Title Scientific Officer resume example with 2+ years of experience
JessicaClaire
Montgomery Street, San Francisco, CA94105609 Johnson Ave., 49204, Tulsa, OK
H: (555) 432-1000
C:
resumesample@example.com
Date of Birth:
India:
:
single:
Summary
Innovative Electrical Engineer specialized in Power and Control.
Highlights
Technical Skills Software/algorithm design and development
Energy management systems
Engineering software
The Mathworks MATLAB
Strong presentation skills
Team player
Accomplishments
Received MS in Electrical Engineering with a GPA of 4.0
Conffrence
Received bachelor of engineering and master of technology degree with honors
Experience
Title - Scientific officer, 01/2007 - 2008 Nuclear Power Corporation India Limited – City, STATE, (NPCIL) Rawatbhata and Kaiga, India http://www.npcil.nic.in The Nuclear Power Corporation of India Limited (NPCIL) is a government-owned corporation of India based in Mumbai. One of the public sector undertakings, it is wholly owned by the Union Government and is responsible for the generation of nuclear power for electricity. NPCIL is administered by the Department of Atomic Energy (DAE), part of Ministry of Science and Technology. NPCIL is the only utility company in India which uses nuclear fuel sources. Title - Scientific officer, Feb 2007-Jan 2008 - Received 6 months long class room training on various functional aspects of a nuclear power plant: ◦ Successfully learnt the operation and protection systems of Pressurized Heavy Water Reactor (PHWR) ◦ Received instructions on operation and control of turbine-generator set and power transmission systems - Received 3 months long practical commissioning training for a 220 MW capacity of nuclear power plant ◦ Gained experience in systems long commissioning, system operations, preparation of commissioning procedures, technical information reports and commissioning reports ◦ Worked on the commissioning of emergency diesel generator, used as a back-up supply of power in case of emergency situation at nuclear plant. ◦ Worked on the commissioning of control room, used to centralized the control on nuclear reactors and its protective system as well as power generation and its transmission to other remote locations - Ranked 4 in a class of 90 students based on the consistent good performance in evaluation exams and final interview. Received an option to work at a new commissioning site in Rawatbhata, Rajasthan, which provided a tremendous opportunity to gain experience in power plants.
Title - Lecturer, 07/2005 - 2007 Mahakal Institute Of Technology – City, STATE, Successfully managed and taught electrical engineering courses such as digital control system, network system, power systems protection and power electronics - Received appreciation from college board and dean on several occasions for exemplary teaching skills - Proactive initiated the set-up of control system lab; provided coaching on MATLAB software to new students - Mentored students, organized college events and managed training and placement unit
Education
: Electrical Engineering, Expected in - Georgia Institute of Technology - Atlanta, GA GPA:
Pursuing Doctorate program in Power Group form Electrical and Computer Engineering College. Completed course work required for the program and working on research on design of the controller.
: Electrical Engineering, Expected in 2013 - University of Memphis - Memphis, Tennessee GPA: Completed Master in Science in Electrical Engineering with a GPA of 4.0. The master thesis is completed under the guidance of Prof. Dr. M. H. Ali. on the topic "Transient
Stability Enhancement of Electric Power Grid by Novel Braking Resistor Models". The Major Subjects covered are Evolutionary Computation, Wind Energy Conversion Systems, Electrical Power Quality, Artificial Intelligence.
: Integrated Power System, Expected in 2005 - Visvesvarya National Institue of Technology - Nagpur, Maharashtra GPA: Completed the Master of Technology (M. Tech.) program with specialization in Integrated Power System with a GPA of 3.25. National Institute of Technology, Nagpur, India. Major Subjects - Advanced Power Electronics, Advanced Control systems, Flexible AC Transmission (FACTs) devices, and Digital protection system.
: Electrical Engineering, Expected in 2003 - Ujjain Engineering College - Ujjain, Madhya Pradesh GPA: Field of interest Reliability Analysis, Power System Stability, FACTs Devices. Projects M.S. Project summary - Transient Stability Enhancement of Electric Power Grid by Novel Braking Resistor Models Implementation of Braking Resistor is an efficient method to improve the transient stability of the power grid system by decreasing the increasing speed of connected generators in the grid system. Two new three phase braking resistor models, Rectifier Controlled Braking Resistor and Chopper Rectifier Controlled Braking Resistor, are proposed in this work. These models are designed with a single unit of braking resistor for a three phase system. The proposed models have a benefit of reduced size and area, resulting in reduced cost with comparable performance with the existing Thyristor Controlled Braking Resistor.
: Project summary, interest, Expected in - Ujjain Engineering College - Ujjain, GPA:
Master of Technology: Project, Engineering, Expected in 2013 - - Washington, DC GPA: Master of Technology Project - Study of Reliability Criteria for the Distribution and Sub-Transmission System Reliability Criteria is calculated for a live network of Maharashtra Power Grid System by using self-developed software. The outage parameters are calculated for each section of line and protection devices and then combined reliability is calculated for the given distribution system and sub-transmission system. The data is calculated for a per year basis. Project work in Bachelor of Engineering - Use of Artificial Neural Network in Power System Application Artificial Neural Network is an effective computational technique to solve a non-linear equation. Back-propagation training method is implemented to train a neural network for solving power system fault detection problem. The line voltages and currents are fed in the network and power is measured at the output. A four input and single output system with single hidden layer with four neurons is designed. The coding for neural network is done in MATLAB software. Papers Published 1) R. Claire and M. H. Ali, "Novel braking resistor models for transient stability enhancement in power grid system", Proceedings of the IEEE PES Innovative Smart Grid Technologies (ISGT) Conference, Paper No. 213, Washington DC, USA, February 24-27, 2013.
Affiliations
IEEE
Skills
Electrical Engineering, Power System, Training, Ac, Power Electronics, Generators, Reliability Analysis, Three Phase, Control Systems, Artificial Intelligence, Matlab, Coaching, Proactive, Self Motivated, Teaching, Class, Comprehensive Large Array Data Stewardship System, Control Room, Diesel, Fossil Power, Fuel, Its, Nuclear Power, Operations, Power Generation, Power Transmission, Transmission Systems, Turbine, C++, Cooking, Dynamics, Fortran, Machine Design, Machine Design/fabrication, Microsoft Dynamics, Neural Networks, System Management, Ug Designer, Artificial Neural Network, Basis, Coding, Fault Detection, Ieee, Neural, Neural Network, Smart Grid
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