Designer in automotive interiors-cockpit design. Design of Innovative concepts and advanced features. Design standards and methodologies as per OEM.

Aerodynamic analysis for styling surface. Proposals and modifications in the styling surface based on aerodynamic results.Aerodynamic analysis of premium segment car, drag force calculation. A surface modifications, master sections and Fixation concepts.Design and Development of Center console and Glow box.

Expertise in Design and Analysis.CFD: Aerodynamics + Climate control.Masters Work: 6 months internship and thesis on In-cabin airflow and thermal analysis; Design of dynamic Air vents for better flow directivity and cabin cool down.Thermal requirements in passenger car cabin. Dynamic meshing in fluent 13. Aerodynamics of passenger car with styling analysis.Generation of A class surface from 2d sketches and wireframes.Analysis of class A surfaces. Improvements in styling for better air flow achieving less drag.Aerodynamic analysis of articulated truck trailer and design of side skirts, spoilers, VSD and CVTD to achieve less drag. Aerodynamic analysis of F1 car for rear wings in dynamic condition (DRS)

Masters thesis6 months internship and thesis on In-cabin airflow and thermal analysis; Design of dynamic Air vents for better flow directivity and cabin cool down.Thermal requirements in passenger car cabin. Dynamic meshing in fluent 13. Aerodynamics of passenger car with styling analysis.

Worked as a design engineer in automobile interiors (dash, door trims, Center console)Projects - VW , BMW and Daimler Chrysler

Domain: CATIA V5- Surface Modeling and solid modeling for Instrument Panel (Dash), Center Console and Door Trims. Concept mechanism for Glow box and Center Console.Projects: VW Jetta and VW UP -Door Panel (DP), Duration: 8 monthsStudy of master sections and creating concept sections from it.Analyzing the class A surface (styling) for undercuts and surface defects within the tolerance limits Location of various parts in DP like, frame, Map-pocket, Armrest, bolster, upper and lower trims, livers switches etc.Solid modeling of each part to specified thickness.Study of environmental parts besides door panel and the mountings points to the sheet metal.Modeling of technical features like doghouse, snaps, welding boss, heat stakes considering the tooling aspects. Draft analysis, DMU analysis, and Validate.BMW X3- Glow box and Center Console (CC), Duration: 4 months Developed mechanism for glow box twin door. Study of existing linkage mechanism and developing three new concepts with push button operated for the same glow box. Considerations for feasibility and reliability of opening doors. Packaging of center console.Design of ash tray, cup holders and top sliding panels. VW Beetle- Instrumental Panel (IP) and Door Panel (DP) duration: 1 yrStudy of master sections and creating concept sections from it.Analyzing the class A surface (styling) for undercuts and surface defects within the tolerance limitsStudy of all the parts in IP like Oberteil (upper Substrate), Unterteil (Lower Substrate), Metteteil (Radio Façade), Air ducts, Air vents, Demisters, Bottle holders, Side stips, glow box, fuse box, HUD’s etc. Solid modeling of each part to specified thickness.Study of environmental parts and the mountings points to the CCB structure.Modeling of technical features, Draft analysis & DMU analysis