The Electric Vehicle (EV) Simulation & Siemens Software Expert is responsible for delivering advanced training, simulation, research, and industrial consultancy using Siemens Digital Industries Software solutions. The role focuses on thermal management, computational fluid dynamics (CFD), finite element analysis (FEA), structural analysis, multiphysics simulations, and digital twin technologies for Electric Vehicle systems. The expert will support teaching, research, industry projects, laboratory development, and certification programs while mentoring students and faculty in Siemens Xcelerator software.
Key Responsibilities1. Training & Laboratory Management
- Conduct hands-on laboratory sessions using Siemens engineering software.
- Deliver classroom and industry-oriented training on simulation workflows.
- Develop practical exercises, case studies, and industrial projects.
- Design competency-based assessments and certification programs.
- Train faculty, students, and industry professionals on Siemens tools.
1. FloEFD Simulation
Develop and validate simulations for:
- Battery thermal management
- Electronic cooling
- Motor cooling
- Inverter cooling
- Power electronics
- Airflow analysis
- Heat transfer analysis
- Liquid cooling systems
- HVAC airflow optimization
- Under-hood thermal analysis
- EV enclosure cooling
- Battery packs
- Battery enclosures
- Electric motors
- Inverters
- Power electronics
- EV chassis
- Suspension systems
- Thermal management systems
- Charging systems
- Electric drivetrains
- High-voltage electrical components
1. Digital Twin & Siemens Xcelerator
- Support Digital Twin implementation.
- Integrate simulation with product lifecycle workflows.
- Work with Siemens Xcelerator ecosystem.
- Support Model-Based Systems Engineering (MBSE) initiatives.
- Enable virtual validation before physical prototyping.
- Research & Development
- Lead industrial research projects.
- Publish research papers in high-impact journals.
- File patents and technology disclosures.
- Develop cutting-edge EV simulation methodologies.
- Guide postgraduate and doctoral research.
- Mentor student innovation and competition teams.
- Industry Collaboration
- Execute consultancy and industrial simulation projects.
- Collaborate with OEMs, Tier-1 suppliers, and engineering service companies.
- Deliver Faculty Development Programs (FDPs), Executive Development Programs (EDPs), and Corporate Training Programs (CEPs).
- Coordinate internships and sponsored research.
- Support technology transfer initiatives.
- Laboratory Development
Develop and maintain:
- Simulation laboratory infrastructure
- Standard Operating Procedures (SOPs)
- Training manuals
- Laboratory practical journals
- Industrial case studies
- Software licensing records
- Benchmark models
- Simulation databases
- Best-practice documentation
1. Documentation & Reporting
Maintain:
- Laboratory utilization reports
- Project documentation
- Simulation reports
- Validation reports
- Software license compliance records
- Research publications
- Student assessment records
- Equipment and workstation inventories
1. Quality & Compliance
- Ensure compliance with software licensing requirements.
- Follow engineering simulation best practices.
- Maintain version control and project documentation.
- Ensure data confidentiality for industrial projects.
- Promote laboratory safety and cybersecurity standards.
Required Qualifications
Essential
- B.E./B.Tech. in:
- Mechanical Engineering
- Automobile Engineering
- Electrical Engineering
- Mechatronics
- Aerospace Engineering
- Manufacturing Engineering
Preferred
- M.E./M.Tech. in:
- Thermal Engineering
- Computational Mechanics
- Automotive Engineering
- Electric Vehicle Technology
- CAE
- Mechanical Engineering
Ph.D. in a relevant specialization is desirable for academic and research-focused roles.