Resume briefing my education and experience

1. CHENNI ADIAMAN
Elanchetchenni.Adiaman@colorado.edu 2747 Glenwood Ct # 12, Boulder, Colorado 80304
www.linkedin.com/in/elanchetchenniadiaman H: 7202206848
EDUCATION:
University of Colorado Boulder, Boulder, Colorado May 2020
Master of Science in Electrical Engineering (Power Electronics)
Relevant Coursework: Power electronics, Electric vehicle drivetrain, Control system analysis, Photovoltaic
Power Electronics Laboratory, Modeling and Control of Power Electronics Systems.
PONDICHERRY UNIVERSITY, Puducherry, India May 2018
Relevant Coursework: Power System Analysis, Linear control systems, C programming, Data structures,
Microprocessors and Microcontrollers, Power System Operation and Control, Analog and Digital Integrated Circuits.
TECHNICAL SKILLS:
Tools: MATLAB, SIMULINK, LTSpice, Microsoft Office Suite
Programming Languages: C, C++, Embedded C
PCB Design Tools: Eagle, Altium Circuit Studio
Lab Skills: AC-DC, AC-AC, DC-AC, DC-DC Power conversion, Oscilloscope, Circuit Analysis and Testing.
ENGINEERING EXPERIENCE:
University of Colorado Boulder August 2018 – December 2018
- Design of a feedback control system for ‘LLC Resonant converter’, using state space analysis.
- Design and modelling of EV drivetrains – Battery and controls using (SOC), DC-DC converter and AC drive.
(With and without synchronous motor field weakening)
- Testing of EV drivetrains under different drive cycles – US06, EUDC, HWY, UDDS, etc.
- Modelling of Buck, Boost, Buck-boost, forward and flyback converters by ‘Design-oriented analysis’.
January 2019 – May 2019
Stand-alone Photovoltaic system design
- Design and development of an 85W Buck converter to charge a 12V battery from a PV panel using
MPPT, with maximum efficiency.
- TMS320F28027F Microcontroller programming to control the duty cycle of the buck converter.
- Implementation of current and voltage sensing circuits for MPPT tracking with testing and debugging.
- Design of a two-stage boost converter to obtain 200V DC from the 12V battery to load an inverter and
other secondary circuits and design of a single phase modified sine wave inverter to power the load.
Research Intern – RRT ELECTRO POWWER (P) LTD, India July 2016 – Aug 2017
• Collaborated in the development of 'DC-DC converter' design.
• Implemented ‘Controlled Area Network' (CAN) protocol for DC charging station. (Electric Vehicle)
• Assisted the department in PCB design, fabrication of circuit boards and assembly of charger module.
• Worked on component selection for various applications such as boost converter and inverter circuits.
• Analysis and Testing of end products.
Pondicherry University, Puducherry, India Aug 2014 – May 2018
- Design and Simulation of a single phase on-board battery charger for electric vehicle.
- Automated rain protection system for the cricket pitch. Involved a complex switching mechanism for both
automatic and manual control, forward and reverse operation of motor shafts.
- Worked extensively with Arduino boards for mini-projects such as quadcopters and line followers.
ACADEMIC AND LEADERSHIP ACHIEVEMENTS:
- 'Perunthalaivar Kamarajar Financial Grant' - Scholarship Recipient from the State Government of Puducherry.
- Notable Public Speaking Skills – Ranked top 10 in the ICTACT Youth Present 2017 (Puducherry, India)
- Student Coordinator - Technical Club (MVIT, Puducherry, India) – Organized various technical events and
managed to bring in sponsors to host competitions.
- Student Employee – Sales floor team – CU Bookstore – Responsible for day to day functioning of the store,
customer service and training new employees.
- World rank 406 in ‘TCS CODEVITA 2016’ – An international competitive coding contest with over 100000
participants from 63 countries.