ambroseakt
About Candidate
I hold an M.Tech in Thermal Engineering from the esteemed National Institute of Technology, Jalandhar, where I maintained a solid GPA of 7.83. Prior to that, I excelled in my B.Tech in Mechanical and Automation from Amity School of Engineering and Technology, Noida, securing an impressive GPA of 9.15. My academic journey began with ISC from St. Joseph School, where I scored 85.6%, followed by ICSE with a score of 75%.
In my professional journey, I had enriching experiences, notably interning at BOSCH Global Software Technologies, where I delved deep into battery electric vehicle dynamics and thermal management. At Amity University, I served as a Junior Research Fellow, contributing to a project on dropwise condensation for water harvesting, showcasing my research capabilities.
Previous roles include a stint as a Design Engineer Trainee at Raphe mPhibr PVT LTD, where I contributed to designing parts for military-grade UAVs, and an internship at Advance Automation, where I gained hands-on experience in manufacturing processes. These experiences have equipped me with a strong foundation in thermal engineering, design, and research, ready to take on new challenges in the field.
Location
Education
I have score a GPA of 7.83 till 3rd semester and final semester result is awaited.
I have scored a CGPA of 9.15 and achieved gold medal academics for best performance.
I have scored a percentage of 85.6.
I have scored a percentage of 75.
Work & Experience
- Deeply versed in battery electric vehicle dynamics, specializing in thermal management, intricate high and low voltage connections, and CAN line communications. - Usage of ETAS devices for communication with vehicle. Understanding of a2l & hex file, software document and performed flashing of software. - Calibration of cabin PTC heater for battery electric vehicle. - MATLAB scripting for data analysis of vehicle data and plot generation. - Developed a Simulink model for Thermal Management of Battery Electric Vehicle, consisting of two coolant loop (e-component and battery) and HVAC; the model is validated with a reference vehicle. Performed a coolant study using the model for mixture of ethylene glycol and propylene glycol with water to determine the most effective coolant and optimal concentration. - Supporting Hydrogen ICE team in business and planning. - Modeled an Active cell balancing model on Simulink. Active cell Balancing physical model validation using cell, Arduino, MOSFET and inductor.
- Worked on project issued by Board of Research in Nuclear Sciences (BRNS) - Title: Study dropwise condensation on a plasma patterned Super-Hydrophobic metallic surface for water Harvesting. - Task: Surface preparation of Aluminum and Copper metal for creating super hydrophobic surface with the help of chemical etching, plasma etching and chemical coating. Designed a model on SolidWorks to utilize the prepared surface for water harvesting. - Performed simulation for heat transfer through a drop over a hot surface on Ansys.
- Designing of parts for Military Grade UAV on SolidWorks. - Design of accessories for production area required in cutting carbon fiber tubes and sheet. - Design and drawing of floor map for inventory and production area. - 3D Printing and R&D.
