Vijay Anand

• Owning Modeling development/operations & Sensing technology application portfolio through team of 10 scientists.
• Managing R&D and Innovation projects with high financial opportunities aiming development of differentiated product solutions in collaboration with external experts.
• Digital Twin technology development.
• Developing modeling applications & providing simulation services (CFD, FEA & Process simulations) towards digital democratization of organization
• Planning & supervision of establishment & operations of Sensor testing lab in India
• Planning and execution of Talent management process (Development needs & plan)
• A technology-led filtration company that provides innovative solutions

• Established roadmap focused on Talent development, Infrastructure enhancement, CAE capability development with completion of ~85% action items in 5 years.
• Doubled team billing with same headcount (in 3 years) through business expansion (to Japan & Germany), process automation & reliability as operational excellence.
• Established virtual validation (reduced physical testing needs by ~60%) in design cycle.
• Developed and validated new modeling methodologies (Cabin Thermal comfort, Thermal cycle simulation, Aero-noise prediction, multi-domain design exploration etc.) as Global work group tasks.
• Technical center of leading Tier-1 Auto-component maker

• Migrated CFD simulation processes from FLUENT to Star CCM+ with desired accuracy as per DENSO global benchmark.
• Trained and coached team members on best practices of simulation & design analysis.
• Started & established CAE services business with DENSO America (including 1.5 months onsite support).
• Created best practices & training module on CFD simulation for Automotive Thermal systems (Thermal, Flow & Aeroacoustics).
• Technical center of leading Tier-1 Auto-component maker

Established validated (96% correlation) CFD best practices for Air flow distribution and Pressure Drop evaluation of Automotive HVAC systems

* Conducted CFD simulations to analyze Aerodynamics, front-end flow and Underhood thermal management of new vehicle projects.

* Analyzed root cause of field failures, suggested effective countermeasure (Axle sloshing problem)

* Developed CFD simulation methodologies for ELPO dipping process. Achieved initial milestone of capability demonstration within estimated time.

Formulated a project proposal for Aerodynamic kit development for commercial vehicle aiming reduction of Aerodynamic drag.