Control Electrical

Objective: Seeking a full-time position that will help fully utilize and

expand my skills and knowledge base in the field of Electrical and Controls

Engineering.

Skills:

. Designing Control Systems

. Dynamic Modeling and Simulation using MATLAB and Simulink

. Programming Embedded systems

. Electrical circuits design and simulation

. Piping and instrumentation diagrams

Education:

. Idaho State University, Pocatello, Idaho

Aug 11 - May 14

Masters of Science in Measurement and Control Engineering

GPA: 3.35

. Sri Sai ram Engineering College under Anna University, Chennai, India

Aug 07 - May 11

Bachelor of Engineering in Instrumentation and Control Engineering

73%

Relevant Courses:

Control Systems, Non-linear control systems, Robotics and Automation,

Robust Control system, Embedded systems, Advanced Microelectronics,

Advanced Measurements

Experience:

. Career Path Intern

Pocatello, Idaho State University - Sep '12-Dec '12

Aided in teaching and grading "The Electrical Machines and Power

laboratory" course for undergraduate students. Also was responsible

for maintaining lab inventory.

. Graduate Research Assistant

Pocatello, Idaho State University - Sep '11- Dec'12

Part of the Idaho State Universities research group involved with the

controls of the prosthetic hand.

Academic Projects:

. Slippage Control of a Prosthetic Hand (Master's thesis work)

Modified a force sensing resistor to be used as a slippage sensor and

used the slippage sensor on an embedded platform with a 5 Degree of

freedom prosthetic hand. Developed a fuzzy logic control Algorithm and

implemented the controller in a real time embedded environment. The

slippage control works in conjunction with the position control system

of the prosthetic hand.

. Digital thermometer using PIC 32 microcontroller (March 2012 - April

2012)

Implemented a digital thermometer using a simple temperature sensor

chip connected with a PIC 32 microcontroller. A display was used to

interface with the microcontroller displaying real time room

temperature in Fahrenheit and Celsius.

. Petri Net based fault Accommodation for a hybrid dynamic system

(January 2011-May 2011)

Used Petri Net to model a bottling plant and developed a fault

accommodating model for continuous plant functioning even when there

are faults inline.

. Non-Lethal Stun Gun (July 2009-August 2009)

Used two IC 555 chips to implement a non-lethal stun gun with an

output power of 295V and negligible current.

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