Nishant Naik

Safety Expert CAE engineer, (2022-now)

• Conducted seat simulations for various load cases across multiple suppliers.
• Served as primary contact for seat suppliers regarding simulation processes and outcomes.
• Led a project team of up to 4 members based on project needs.
• Validation of test outcomes with Whiplash simulation analysis

Safety Expert CAE consultant at Lotus Tech Innovation Center (LTIC), (2019-22)

• Directed CAE activities for low-speed structural crash testing under RCAR and FMVSS581.
• Led seat comfort simulation initiatives to enhance user experience.
• Conducted benchmarking activities on safety technologies and concepts.
• Collaborated with CAE and Safety Attribute integration teams in China and LTIC.
• Optimized component performance and weight using LS-Opt and LS-Tasc.
• Established CAE standards and procedures to ensure high-quality outputs.
• Automated repetitive tasks through scripting to increase efficiency.

Doortrim development for Diamler (X294 and X296) (2019-2020)

• Developed static simulation models for various load cases following Diamler guidelines to assess Doortrim strength.
• Validated simulation results through rigorous testing procedures.

Occupant Simulation Opel Crossland X / Citroën C3 Picasso (2014-2018)

• Constructed and optimized simulation models for occupant safety during front and side collisions.
• Developed simulation models for specified load cases, including NCAP and ECE regulations.
• Validated CAE models through rigorous comparison with physical tests.
• Proposed development solutions considering technical requirements, economic factors, and project timelines.
• Coordinated supplier and customer interactions to enhance project outcomes.

Front Bumper Development Opel P2JO (Corsa) - 2018

• Conducted thermal simulations for front bumper using Abaqus to optimize performance.
• Executed pedestrian protection simulations to ensure compliance with safety regulations.
• Coordinated with Design department to implement necessary modifications effectively.
• Identified solutions for performance improvements, achieving cost and weight reductions.

• Developed CAE models for occupant safety systems to comply with NCAP and global standards.
• Constructed and validated front and side airbag models against physical test results.
• Executed pedestrian protection simulations and low-speed impact assessments.
• Led front and rear structural development in adherence to ECE-R42 and Part 581 regulations.
• Conducted simulations for child head impact on front bonnet designs.

• Formulated business strategy to drive ecommerce growth in Central Europe for Johnson and Johnson.
• Analyzed online marketplace trends to identify opportunities for expansion.
• Collaborated with cross-functional teams to align ecommerce initiatives with corporate objectives.
• Recommended best practices for digital marketing to enhance brand visibility.
• Conducted competitive analysis to inform strategic positioning within the market.

• Assisted in CAE activities focused on high-speed structural crash testing.
• Utilized Ansa and Hypermesh for precise meshing of components.
• Developed Animator scripts to enhance analysis of results.
• Performed static simulations using Nastran and Optistruct, offering design optimization insights to Hochschule Rhein Main racing team.

• Conducted analysis of multipoint chest deflection measurements using Rib-eye system on Hybrid III 50% dummy.
• Validated simulation model against physical tests for Rib-eye system accuracy.
• Performed sensitivity analysis on Rib-eye model to assess performance variations.
• Compared simulation results with THUMS simulations to evaluate discrepancies.

• Prepared Bills of Material and operation cards for pressure vessel production.
• Calculated plate cutting requirements to optimize material usage.
• Requested NDT testing and heat treatment for pressure vessels, ensuring compliance with specifications.
• Monitored workshop activities to maintain quality standards during vessel fabrication.