STUDENT INTERNSHIP: MODELING CONDENSATE FORMATION ON ANTI-FOG COATED SURFACES WITH CAE
STUDENT INTERNSHIP: MODELING CONDENSATE FORMATION ON ANTI-FOG COATED SURFACES WITH CAE
HELLA GmbH & Co. KGaA
Automobile und Zweiräder
- Lippstadt
- Studierende
STUDENT INTERNSHIP: MODELING CONDENSATE FORMATION ON ANTI-FOG COATED SURFACES WITH CAE
Über diesen Job
FORVIA HELLA is a listed international automotive supplier. As a company of the FORVIA Group, FORVIA HELLA stands for high-performance lighting technology and vehicle electronics and, with the Lifecycle Solutions Business Group, also covers a broad service and product portfolio for the spare parts and workshop business as well as for manufacturers of special vehicles. With currently around 36,500 employees at over 125 locations, the Company is active worldwide and generated adjusted sales of €8.1 billion in fiscal year 2024.
YOUR TASKS
Are you passionate about automotive innovation and simulation technologies? Join our R&D team to explore the physics and behavior of fogging and defogging in vehicle headlamps. This thesis will involve advanced modeling, simulation techniques, and validation strategies to improve visibility and safety in real-world conditions. Your tasks include:
- Method Development: You will develop and validate methodologies for condensation, evaporation, and droplet formation
- Simulation & Analysis: You will simulate and analyze water vapor condensation on anti-fog surfaces.
- Cross-functional Collaboration: You will work closely with experts from the thermal management and coating departments.
- Thesis Opportunity: Ideally, you will combine this internship with a subsequent Master's thesis to explore the topic in greater depth.
Bewertung von Mitarbeitenden
Gesamtbewertung
Basierend auf 867 BewertungenVorteile für Mitarbeitende
Unternehmenskultur
Unternehmenskultur
867 Mitarbeitende haben abgestimmt: Sie bewerten die Unternehmenskultur bei HELLA GmbH & Co. KGaA als traditionell.Der Branchen-Durchschnitt liegt recht ausgeglichen zwischen traditionell und modern.