Ashish Sharma, Ms, Pmp Email & Phone Number

Austin, Texas, Us

- Plan, organize, direct, and conduct industrialization within the supply chain team(e.g. capacity analysis, production ramp, risk mitigation)- Develop, manage, audit, improve, and correct supplier component manufacturing execution,assembly techniques, and quality control processes from the advanced development phase tomass production qualification - Provide leadership for New Product Introduction (NPI) at suppliers- Lead supplier improvements in scalability, cost, and quality- Facilitate clear communication of technical requirements between suppliers and Teslapurchasing, design, quality, and manufacturing teams- Collaborate with Tesla purchasing, design, quality, and manufacturing teams to determinesupplier performance specifications and assessment metrics- Guide suppliers in developing robust processes and procedures to promote efficient production ofhigh-quality products- Accountable for supplier audits to ensure their ability to meet part performance, delivery, andreliability expectations along with ensuring a robust quality system- Validate supplier corrective actions involving design and/or process changes to ensure they arerobust, sustainable, and implemented for similar potential concerns across manufacturing linesand/or suppliers

Göteborg, Se

- Leading Cost deployment, Major and Advance Kaizen Projects- Managing and Leading cross-functional engineering teams to implement PSM Projects - Leading major line balance projects to reduce CPU and HPU- LTS (Local Technology Specialist-USA) - Testing & Verification- Developing future engineering solutions in Engine Leak Testing and Engine Performance Testing- Managing Engine Performance testing : Monitoring engine performance , troubleshooting outliers, adjusting test parameters - Internal ISO Auditor, responsible to investigate compliance and improvement Opportunities

Göteborg, Se

- Lead Standard Kaizen and quick Kaizen projects- Developed and introduced the continuously moving new assembly line. Developing processes, tooling and fixtures.- Lead and conducted continuous improvement activities focused on safety, quality and cost.- Evaluated work force requirements with volume changes: Developed manpower utilization solutions to enable a scalable assembly line.- Designed work stations/processes based on WPO, ergonomics and poke yoke principles.- Driving WPO & FI activities in Engine QEPP/TEST/PAINT.

Clarion, Ia, Us

• Working on design, production, and continuous improvement projects that impact process segments; • Designed and refined manufacturing processes by applying continuous improvement and lean manufacturing principles to areas of production.• Working closely with Quality to ensure standardization of production processes.• Supporting 50% of Assembly line including sub & final assemblies by finding the most effective and efficient solution to all the issues ranging from parts to processes,• As part of the NPI( New product introduction ) team , Provide support to multiple projects concurrently, consisting of new product development from concept through production, with an emphasis on process development and design for manufacturing• Design and development of fixtures and jigs using Solidworks to support production floor for ease of assembly and manufacturing. • Handled change control through ECR/ECN process• Develop & manage Part Routings.• Prepared Standard Work Instruction Documentation for the Assembly Processes to ensure quality, standardization and consistency

Chicago, Il, Us

Woodridge, Il, Us

Design for manufacturability • Designed three new concepts and analyzed the manufacturability of various lifting mechanisms for OE drive axle suspension• Designed mechanism that can lift trailer axle when it is not loaded and improve fuel economy .• Considered manufacturability of the design and compatibility with chassis designs of different truck and trailer manufacturers• Conceptualized and designed the new BMC Mold at vendor location with existing machine capabilities.• BMC mold will reduce the weight of the component by 60% without compromising on strength and durability.Failure Mode and Effect Analysis • All the designs considered for the lift mechanism were subjected to FMEA(Failure Mode and Effect Analysis)• Thoroughly analyzed the operating conditions and possible failure scenarios for the lift mechanism.• For FMEA of the mold a blue print of the molding process was designed and was reviewed by the team of engineers.Manufacturing and Process improvement• Worked on the manufacturing of composite leaf spring from glass fibers• Improved the process by introducing new dam design and material preparation procedures Testing and Data Analysis• Tested and analyzed traction effort for 6x2 truck with hydraulic System at different loads• Conceptualized the test setup and performed experiments to calculate the friction coefficient values at different concentrations

Bangalore, Karnataka, In

• Enhanced and maintained a Financial Management application/database management• Lead a team of 3 people in development and support• Managed the project's estimations, planning, reporting and task scheduling using Infosys proprietary software

Master Of Science, Mechanical Engineering

Btech, Mechanical