Summary



Recent Electrical Engineering Masters graduate interested in the Embedded System Development domain.
Dynamic, achievement-driven and result-oriented.
Ability to synthesize and solve complex problems to meet end-user requirements.
Proficient in multiple operating systems, programming languages and software applications with zeal in learning cutting-edge technologies.

Enthusiastic, knowledge-hungry, self starter, eager to meet challenges and ability to incorporate current technologies, skills, concepts and ideas.

2 years as a computer lab assistant, performed troubleshooting, solved problems and assisted in quality assurance.
Proficient in writing C, C++, C#, basic Java, Python, assemblers and Matlab programs.
Designed and tested system level electrical and control component blocks using Simulink and Simpowersystems.

Designated as an Electrical lead project mentor, exhibited exceptional relationship-building abilities with good interpersonal communication and presentation skills.


Achievements

IEEE student member .
Worked as an EE Lead Project mentor in engineering summer camp .
Secured first place in Science and Health competition .
Captained Cricket team for school and college .



Employment

February, 2008 -  Present
Computer Lab Assistant

Education

Course Work

Advanced Embedded Microcontroller Systems Optimal Control Systems Wireless Communication Systems Non Linear and Adaptive Control Systems Digital Signal Processing Kalman Filtering Linear control Systems Power System Distribution 10/04/2009

Arjun Singh
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Skills

Software : C, C++, C#, Basic Java, SQL Server, HTML, Python. Hardware : VHDL Model Sim, Labview, Pspice. Power system Tools : ETAP, PowerWorld. Assembly : TASM and MASM 8085, 8086, 8051, MPLAB IDE Microcontroller- 18F4620. Simulation design Tool : Matlab, Simulink, Robotics Toolbox, Simpowersystems, Oscilloscopes, Multimeter.
PROJECTS Designed and developed RS-232 to 4 - wire RS-485 converter and a 4 - wire RS-485 transceiver bidirectional communication system between a PC and 1 more slave microcontroller. The hardware system involved interfacing with UART I2C, 1 - wire, SPI, Serial, PSP, Memory organization, Mapping and timing, basic I/O Interface and interrupt Operations - Assembly programming. Implemented a Cooperative Real Time Operating System RTOS with support for semaphores, systems timers and priority scheduling. The kernel functions like yield, wait, signal, delay, signal_int, destroy_process were written to test the code efficiency and hardware-software interactions C programming. Implemented and tested a System level design of CNC 3D machine integrated using RTOS. Worked on the design of PD controller, to control the motion of 3 stepper motors and user interface for scanner application - Embedded C and VC++ programming. Design, Development and verification Front End Design of an 8 bit Digital Signal Processor DSP to handle real time signal Processing. Have taken the concept of Harvard and RISC architecture to design specifications. Wrote test programs to check the behavior of the microprocessor VHDL programming. Simulated a simple transmit diversity and spatial multiplexing with polarization diversity to check the bit error rate BER performance of transmit diversity and spatial multiplexing in MIMO wireless system with dual-polarized antennas MATLAB programming. Evaluated the performance of Channel estimation, channel model and performance metric based on FDM and CDM channel sounding Principle techniques for different number of users MATLAB programming. Programmed, simulated and tested real time Digital Signal Processing techniques like Filtering, Interpolation, Extrapolation, Z Transform, Fourier Transform MATLAB programming. Design and implemented the DSTATCOM controller consisted of VSC, DC storage device, coupling transformer and associated control circuits to check the performance of Distribution Static Synchronous Compensator DSTATCOM in a distribution network - simulink and simpowersystems toolbox. Solved to improvise a localization problem for robots by applying the stochastic state estimation filtering techniques like Kalman filter and extended Kalman filter- MATLAB programming. Developed a method to monitor the health of buildings and bridges. Configured a wireless sensing network based on an Impedance based sensor measurement system consisting of PZT sensor, amplifier, low pass filter and impedance analyzer chip. Working as a technical support in solving issues concerning desktops, printers and HP design jet plotters. Interact with students and assist in maintenance of student email accounts and software queries. Designated as a trainer to orient new lab assistants with their assigned work and responsibilities. SOFTWARES QUERIES : Adobe Photoshop, Adobe Flash, Office, Visual Basic and Windows Vista/XP.