1. Lead and train students in automotive ADAS technologies through project execution and collaboration.2. Mentor the students to achieve their career goals by providing insights and career guidance.3. Deliver technical lectures on Tesla's Collision Avoidance System to students.4. Prepare project scope and student deliverables for the executing a Performance Analysis of Tesla's Advanced Safety Features.

Technical:1. Employed engineering and scientific methodologies to investigate automotive accident causation in personal injury litigation and liability lawsuits.2. Utilized specialized tools for imaging crash data potentially stored in vehicles.3. Analyzed and quantified damage severity and vehicle dynamics through engineering interpretation.4. Reviewed top-tier patents and confidential technologies to bolster engineering analysis.5. Co-Authored numerous technical reconstruction reports from inception to completion.6. Conducted several accident site and vehicle inspections.Operations:1. Introduced effective ideas and processes to optimize company operations.2. Standardized and drafted several Standard Operating Procedures (SOP) pertaining to company operations.3. Mentored fellow associates in accessing, analyzing, and interpreting crash-related engineering data.4. Spearheaded the brainstorming, implementation and maintenance of Asset Management System for day to day use in company operations.ADAS Testing:1. Actively participated in several testing programs involving ADAS features.2. Analyzed the test data, derived meaningful conclusions and presented the results in conferences and journals.

1. Perform thorough review of file materials to understand the requirements of specific case.2. Perform accident site & vehicle inspections to document and digitally preserve the data.3. Perform chip level data acquisition on automotive infotainment systems like Ford Sync Gen3, GM OnStar etc.4. Draft technical reports explaining the scientific and engineering background to support the expert’s opinions.5. Compare and contrast different sources of data to explain or refute accident causations based on engineering principles.6. Research on vehicle's features, options and/or specifications for use in Engineering Analysis.

1. Conduct research on FMVSS 213 crash tests to understand the regulations.2. Assist in planning, setup & execution of FMVSS 213 laboratory tests of a Spica casted 1-year old CRABI dummy with commercially sold child seat restraints to assess the safety performance.3. “Hands- on” experience with sled setup, decelerator, high speed cameras, data acquisition system for FMVSS 213 crash tests.4. Understand the Biomechanics of dummy injury from kinematic analysis of crash.Assist in data collection, processing, report preparation for publishing the results in technical journal5. Assist in Class Moderation, test paper grading and notes preparation to ensure smooth course delivery

Key Roles & Responsibilities:+ Project member:1. Engineer the vehicle to satisfy requirements of IIHS, FMVSS 301, FMVSS 214 MDB & Pole, ECE R17 by conducting full vehicle crash simulations.2. Data Analysis & technical reporting to structures and restraint teams.3. To study the root cause of issues pertaining to injury biomechanics of dummies & structures.4. Communicate results and propose design solutions to Managers & Engineers of safety teams.5. Collaborate and support testing teams during crash testing.6. Conduct correlation of CAE models with test data to improve prediction accuracy.7. Component validation & subsystem level simulations of airbags and dummies for optimized performance.+ Project Lead:1. Developed algorithm based tools for automating the CAE settings in partnership with ESI India Pvt. Ltd.2. Developed complicated Mathematical logics for Driver and Side airbag folding using SIMFOLDER3. Estimate Workload and budget for the project and involve in negotiation with suppliers4. Measure and track the weekly progress of the project through timesheet data, facilitate Purchase requests/ Purchase Orders release

Key activities:1. To understand the overall parts and functions of an automotive.2. To learn the production techniques and get exposed to state of art testing & production methods through on the job training at Renault Nissan production facility.3. To understand the simple static structural problems and practical concepts of strength of materials4. To understand the CAE tools like Pre processor, post processor, solver and its basic functions5. To mesh automotive parts as per desired quality using ANSA & hyper mesh6. To understand PAMCRASH & NASTRAN solvers by validation against analytical solutions of simple problems7. To prepare solver deck using Hyper mesh & Visual software for Crash simulations & understand the standards.8. To understand the various crash testing standards such as IIHS, FMVSS, ECE 34, SOL etc