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Student Voluntary Work Resume

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StillwateR

SUMMARY:

  • Ability to analyse and simulate Electrical/Electronic designs in AutoCAD, Labview, Matlab, ECAD, LTSpice and Simulink
  • Experience with DFMEA, PFMEA, Powertrain controls along with the application of Six Sigma process
  • Familiarity with programming in C, C++, Java, Python, JavaScript, HTML and Assembly Language
  • Proficiency in electrical analog/digital system design fundamentals, ARM Processors, DSP, communication network protocols
  • Extensive knowledge in electrical product development process, electrical circuit test and troubleshooting automotive electronics
  • Proficiency in design, analysis and simulation of Electric drives, OBD - II, power electronics and vector network analyzers
  • Knowledge of CAN network using CANoe, CANalyzer, in-vehicle architecture, electronic control units, fluid dynamics and mechanics
  • Excellent communication skills, strong interpersonal skills, fast learner and strong team player with organizational and strategic agility
TECHNICAL SKILLS:

Programming Languages/Tools: C,C++, Java, Python, Assembly Language

Scripting Languages: HTML, JavaScript, HTML5, VB, CANalyzer, CANoe, AUTOSAR

Software: AutoCAD, Creo, Matlab, LabVIEW, ETAP, PSpice, PLC Programming, RSLogix500/5000

Packages: MS Office, MS Visio, Windows XP/7/8/10, Linux

Embedded Systems: Microcontroller(8051), Microprocessor(8086,8088), ARM(LPC2129), PIC(16 x series, 18 x series)

Microelectronic Fabrication: Photolithography, Etching, Metallization, Dicing, Oxidation

Coursework: Analog and Digital Circuitry Design, Power System Analysis, Control Systems, Digital Signal Processing, Modern Communication Theory, Microprocessors and Microcontrollers, Embedded Systems, Electrical Machines-I and II, Embedded Control Systems, Java

PROFESSIONAL EXPERIENCE:

Student Voluntary Work

Confidential, Stillwater

Responsibilities:

  • Reviewing papers on the topic: Social Networks; creating reports, analysis of data trends; Signal conditioning, analog & digital sensors
  • Studying Benford’s law- its applications and importance along with the evolution of networks
  • Designing the two power series for social networks and study of Benford’s Law

Microelectronics and Semiconductor Processing Lab

Confidential, Stillwater,

Responsibilities:
  • Fabrication Process of SRAM, SDRAM, DRAM Memory components, NAND and reviewed semiconductor device physics, and testing
  • Fabricated a 3- inch Si wafer for pressure sensors, presented a paper and a poster on the design and fabrication of FRAM, MRAM

Student Trainee

Confidential

Responsibilities:
  • Working knowledge about the process of new product development - Methodologies: Agile, Waterfall, Scrum, Product Lifecycle Management (PLM), thorough knowledge of SDLC, V-shaped model, Six Sigma, Critical Path Method
  • Assisted in quality functional deployment, performed failure mode effect analysis (critical) on few of the TATA manufactured products
  • Integrated data, knowledge and business processes across the extended enterprise
  • Worked on the cutting edge PLM products to provide solutions for automotive and retail verticals of TATA Group

Motor Control Intern

Confidential

Responsibilities:
  • Worked on the manufacturing designs of electrical relays and switching devices, and testing of electric drives like motors and generators
  • Handled lab equipment’s like dynamometer, ADC’s for high speed data capture, current and voltage sensors
  • Worked on electrical test equipment like Digital Scopes, Logic Analysers, Oscilloscopes, Dynamometers, telematics
  • Performed project coordination duties such as work flow management, status reporting, database management and file reporting

Offshore Wind Energy Utilization-

Confidential

Responsibilities:
  • Reviewed on the designs and working of onshore and offshore wind turbines, collected data, grouped them accordingly
  • Detailed analysis of the working of the offshore wind farms using Matlab Simscape Power systems, their Confidential and prospects

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