Sajid

4/17/2014
Lockport, NY

Position Desired

Computer Engineering
Anywhere in the U.S.
No

Resume

SAJID S. SHAIK

OBJECTIVE

Seeking a career in the field of Embedded Software Engineering.

EDUCATION

 M. S. in Electrical Engineering, 2011 November 2009 – October 2011
Rochester Institute of Technology, Rochester, NY GPA 3.5/4.0
GPA: 3.5/4.0, Major: Signal Processing and Embedded Systems

 B. E. in Electrical and Electronics Engineering September 2003 – August 2007
M. S. Ramaiah Institute of Technology, Bangalore, India First Class

SKILLS

Languages: C, Matlab/Simulink/Stateflow, Verilog, Assembly, Basic Shell Scripting, PERL
Microcontrollers: Freescale Star12, PIC, 8085/86, TI DSP Processor TMS320C67x (floating point)
Software / Tools: Lauterbach Trace 32 debugger, Eclipse, Microsoft Visual Studio, TI Code Composer Studio v4.2, ModelSim, Vehicle Spy
Hardware Skills: Campbell Datalogger, Neo VI, Mentor Graphics
Lab Equipment: Oscilloscope, Network Analyzer, Function Generator, Soldering
Comm. Protocols: I2C, SPI, CAN, LIN
Platforms: Windows, Linux/Unix

GRADUATE COURSE WORK

Operating System Internals (Linux) * Random Signals and Noise * VLSI Design * Computer Vision * Matrix Methods in EE * Adaptive Signal Processing * Information Theory * Principles of Robotics * Digital Signal Processing * Pattern Recognition * Digital Data Communication * Modern Control Theory * Embedded Systems

PROJECTS/LAB

 Migration of Freescale HC12 codebase to S12X Microcontroller
Modified the vector / interrupt table (bootloader), Makefile, Linkfile and other relevant files appropriately to migrate the codebase to work with the new compiler for S12X microcontroller. Gained immense knowledge about low level microcontroller programming.
 Developed CAN package with Saint 2 for Electric Compressor Development
Recognized and modified the CAN bus commands from CANalyzer to use it with the Saint 2 in order to operate the Electric compressor.
 Developed I2C driver (interrupt based) for communication with multiple Touchscreens
 Supported the development of software by Intrepid Control Systems
Programmed CAN based ECUs in order to function on a GM car for a thermo-electric project for energy conservation. Also programmed the Campbell Dataloggers to generate CAN frames and transmit on the bus for logging and troubleshooting.
 Developed Simulink GUI with Active-X controls
 Developed a custom S-Function in Simulink for Newton-Raphson method
Used to replace the algebraic constraint block in the model thus enabling the ability to use the code generation tools o...

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