Overview of the Virtual Engineering Internship at Volkswagen
We present a comprehensive guide to the Intern Virtual Engineering Techniques (f/m/d) opportunity within Volkswagen’s advanced research ecosystem. This internship is positioned at the forefront of vehicle safety innovation, combining experimental data processing with high-fidelity finite element (FE) human body modeling.
Within the Virtual Engineering Solutions sub-department, we focus on transforming experimental insights into simulation-driven engineering outcomes. Our work directly supports the development of safer, more efficient, and future-ready vehicles through cutting-edge computational methods.
This internship offers a rare opportunity to contribute to the evolution of biofidelic human body models, enabling accurate simulation of real-world crash and safety scenarios.
Work Environment: Virtual Engineering Solutions Explained
We operate in a highly specialized environment where simulation technology meets biomechanics and data science. The Human Body Modeling Team focuses on enhancing biofidelity, ensuring that digital human models replicate real human responses under dynamic conditions.
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Core Focus Areas
- Development of finite element human body models
- Integration of experimental test data into simulations
- Improvement of vehicle safety systems through virtual validation
- Deployment of enhanced tools across Volkswagen’s engineering divisions
Our environment is collaborative, interdisciplinary, and driven by innovation. We combine:
- Mechanical engineering principles
- Biomechanical modeling
- Advanced simulation software
- Data-driven validation techniques
Key Responsibilities and Tasks
1. Experimental Data Processing for Model Validation
We process and refine experimental datasets to ensure accurate validation of human body models. This includes:
- Cleaning and structuring raw test data
- Extracting meaningful parameters from experimental results
- Aligning datasets with simulation requirements
2. Advanced Data Analysis from Physical Tests
We analyze multiple forms of experimental outputs, including:
- Kinematic data from high-speed video recordings
- Force-time histories from impact tests
- Acceleration profiles from sensors and instrumentation
This analysis forms the backbone of simulation accuracy.
3. Finite Element Simulation Using Pamcrash
We translate real-world conditions into virtual environments using explicit finite element analysis. Key tasks include:
- Defining boundary conditions from experimental setups
- Building simulation scenarios in Virtual Performance Solution (Pamcrash)
- Running and validating simulations against experimental benchmarks
Technical Workflow: From Experiment to Simulation
Required Qualifications and Skills
We seek candidates with strong analytical and technical capabilities in the following disciplines:
Academic Background
- Mechanical Engineering
- Physics
- Biomechanics
- Mechatronics or related fields
Technical Competencies
- Proficiency in MATLAB and Python
- Understanding of statistical data analysis
- Fundamental knowledge of the finite element method (FEM)
Additional Advantageous Skills
- Experience with simulation tools (especially crash simulation software)
- Familiarity with biomechanics or human body modeling
- Ability to interpret complex datasets and visualize results
Essential Application Documents
To ensure a successful application, we require a complete and structured submission:
- Professional Cover Letter
- Updated Curriculum Vitae (CV)
- Certificate of Enrolment
- Current Transcript of Records
- University confirmation (for compulsory internships)
- Valid Work Permit (for non-EU applicants)
Each document must clearly demonstrate technical competence, academic progress, and motivation.
Core Keywords and Technical Domains
We operate within a highly specialized set of domains critical to modern automotive R&D:
- Simulation Technology
- Finite Element Analysis (FEA)
- Human Body Modeling
- Material Models
- Data Preparation and Processing
- Biomechanics and Safety Engineering
Internship Benefits and Career Value
1. Real-World Engineering Impact
We contribute directly to vehicle safety advancements, influencing how future vehicles are designed and tested.
2. Exposure to Industry-Leading Tools
Interns gain hands-on experience with:
- Pamcrash (Virtual Performance Solution)
- Data analysis platforms
- Simulation frameworks used in global automotive engineering
3. Skill Development
We enhance expertise in:
- Computational modeling
- Data science for engineering
- Cross-disciplinary problem-solving
4. Career Advancement Opportunities
This internship serves as a gateway to roles in:
- Automotive R&D
- Simulation engineering
- Biomechanics research
- Data-driven engineering systems
Volkswagen’s Vision: Shaping the Future of Mobility
We are committed to redefining mobility through sustainable innovation. Our approach emphasizes:
- Breaking traditional engineering boundaries
- Encouraging experimentation and bold thinking
- Leveraging simulation to accelerate development cycles
We actively seek individuals who:
- Challenge conventional approaches
- Thrive in complex technical environments
- Aim to contribute to transformative engineering solutions
Location and Work Structure
- Location: Wolfsburg, Germany
- Department: Research and Development
- Working Model: Full-time internship
- Remote Work: Up to 40% flexibility
- Contract Type: Fixed-term
Application Strategy for Maximum Success
To stand out, we recommend:
Tailored Cover Letter
Focus on:
- Simulation experience
- Programming expertise
- Interest in biomechanics and safety
SUBMIT YOUR CV HERE
Data-Driven CV
Highlight:
- Projects involving FEM or simulations
- MATLAB/Python applications
- Research or lab work related to mechanics or physics
Supporting Documents
Ensure:
- Accuracy
- Clarity
- Relevance to the role
Conclusion: Why This Internship Stands Out
We position this internship as a high-impact opportunity within automotive innovation. By combining experimental data analysis with advanced simulation techniques, we contribute to safer and smarter mobility solutions.
This role is ideal for technically driven students who want to bridge the gap between real-world experimentation and virtual engineering, gaining expertise that is highly востребed in modern engineering industries.
We invite driven candidates to take part in shaping the next generation of vehicle safety through cutting-edge virtual engineering methods.
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