Working as a software test engineer for a German OEM on a platform Adaptive AUTOSAR project with focus on integration testing and testing automation.

• (08/2023 - 09/2024) - Worked as a software test engineer for a German OEM on platform project relied on by over 5 other projects. Main duties include:• Requirements review for developed modules• Code review and static analysis to identify bugs early on• Unit testing for MCAL/Safety/CDD modules using Bazel, CUnit, CTC++• Lead development of generic tests that could be re-used by other projects and was able save months of time and effort• Train and support new hires in ramp-up phase• Review co-workers work to ensure no issues and comply with quality guidelines• Create test cases to mature/immature features, hand-in-hand with dev team to quickly analyze and fix bugs and enable test-driven development• Review test results nightly, weekly and per-release and perform an in-depth analysis to report exact reason of failures and proposed fixes• Oversee operation, maintain and fix any issues encountered in over 25 test benches• Enhanced and maintain test automation pipeline operation• Proposed and introduced a solution to detect random resets and log information causing easier debugging and identification of issues• Review of acceptance tests deliverables and results• Extensive use of Bazel, C, Python, CUnit, CTC++, CANoe, CAPL, Trace32, ecu.test, E-Sys, GLIWA, Ediabas, INCA• (12/2022 - 08/2023) - Worked as a contractor for Aptiv, a global Tier-1 automotive supplier to test and validate software (SWE5 + SWE6). Main duties included:• Analyzing software requirements and architecture to ensure they are clear and well-defined• Designing, implementing and testing a software framework allowing automated testing for SWE5 and SWE6 activities.• Setting up and maintenance of test benches for SWE5 and SWE6• Creating test specifications, cases and working with development team to identify potential areas of concerns and bugs across multiple software versions• Ensuring ASPICE compliance• Extensive use of CANoe, CAPL, iSystem debugger, Labview, Python, C#, Polarion

Worked in R&D on enhancing connectivity, adding features, and troubleshooting existing smart-home products. Researchedemerging technologies for future projects to bring forth solutions for prospective projects

As part of my graduation project, working on developing software for an autonomous Formula 1-style racecar for participating in Formula Student UK - Artificial Intelligence competition, specializing in vehicle state estimation, sensor interfacing & control.Our team was able to achieve 3rd rank overall and 1st for online category.Responsibilities included:• Implemented Extended Kalman filter to estimate vehicle state for use in control, mapping, and planning.• Sensor selection.• Hardware kit design.• Integration with other software modules to overcome challenges.• Presenting the developed system to judges.

Robotics and electronics tutor for elementary and middle school level students.

Participated in developing an energy-saving Electric Vehicle in the Urban vehicle class in Shell Eco Marathon Asia 2020, however project was dropped as the competition was cancelled due to COVID-19 pandemic.Responsibilities included:• Researching and determining an efficient motor selection for the vehicle.• Developing a motor testing rig ensuring structure rigidity and safety through FEA simulations.• Designing a prony-brake loading setup for varying motor loads and measuring applied torque using strain gauge.• In-house designed low-level controller performance verification and troubleshooting.• 3-Phase inverter debugging and troubleshooting.• Modeling electrical circuits using PSpice and MATLAB.

Participated in Shell Eco Marathon Asia 2019 held in Sepang International Circuit, Malaysia in developing energy-saving ICE-propelled vehicle in Prototype class.Responsibilities included:• Researching and determining an efficient engine selection for the vehicle.• Developing an engine testing rig ensuring structure rigidity and safety through FEA simulations.• Designing and implementing an electro-loading setup for varying engine loads and measuring applied torque using strain gauge and recycled electric generator.• Installing Electronic Fuel Injection Conversion kit to carbureted engine.• Tuning of newly installed EFI to minimize fuel consumption.• Vehicle electrical circuit design and wiring.• Optimum vehicle battery sizing and selection.• Manufacturing and part fabrication in local workshops and sponsored factories.• Recruitment for the following season's team.• Management of new season's learning phase.• Technical instructor for SEM 2020 team.Accomplishments:• Achieving an energy efficiency of 265.4 km/L• Best Member Award• Best Powertrain Member Award (Mid-season)

Responsibilities:• Planning, implementing & documenting systems for management of organizationresources including working space, and workshop.• Preparing travel details including tickets, approvals, planning, accommodations.• Providing reception.• Setting up events from research of materials to implementing event cycle.• Participated in preparing our campus for SEMulation event and overseeing welding station during event.Accomplishments:• Best Logistics & Operations Member (Mid-season)

Responsibilities included:• Designing required content such as banners, digital designs, etc.• Lead & operate camera crew to facilitate promotion.• Train crew members on use of Adobe Photoshop & designing processes