Aashish Sharma

Project Engineering: Lead engineer for new platform development of complex electromechanical system conforming to stringent safety and quality norms. Environmental testing w.r.t IEC-60068 • Successfully lead the thermo-mechanical development of first of its kind, scalable ECU for Aviation, project submitted for DO-160 G certification and FDA approval. • Lead “Patent to product initiative” - An antilock device for mechanically linked brakes for two powered wheelers in 9 months.

Product Engineering: Conception of new generation of motor cycle ABS Gen. 9.0. o Release of new design components after verification for Bosch worldwide use.(PCB press fit pin technology) o Derivation of design element mapped to requirements and functions. • Development of sealing & joining method (Adhesive application to Vibration welding) (ABS 9.1M) - reduction of passive cycle time by 32 hours.

• Key team member for CIP projects with focus on design improvement of parts in field. • Designed “Bobbin” of solenoid valve for generation 8 of ABS and ESP systems with no “side effects” on manufacturing & better thermal behavior (5°C drop in core temperature during stable operation). • Supported design team for engineering calculations, Stack up analysis (arithmetic), 3D modeling & drafting.

> Application support nation wide for automation projects. > Handling independent competency projects for hydraulic circuitry. > Active support to marketing team for new projects. > Managing time line and deliverable for small mechatronic projects.

Mechanical Engineering

Learned and applied all manufacturing Concepts Manufacturing and Designing of Tools, Injection Molds, Sheet metal forming Dies. Production and Planing of Machined Parts Operation and Handling of CNC machines.