Thesis Project Student (m / f / d) : Bachelor / Master

Gamma Technologies LLC; Stuttgart; Vor Ort; EUR 60.000 - 80.000; Vollzeit

Zusammenfassung

Gamma Technologies LLC offers an exciting opportunity for students to engage in a thesis project focused on engineering methods and software development. Candidates will work closely with a supportive team to develop innovative solutions, enhancing their skills in a collaborative environment while contributing to impactful projects in multi-physics CAE simulation.

Leistungen

An environment that fosters learning and growth

Opportunities to build a professional network

Dynamic, talented team support

Qualifikationen

• Proficient in spoken and written English.
• Willingness to think innovatively with a self-sufficient working style.
• Previous knowledge in fluid dynamics, machine learning, and simulation tools.

Aufgaben

• Work on a thesis project in engineering methods or software development.
• Select specific thesis project based on interests and educational background.
• Supervised by an experienced team member.

Kenntnisse

Fluid dynamics

Machine learning

Multibody dynamics

User interface design

Heat transfer

Reacting flows

Simulation

Microcontrollers

Electronics

Batteries

Programming languages (Python, C, MATLAB)

Ausbildung

Currently enrolled at a university in engineering, natural sciences, or computer science

Tools

GT-SUITE

Simulink

Dymola

AMESim

Adams

StarCCM+

Fluent

Abaqus

COMSOL

Jobbeschreibung

In this position, you will work on a thesis project in the areas of engineering methods, technical models, numerical models, or software development. The specific thesis project will be selected with you based on your interests, educational background, and priorities, and will be supervised by an experienced team member.

Education and Experience

• Currently enrolled at a university in engineering, natural sciences, or computer science
• Proficient in spoken and written English
• Willingness to think innovatively, with a broad field of interest and a self-sufficient, self-organizing working style
• Previous knowledge in fluid dynamics, machine learning, multibody dynamics, user interface design, heat transfer, reacting flows, simulation, microcontrollers, electronics, or batteries
• Knowledge of programming languages such as Python, C, MATLAB
• Experience with simulation tools like GT-SUITE, Simulink, Dymola, AMESim
• Experience with simulation tools like Adams, StarCCM+, Fluent, Abaqus, COMSOL

Our Offer

• An environment that fosters learning, growth, and success
• A dynamic, talented team to supervise and support you
• The opportunity to develop and pursue your own ideas and initiatives
• Opportunities to build a professional network across various industry sectors

GT, a leading provider of multi-physics CAE simulation software, develops a suite of integrated solutions that facilitate and accelerate the engineering transformation of products in transportation, power generation, and industrial equipment industries.

GT’s flagship product, GT-SUITE, is an engineering simulation software used by over 600 companies, including all major global automotive manufacturers. GT-SUITE features a comprehensive library of physics-based modeling templates covering fluid flow, thermal systems, mechanics, electrics, magnetics, chemistry, and controls. It supports the entire product development cycle from concept to validation, with applications in various engineering systems such as vehicles, powertrains, engines, batteries, motors, thermal management, hydraulics, and more.

The software offers intuitive user interfaces, from 3D pre-processing to real-time monitoring, built on state-of-the-art backend technologies leveraging high-performance computing and cloud capabilities.

At GT, we are dedicated to using technology to make a global impact by helping industries deliver environmentally sustainable products. We foster a collaborative company culture that encourages interaction across all levels, from entry-level to management, enhancing productivity and job satisfaction through daily interactions and social events.