Oct 2023 – Jan 2026 · 2 yrs 3 mos · Pune District, Maharashtra, India · On-site

• Driving design robustness. While leading failure investigations through FRACAS, RCA, and 8D methodologies.
• Skilled in reliability Aerospace qualification per Military MIL-STD-810 Random Vibration, Sine Sweep, Sine Dwell, Sine-on-Random, Resonance Search & Dwell, Shock (SRS), and HALT/HASS. Proficient in FFT, PSD, RMS, transmissibility, modal identification, notching, gRMS optimization, spectral fatigue, and advanced vibration analytics for aerospace systems.

Oct 2022 – Jan 2026 · 3 yrs 3 mos · Pune District, Maharashtra, India · On-site

• Product Engineer: Led end-to-end new product development (NPD) of electro-mechanical and electromagnetic valves and actuators for military aircraft—from concept through validation and launch—successfully delivering PDR/CDR across GATE 0–4. Implemented VAVE strategies saving ~$300K, and solved critical design flaws improving product life by 20%.
• Developed QSAR/ATP/QTP procedures per MIL-461, MIL-704, DO-160, and MIL-STD-810. Automated qualification reports and filed 2 IP disclosures. Work integrated FEA, thermal/vibration analysis, Six Sigma (PDSC, CTQ, @Risk, DFMEA, GRR, DOE), and cross-functional collaboration across systems, manufacturing, and quality teams.

Aug 2021 – Sep 2022 · 1 yr 1 mo · Chennai, Tamil Nadu, India

• System Simulation powertrain, MBSE MIL Architecture of Commercial and passenger vehicle, Physics simulation, amesim, Matlab script, To analyze and control noise vibration and harness (mainly focused on torsional vibration) of powertrain systems, Wide open throttle, Vehicle Startup, Vehicle Idle, ABS Hybrid, simulations to validate a dampers for particular vehicle capacities in order to provide customer criteria validated design in order to eliminate vibrations produced from engine.

Jan 2021 – Sep 2021 · 8 mos · Chennai, Tamil Nadu, India

• Executed Multibody Dynamics (MBD) analysis of mechanisms for kinematic and dynamic behavior using MSC Adams.
• MBSE Modelling and simulation systems engineering methodology that focuses on creating and exploiting domain models. As a Modeling and System Simulation Engineer, responsible for developing simulation models of different Automotive systems aimed to support system design for engineering NVH teams as well as to increase driving performance. Verification and validation (V&V) of the models on target simulation platforms
• − Performed modal and structural FEA using ANSYS on powertrain sub-components to evaluate fatigue durability and resonance behavior, identifying design improvements that enhanced structural life by 15%

Jul 2020 – Jun 2021 · 11 mos · Chennai, Tamil Nadu, India

• This work aims to study the buckling and vibration behavior of composite beam based on the shear and normal deformable beam theory (SNDBT) by using Ritz method. The effects of aspect ratios, boundary conditions, fiber angles on the buckling and vibration subjected to non-uniform axial loads studied in detail. The obtained numerical results in terms of dimensionless fundamental frequencies and dimensionless first critical buckling loads are compared with the results from previous research for convergence studies
• Platform Used- MATLAB

Feb 2016 – Mar 2016 · 1 mo · Aurangabad, Maharashtra, India

Oct 2015 – Jun 2018 · 2 yrs 8 mos · India

• Design Analysis Optimization and Fabrication of Single seater Off Road Vehicle SAE BAJA

Dec 2014 – May 2015 · 5 mos · Chhatrapati Sambhajinagar, Maharashtra, India

• − System application product (SAP) experience covering various faces of enterprise resource planning. implementation like Process mapping, Design, Configuration, Documentation, Training, Test scripts, data migration, functional co-ordination for the project and post-implementation support.
• − Prepare documentation papers related to production, stock & workers.
• − Responsible for schedule adherence of product with the right quality & cost.
• − Responsible for the Inventory of finished goods.
• − Responsible for Productivity & Process improvement.
• − Responsible for implementing of 5’S