DVT Lead Engineer

About Simpleenergy

Simpleenergy specializes in the manufacture of smart electric two-wheelers. We are a team of 300+ engineers coming together to make smart, supercharging, and affordable two-wheelers. The company was founded in 2019 and is based in Bangalore, India.
Our mission is to build the future of mobility that is electric and connected. We at Simple energy are working towards accelerating by making them more accessible, affordable, secure and comfortable and we embrace the responsibility to lead the change that will make our world better, safer and more equitable for all.

Job description: DVT Lead Engineer
Location: Yelahanka, Bangalore 

You Will

• Lead the functional verification and validation of eV sub-systems such as chargers, DC-DC Converters, Motor Drives, Embedded Systems, Software & Electro-Mechanical assemblies

• Prepare, review & publish sub-system test plans/standards to verify compliance & performance against functional specifications

• Execute tests in accordance with published plans/test standards & publish compliance/performance reports of sub-systems with respect to functional specifications

• Participate in xFMEA, FTA and design review sessions. Plan & carry out appropriate and adequate tests to verify & validate adequate and accurate retirement of all technical/application/integration risks for the respective sub-system(s)

• Collaborate with respective sub-system design team(s) on reported non-compliances/deviations to expected performance; debug and verify correction(s)/improvement(s) implemented against reported non-compliances through regression testing

• Drive and implement automation of DVT test(s) for sub-system(s)

• Lead verification and validation testing activities related to field failure analyses, RCA & implementation of CAPA for sub-systems

• Prepare, publish, review and execute tests to verify performance against functional requirements, publish impact analysis report(s) against ECR(s) related to sub-system(s)

• Carry out worst case/corner-case tests to verify/measure robustness of for sub-system(s) design

To Be Successful, You Will Be Expected To

• Prepare, review and publish consistently adequate, accurate & appropriate test plans to verify compliance to functional requirements for respective sub-system(s)

• Comply with organizational development processes & practice

• Demonstrate consistent compliance to functional DVT test performance metrics such as test coverage, test accuracy and test efficiency

• Be technically competent to independently publish test plans, standards & procedures

• Meet targeted TTM, quality and cost goals for the project while completing execution of verification and validation tests for sub-systems

• Demonstrate expertise in sub-system testing/DVT practice through consistent and effective design & execution of test cases that help improve robustness of design(s)

• Reduce/Eliminate field issues through adequate, appropriate and accurate verification/validation tests on sub-systems

• Demonstrate improvement in efficiency, coverage and accuracy of test systems & practices through seamless Implementation of automation

You must have any or a combination of any of the following skills:

• A degree (B.E/B.Tech) in Electrical/Electronics/Computer Science/Mechanical engineering

• 8-10 years of experience in leading DVT activities on electrical/electronic/embedded systems/electro-mechanical assemblies, preferably in designs such as chargers, DC-DC Converters, Motor Drives, Embedded Systems, Software & Electro-Mechanical assemblies such as automotive switches, lamps, solenoids and sensors

• Demonstrated experience in using PLM tools and issue management tools such as JiRA

• In depth knowledge on sub-system functional specifications & testing standards/procedures

• Knowledge of testing standards related to environmental stress screening (ESS), Regulatory (AIS, EN, IEC), Vibration (IEC/EN), shock (IEC/EN) and drop test (IEC/EN) & safety requirements (AIS, ISO26262, UL, VDE)

• Hands-On experience & expertise in commissioning & using test equipment including but not limited to DMM, DSO, Network Analyzer, Spectrum Analyzer, Power Analyzer, Protocol Analyzer, DAQ systems, Motor Dyno, HIL systems, BMS Emulators, battery test system, electronic Load, Environmental chamber and awareness of their calibration requirements

• Proficient knowledge in problem solving methods such as RCA, 8D report & FTA 

• Demonstrated experience in communication & diagnostic protocols such as CAN, LIN & UDS

• Hands on experience in using diagnostic tools like CANOe/CAN Analyser

• Sound knowledge on writing test cases in CAPL script/LabVIEW for test automation 

• A passion for automotive electronics/eV and an awesome team-spirit

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