Graduate Electrical Engineering Student Resume
SUMMARY:
Graduate Electrical Engineering student seeking a full - time position in the field of Embedded/ IOT/ ASIC/SoC/FPGA’s
TECHNICAL SKILLS:
Languages: Verilog, C, C++, Python, System Verilog, Embedded C, Java, HTML, CSS, VHDL
Tools: Quartus Prime, Xilinx ISE, Vivado, ModelSim, Proteus VSM, Cadence Virtuoso, Matlab, HSpice, SimpleScalar, Confidential, Altium Studio, Eclipse, Keil uVision, Kinetis Design Studio, Wireshark
Hardware Platforms: FPGA (Xilinx Artix-7), Microcontrollers (8051, Atmega328, ARM, PIC, STM32)
Operating Systems: Windows, Linux, macOS
PROFESSIONAL EXPERIENCE:
Confidential
Graduate Electrical Engineering studentResponsibilities:
- PCB designing, Schematic designing and testing was done using Altium Designer 18.
- Integrating of many electrical & mechanical components, sensors (line camera, hall effect sensor, accelerometer) and actuators (motors) was performed to achieve a minimum speed of 9 ft/sec
- Implemented PWM on the dc and servo motors while developing the firmware on the freescale microcontroller using Altium Studio
Confidential
Graduate Electrical Engineering studentResponsibilities:
- Designed a high-performance circuit in Cadence virtuoso using a three 8- bit Registers, CLA adders and long interconnect chain in 45nm technology (Low threshold voltage transistor family) to provide the best performance with minimal power dissipation
- Delay and power dissipation was found to be more in layout than in schematic due to the presence of wire parasitic in the chain
- Designed the physical layout of the system and performed the Design Rule Checks and Layout Vs Schematic Checks using Cadence
Confidential
Graduate Electrical Engineering studentResponsibilities:
- Developed the behavioural design of ALU for a 32 -bit ALU using System Verilog in ModelSim
- Tested the design with the test bench and test vectors to check the output of the design with different applied inputs using waveforms while simulating the design
- PIC18F258 microcontroller with a built-in CAN module and an MCP2551 transceiver chip is used to communicate with CAN bus
- Temperature sensor (LM 35) collects the data every second and communicate the data to the LCD display via CAN bus
Confidential
Graduate Electrical Engineering studentResponsibilities:
- Designed a biometric system to avoid any rigging in EVM’s which checks for the eligible voters using Atmega168
- The system also checks for unauthorized voters and multiple voting attempts resulting in raising an alarm to alerts the nearby officials on any rigging
- Programmed the Fingerprint detector code in Micro C Pro and simulated the design in Proteus ISIS before developing the hardware
Confidential
Graduate Electrical Engineering studentResponsibilities:
- Designed a circuit which is used to count the number of visitor entering a house using Infrared ray and simultaneously turning on the lights of the room and vice versa in case the counter reaches zero when the visitor moves out.
- PCB designing, soldering of electrical components and testing of the counter was done successfully by using two IR modules
Confidential
Graduate Electrical Engineering studentResponsibilities:
- Performed test coverage and diagnosis resolution on Confidential -85 benchmark circuits using Confidential ATPG tool.
- Generated test vector sets to improve the coverage and resolution of faults.
