Graduate Assistant Resume

PROFESSIONAL SUMMARY:

Graduate degree in Electrical Engineering with major in Wireless Communications and minor in Control Systems
Proficient Knowledge in MATLAB, SIMULINK, Xilinx software’s, Advanced Design Systems as well as with C and VHDL languages
Academic experience in MATLAB, VHDL coding and Implementation
Ability to understand and apply models and simulation of control algorithms using MATLAB/SIMULINK

TECHNICAL SKILLS:

Languages: MATLAB, Simulink, VHDL,Verilog(Beginner), C, Basics of C++ and Python, Embedded C

Platforms: Microsoft Windows XP/ vista/ 7/ 8, MAC OS

Tools Used: dspace, Advanced Design System(ADS), CAMAD, CAN, PSpice, Xilinx ISE, Microsoft Office suite

PROFESSIONAL EXPERIENCE:

Graduate Assistant

Confidential

Responsibilities:

Monitored and maintained Radio Frequency, Embedded and Robotics Labs
Provided technical and instrumentation support on Spectrum analyzers, Network analyzers, Oscilloscopes and Signal generators

Lab Assistant

Confidential

Responsibilities:

Worked as a Lab Assistant for AC Circuits and Systems Laboratory for undergraduates
Introduced Matlab,VHDL to students in order to design various circuit models

Teaching Assistant

Confidential

Responsibilities:

Supervised Digital Systems course, introduced VHDL Coding and Implementation on Spartan 3E to the Freshmen in order to design and implement various digital systems
Supervised Continuous Time Signals and Systems course, introduced MATLAB coding and implementation on different real time systems to sophomores

Confidential

Responsibilities:

Presented a new scheme of watermarking technique which is inserting the mark i.e., edges in the image
Implemented utilizing Haar Wavelet Transformation technique, Insertion and Extraction algorithms using MATLAB
For fingerprint recognition, Image Enhancement is done by Gaussian filter, used for smoothing, global thresholding and then feature extraction using MATLAB

Confidential

Responsibilities:

Designed and simulated in VHDL, which is to be accessed on VGA display
Implemented the program on FPGA board which reads the commands/input given in the FPGA board
Pong game designed has multiple characteristics like changing colors, changing speed of the ball

Confidential

Responsibilities:

Various communication systems such as QPSK, BPSK using different coding techniques are designed using SIMULINK
Studied the modulation and demodulation techniques and implemented using MATLAB and SIMULINK

Confidential

Responsibilities:

Designed and simulated the cooperative control law for a group of linear multi agent systems using MATLAB and SIMULINK and studied the system behavior of multi agent systems

Confidential

Responsibilities:

Designed Low Noise Amplifier circuit at 2GHz using Advanced System Design Software (ADS)
Calculated Magnitude and Phase responses of S - parameters, gain, SWR and plotted w.r.t. frequency within the specified bandwidth
One of the components Micro strip is designed using MATLAB and its characteristics are observed and various parameters are calculated

Confidential

Responsibilities:

Presented the Dynamic modeling of a mobile robot, its trajectory tracking and synchronization and its dynamic stabilization problem
Designed the control strategy using linearization method and requires the robot localization coordinates
Designed and simulated using MATLAB under time varying sensor matrices

Confidential

Responsibilities:

Modeled the magnetic suspension system using state space method and transform techniques
Designed an optimal controller for a magnetic suspension system for the given specifications and studied the responses using MATLAB
Performed calculations and simulations using MATLAB and studied the results

Confidential

Responsibilities:

Generated PWM signal from an FPGA board and designed various clock dividers
Interfaced DC motor with an FPGA board and speed of the DC motor is controlled using PWM signal
Speed of the DC motor is displayed on the LCD where LCD controller is designed using FSM’s

Confidential

Responsibilities:

Different S-Parameters and parameters such as 3dB Bandwidth, Gain flatness, Losses, Impedances and frequency spectrum are measured using Network and Spectrum Analyzers for various RF components such as BPF, Power Splitter, Mixers, VCO, Couplers, Power detectors, different amplifiers etc.,
Using all these components, a Wireless Communication System is designed and implemented using different antennas and effects of image frequencies and polarization are observed and measured

We provide IT Staff Augmentation Services!

We'd love your feedback!

Resume Categories

Client Services

Job Seekers

Visa Sponsorship