State University Engineering

BHUSHAN MUTHIYAN

669-***-**** ***************@*****.*** https://www.linkedin.com/in/bhushanmuthiyan Master of Science, Computer Engineering, San Jose State University, CA GPA 3.60 May 2017 Bachelor of Engineering, Electronics & Telecommunication, Pune University, Pune May 2014 RELATED COURSEWORK

Advanced Computer Architecture, Embedded Software, Digital Logic Design, Advance Microprocessor Design, VLSI Design and Technology, Data structures and Algorithms, High Speed Digital Design, Signal Integrity, GPGPU Architecture, Wave Theory and Antenna, Deep Learning. TECHNICAL SKILLS

Programming Languages C, C++, Python, CUDA, Assembly Scripting Languages AppleScript, LUA

OS Windows, Linux, Mac OS

Protocols UART, SPI, I2C, CAN BUS, 802.11b, RF Communication, IPV4, HTTP, SCP, TCP/IP, ARP, ICMP. Tools GDB, GCC, Visual Studio-2015, XCODE, Free-RTOS, ARM-KEIL, EAGLE, Orcad Capture, Tegra system Profiler, PCAN(CAN Bus Tool), CAN DBC file-format, Haptic Vibrator, TensorRT. Packages DBC File Format, Auto-generated code, MATLAB, MicroC PRO,Eclipse IDE, DAVE(Infineon), Github, Gitlab, ROS, RVIZ(Hector-mapping), Visual IBIS editor, IBIS modeling, Nvidia Nsight Eclipse, openCV, Sisoft Simulation, x86 Instruction set Architecture. Embedded-GUI Visual TFT, QT, Convolutional Neural Networks. Hardware Xilinx-XC3S400, ARM STM32F407, AVR 8051, LPC 1769/68, Jetson TK1/TX1, JTAG. Frameworks Caffe, Tensor flow, Torch, DDR signal Integrity, OpenMP, Deep Neural Network, OpenGL. Measurement tools Spectrum analyzers, Oscilloscope, Network Analyzer, DMM. WORK EXPERIENCE

Graduate Research Assistant, San Jose State University. SJSU, CA Ongoing

- Developed algorithms to enhance the speed of the operations in-Image Processing using CUDA.

- Assisting students for developing projects on Jetson TX1 in Caffe and OpenCV. Embedded Software Intern at Medika Therapeutics Inc., Fremont, CA (3 months) June 2016 - August 2016

- Designed Embedded Bluetooth applications (ARM STM32F4) to pair with custom edge hardware products.

- Worked on PCB designing of H-Bridge circuit of Infineon technologies. RELEVANT PROJECTS

Self-Driving Car (C, C++, Free RTOS, CAN, Gitlab, PCAN, Auto Generated Code) Dec 2016

- Built a self-driving car that can navigate itself to desired destination, avoiding the obstacles.

- Implemented CAN bus protocol with six controllers connected to each other using FreeRTOS.

- Developed CAN protocol using DBC file and Auto generated code per industry standards. Autonomous RC Car (ROS, PYTHON) Sept 2016

- Interfaced Hokuyo Lidar and Razor IMU to Jetson TK1 to develop algorithms for obstacle detection and localization to generate and train Path using Adaptive Monte Carlo Localization.

- Integrated ZED camera to capture real-time images. Applied Haar-cascade classifier in OpenCV for image processing and fed that image to Caffe model to detect the obstacle in order to make it fully autonomous. Energy-efficient and accurate illegal dumping learning system using GPU (CAFFE, TensorRT, OpenCV) February 2017

- Worked in a group of four to monitor the illegal waste dumping activity using the Caffe machine learning algorithms on Jetson TX1.

- Implemented TensorRT on .caffemodel to increase memory efficiency.

- Implemented OpenCV algorithms to capture real-time images and developed algorithms for image- preprocessing.

Signal Integrity testing of DDR2 interface with MPC8379E microprocessor running at 400 MHz (Signal Integrity) Dec 2016

- Designed an interface of MCPC8379E PowerQUICC II Processor which supports 64-bit at 400 Mbps data rate, with 16-bit DDR2 memory MT47H256M4CF.

- Developed timing analysis charts for DDR2 interface. Implementation of Auto-Generated code using CAN DBC File Format (CAN, DBC File-format) Sept 2016

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