Control Engineer

OBJECTIVE:

Seeking entry level Electrical/ Control Systems Engineer position

INTERNSHIP:

Rashtriya Chemicals & Fertilizers Limited, Mumbai, India Jun 2007- Aug 2007

Analyzed working of instrumentation and the measuring devices, automation and process control parameters, transmitters and transducers, hydraulic and pneumatic operated control systems

Monitored proper functioning of plant parameters and also varying their set points with the help of Supervisory Control and Data Acquisition System (SCADA) using Wonderware(HMI)

Monitored Installation of Programmable Logic Controller (PLC)

Reviewed motor control for AC and DC drives using Variable Speed Drives (VSD’s) and Variable Frequency Drives (VFD’s)

Interpret Piping and Instrumentation Diagrams (P&ID), Process Flow Diagrams (PFD), instrument list and input / output list

WORK EXPERIENCE:

Campus Recreation Intramural Sports- University of Houston Aug 2010- Jul 2011

Sports Official- Officiate various sports like Soccer, Flag football, Basket Ball

Bauer Division of Technology- University of Houston Jul 2011- Dec 2011

Instruction Assistant- Responsibilities include managing Bauer Lab and loading and updating software’s

EDUCATIONAL QUALIFICATION:

Masters in Electrical Engineering- University Of Houston Jan2010- Dec 2011

Cullen College of Engineering

GPA- 3.41

Relevant Courses

• Power Electronics and Electrical Devices

• Industrial Power System Protection

• Digital Control Systems • Optimal Control Systems

• State Space Control Systems

• Engineering Economics

PROJECT:

Substation Protection Design

Used SKM software to make/design the one-line diagram of the plant

Entered the device data and did the load flow analysis

After doing the load flow analysis, selected the Current Transformers according to the current rating

Protection scheme was decided according to the NEC standard

• Relays, fuses and circuit breakers were selected for the protection of Motors, Generators, Transformer, Feeders

• Differential protection was used for protection of transformers

• Overload protection of motors

• Over current protection of feeders and generators

After selecting the relays, the TCC (time current characteristics) curves were obtained using SKM software

SKM software was used to co-ordinate the TCC curves to prevent the false-tripping

Co-ordination was done from downstream to upstream devices i.e. from load to the generator

Bachelor’s in Instrumentation Engineering, University of Mumbai Aug 2003- Aug 2008

Rajiv Gandhi Institute of Technology

GPA- 3.20

Relevant Courses

• Industrial Process Control

Feed-back Control loops

Feed-forward Control loops

Distributed Control System

SCADA systems

• Industrial Electronics

PID Controller

Types of Relays

Motors & Generators

• Industrial System Design

PLC programming

Valve Selection Criteria

Valve Capacity & Cavitations

Valve Positioner

Hydraulics & Pneumatics System • Control System Components

ISO Symbols

Types of Valves

Application of Valves

Process Control Pneumatics

Transmitters

• Distributed Control System

Batch Process

Discrete Process

Continuous Process

• Analytical Instruments

Gas Chromatographs

Liquid Chromatographs

Types of Analyzers

Spectroscopy

Compressors

PROJECT:

Synchronization of Traffic Signal

Synchronized two traffic signal junctions using microcontroller 89S51

Signal by wired/wireless means will reach next signal junction’s microcontroller on its receiver line

It would detect traffic congestion and indicate the drivers for an alternate route

PROFESSIONAL AFFILIATION:

• Student member of International Society of Automation (ISA)

CERTIFICATION:

• Lean Manufacturing

• Six Sigma Green Belt

• Appearing for EIT Apr 2012

COMPUTER PROEFICIENCY:

• SKM Power Tools

• Software- Matlab, MS-word, MS-Power-point, MS-Excel, Mathematica

• Languages- C, C++, and MATLAB

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