting systems, clean energy systems and electrification solutions for all mobility companies. With a €11.6 billion economic revenue in 2024, a global network of 150 plants and 40 R&D centers, OPmobility relies on its 38,900 employees to meet the challenges of transforming mobility.
OPmobility Modules develops, assembles and delivers complex, just-in-sequence modules for mass production. World leader, HBPO, now 100% OPmobility, specializes in highly integrated modules, including front-end & cockpit modules, center consoles and charge lid modules. Through new BEVs architectures, it constantly develops new modules with customized solutions.
Our ambition? Provide automakers with cutting-edge equipment and solutions to develop tomorrow’s clean and connected car.
Call for Bachelor's/Master's Thesis Projects
Topic: Sustainable Automotive Front Lighting Design – Development of a Technical Mechanical Concept Based on Future Requirements
Description:
The automotive industry faces the challenge of developing innovative and sustainable solutions for vehicle components. A key element is front lighting, which is not only safety-relevant but also a defining design feature. The aim of this thesis is to develop a sustainable front lighting concept, taking into account ecological, technological, and market-relevant aspects.
Focus Areas of the Thesis:
1. Market Trends
Analysis of current design trends and customer requirements in the premium and volume segments. Additional analysis of supplier technology trends and their impact.
Evaluation of regulatory requirements (e.g., EU Vehicle End-of-Life Regulation).
2. Technology Considerations:
Analysis of current and future lighting, material, and production technologies (including recycled materials, MUCELL).
Evaluation of energy efficiency and material usage.
3. CO₂ Calculations:
Determination of the CO₂ footprint for various materials and manufacturing processes (in collaboration with experts).
Comparison of recycling and circular economy approaches.
4. Mechanical Design:
Development of a concept design for a sustainable front lamp.
Consideration of lightweight construction, modularity, and repairability.
Objective:
Creation of an innovative, sustainable front lamp concept that combines technological feasibility, CO₂ optimization, and market-oriented design.
Student Requirements:
Studies in mechanical engineering, automotive engineering, industrial design, sustainability management, or a related field.
Technical Skills:
Basic knowledge of lighting technology, materials, and/or electrical systems.
Experience with CAD software (e.g., CATIA, SolidWorks).
Basic knowledge of materials science and manufacturing technologies.
Analytical skills (desirable):
Understanding of life cycle assessment and CO₂ calculations.
Ability to analyze markets and interpret trends.
Soft skills:
Creativity and innovative thinking for concept development.
Independent work style and project management skills.
Good communication skills for presentations and documentation.
Language skills:
Fluent in German and English, both written and spoken.
As a responsible company, OPmobility pays particular attention to diversity and equality within its teams and the Group commits to treat all job applications equally.
