Hardware Engineer, Electrical Engineering, FPGA/ASIC/SoC Engineer
Resume:
KRISHNA PRAMOD KANAKAPURA UMESH
**** ***** **** ***** *** 1802
Chicago IL 60616
********@*****.***
OBJECTIVE
To pursue a rewarding career, looking for an opportunity where my skills and knowledge can be utilized to best serve the organization.
SUMMARY
Strong knowledge and experience in designing and programming digital systems using microcontrollers.
Advanced practical knowledge of PLC programming, control systems, Electronic Design Automation (EDA) tools.
Extensive knowledge and understanding in Schematic Capture, Simulation, Circuit Design and Analysis.
Extensive knowledge and understanding in RTL design flow for FPGAs and ASICs using VHDL/Verilog.
Good knowledge and understanding in SDLC, STLC, Selenium and ability to develop test procedures.
Enthusiastic, quick-learner, hard-working and self-starting engineer with highly effective communication skills.
An individual with advanced problem solving skills and work efficiently in a team. Strong time management skills.
Technical Seminar on ‘Floating Gate Flash Memory Cells’, PES Institute of Technology, Bangalore South Campus.
TECHNICAL SKILLS AND ABILITIES
Programming Languages: C, C++, Java, Verilog, VHDL, MATLAB
Wireless Technologies: TCP/IP, Ethernet, USB, MAX232, ZigBee, WLAN,
Bluetooth, UARTs, CDMA, GSM
PLC Programming: 8051, ARM7 (LPC2148), Siemens S7
Laboratory Equipment Used: Cathode Ray Oscilloscope, Signal Generator,
Spectrum & Logic Analyzer, Digital
Multimeter
EDA Tools: Cadence Virtuoso, ModelSim, Xilinx ISE,
HSPICE, PSPICE, Simvision, OrCAD
Operating System: Windows XP 7/8/10, Linux, UNIX
Software Tools: MS Office, Keil µVision, LabVIEW, CAD –
Solid Edge, Adobe Photoshop, Selenium
EDUCATION
Illinois Institute of Technology, Chicago, IL, USA May 2016
Master of Science in Electrical Engineering
Visvesvaraya Technological University, Belgaum, India June 2013 Bachelor of Engineering in Electronics and Communication
COURSEWORK
Embedded Digital Systems, Wireless Communication, Introduction to VLSI Design, Advanced Embedded System Design, Fundamentals of HDL, Hardware/Software Co-Design, Object Oriented Programming with Computer Simulation, Control Systems, Microcontrollers (8051) and Microprocessors (8086), Video Communications, Multimedia Communication, Computer Networks with Laboratory, GSM, Network Analysis, Optical Fiber Communication, Logic Design.
WORK EXPERIENCE
Technical Production Assistant – IIT Online/TV Jan ’15 - Dec ‘15 Captured and recorded live class lectures to be viewed by online students.
Systems Administrator – Sify iway, Bangalore, India Jul ’13 – Jul ‘14
Performed System administration, activities like Computer maintenance and software installation and kept accurate records of logs and inventories of the organization.
Assisted customers while printing documents and connecting devices over the LAN for online gaming.
ACADEMIC PROJECTS
Smart Irrigation System Using ARM7 Jan ‘13 - May ‘13
Designed and built an in-house moisture sensor for detecting the moisture content in the soil.
Designed a system to help the farmer in irrigating their lands based on the moisture content in the soil.
The irrigation system was implemented which could be operated remotely with the help of GSM.
The irrigation system sent text messages to the farmer’s cellular phone.
Implementing a 32-bit CPU with New ALU Architecture Nov ‘14 - Dec ‘14
Synthesized a 32-bit CPU with different adders.
Further enhanced the ALU Design by adding a 32-bit comparator block.
Implemented schematic and full custom based layout Tool: Cadence Virtuoso, 180nm technology.
Analysis of Transforms on 2-D images Jul ‘15 - Aug ‘15
Developed a software application to perform analysis of Gabor Transform, DWT and DCT on 2-D images.
The software application achieved was in menu driven approach and the algorithms is implemented using MATLAB.
Fast Fourier Transform on NoC Architectures Feb ’16 – Apr ‘16
Understood basic NoC behaviors and built a NoC prototype using SystemC modeling language.
Determined the utilization rates and queue sizes of the routers and processing elements.
Designed a NoC model that processes 8-point Discrete Fourier Transform (DFT) using Fast Fourier Transform (FFT).
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