1
Publications
0
Followers
0
Following
0
Questions
About
Revansidha D. Chabukswar is a seasoned professional with 17+ years of expertise in Automotive Product Design, Management, and Supply Chain. Based in Farmington, Michigan, USA, he excels in overseeing engineering operations, encompassing product design, development, and supply chain coordination across diverse teams. His astute leadership ensures seamless integration of cross-functional efforts, driving innovation and efficiency in automotive sectors. With a robust background in managing end-to-end product lifecycles, Revansidha brings a wealth of knowledge in optimizing processes and delivering superior quality outputs. His commitment to excellence underscores his reputation as a reliable, results-oriented professional in the automotive industry.
Skills & Expertise
Leadership Skills
Management
Research Interests
Product Engineering
Connect With Me
Experience
Product Engineering
- Product Design and Development o Definition of Customer specifications and communication with Cross function o Preparation of Engineering Change workflow documentation and release EBOM to cross function o Responsible for Design reviews, DFMEA, DVP&R and Part Validation and Tracking (PVT) o Preparation of Design Standards (Encapsulation, Foam Dam) o Design Definition of each opening and communication with customer following internal design and process standards o Responsible for PDCA activity to improve New Model Launch performance o Responsible for VAVE activities with external and internal customer for implementation Product Management and leadership skills o Conduct design reviews with cross functions and coordinate the Customer design specification o DVP & R management to ensure product validation requirement for both OEM and internal specifications o Negotiation management of design specification with Customer and Suppliers as per AGC standards (design and process) o Leading the activity on technical competency improvement of the internal team (Toyota Knowledge sharing, Toyota standard DVPR requirement) o Initiating and leading communications with internal and external customer for design activities confronting the difficulties (External- Toyota Technical Center, Toyota Motor Corporation, AGC Japan) o Successfully leading the improvement of RFQ workflow activity in coordination with cross function Supply Chain: Automotive Glass o Creating quarterly, annual, and monthly shipment and inventory projections in coordination with Finance and Sales Support. o Create inventory plans that optimize inventory levels; incorporates lean management concepts (JIT, JIDOKA, MUDA) in supply chain to lower inventories and boost efficiency in operations.
Product Engineering- Body design
- Design and development of Windshield Assembly, Side glass, Backlites o Feasibility check and adaption of Lane Departure alert System o Development of glass trace for assembly feasibility check. o Coordination with cross functional team members and supplier during the design and development phase. Design of Blind spot monitoring system, Rear Bumper crush beam o Feasibility study of the mounting structure of BSM system in the constrained space. o Coordination with cross functional team members and supplier
Product Engineering
- Design and development of Hood assembly o Concept design of hood system i.e., Hood frame, Hood Skin Reinf, Striker Reinf, hinge Reinf. o Mater Layout creation (Ped Safety zones etc.) o Co-ordination with the cross functional team members and suppliers for feasibility study o Hood Frame lift confirmation and optimization study
Product Engineering
- Design of CCB Structure o Concept design of CCB structure and design simulation with CAE team. Design of Durability testing Fixture for Hood structure and Doors o Concept design of durability testing Fixture for Hood structure o Prototype manufacturing for all components with suppliers Onsite Co-Ordinator for offshore support
Product Engineering
- Design of Crash Structure (repair concept after crash), Cowl panel. Design of Foot Step Panel, Water management channels. Design of Bonnet hinge Reinf, hood inner and outer panels Design of Joining methods for Front end structure in in coordination with cross function Concept design for Seat Mounting rail o Complete new design for seat mounting rails o Complete joining technique designed in coordination with cross function Benchmarking of competitor vehicles and creation of a master section of body structure. Creating Beam model of Body Structure in coordination with Technical university Berlin, Germany. Preparation of packaging layout for show car project Coordination with manufacturing engineering team for manufacturing feasibility & weight optimization.
Product Engineering
- Design and Development of Crash Structure, Seat Cross Member, Suspension Tower, Roof rails, wheel housing structure, QTR body structure, B-Pillar structure Manufacturing feasibility of the body parts coordination with suppliers Joining technique defined for Crash structure, seat structural member, underbody structure & suspension structure with the interfacing parts. Preparation of System Design Specification for the various systems in BIW adhering to Mahindra Product Development System (Underbody, Body side & Roof, Cargo). Design & Development of BEAM Model o Benchmarking of sections, Optimization of the section for the required load cases based on CAE feedback Ergonomic design & seat layout preparation Floor structure design for indirect gear shift mechanism of transmission on front floor
Education
Eastern Michigan University (EMU)
Shivaji University, Kolhapur
Maharashtra State Board of Technical Education (MSBTE)
Awards & Achievements (2)
🏆 STAR performer of Body in White team
Description
🏆 Innovative Design of structure for indirect Gear shift mechanism
Description
Publications (1)
Purpose: The purpose of this study is to present the body of existing knowledge on the digital supply chain (DSC) and to open up possibilities for further study. Design/Methodology/approach: In this s...
dd