Arushika Koul
******@**********.*** *********@*****.*** Cell: 607-***-**** https://www.linkedin.com/in/arushikakoul/ Looking for position as an engineer or related position which offers key participation, team oriented tasks, immediate challenges, and career opportunity in Computer Engineering. EDUCATION:
State University of New York at Binghamton Expected: May 2018 Masters of Science, Electrical & Computer Engineering [GPA: 3.9/4.00] University of Pune, Maharashtra, India Aug 2012 - May 2016 Bachelors of Engineering, Electronics & Telecommunication Engineering [GPA: 4.0/4.0] TECHNICAL SKILL-SET:
PROGRAMMING and SCRIPTING LANGUAGES: C, Embedded C, C++, Java, Python, HTML, XML PLATFORMS: Windows, LINUX, Android
TOOLS: Wireshark, tcpdump, VMWare(Virtual PCs used for understanding Virtualization & Routing in Networks), MATLAB, AVR ATMEL, Keil Micro Version, CISCO Packet Tracer, Metasploit, Putty, AUTOCAD, GIT EMBEDDED SYSTEMS OPERATING SYSTEMS NETWORKING
I/O Organization
Memory Organization
Micro-controllers: Architecture,
Programming & Interfacing
Protocols: I2C, USART, SPI
ARM, AVR Microcontrollers
C to Assembly Language
Device Drivers Implementation
& Structure
Linux Kernel(Basics)
Embedded RTOS
Debugging
LINUX
Virtual Memory
Paging : Replacement
Algorithms(LRU,FIFO)
Task Scheduling
Process
Coherence
Persistence
Boot Loader Mechanism
Kernel- Basics
Computer Organization &
Architecture: Pipelining
TCP/IP Protocols Suite
OSI Model
LINUX Network Administration
Virtualization: VM Machines
VMWare Platform
IP Routing
Network Reconnaissance
CIDR & IP Addresses
DNS, DHCP, VPN
Internet Protocols, Layer 1,2 &
3(IPv4,IPv6,OSPF,BGP),3G/LTE
IoT Architecture: Service Discovery Protocols
EXPERIENCE:
Panasonic Automotive Systems America (PASA)
Software Developer Intern Aug. 2017 – Till Now
Wireless Camera: Android application to stream directly from wireless cameras to head unit in car with minimum latency.
o Created the application (APK) in Java using Android Studio. o Worked with RTSP/H264 streaming using TCP/UDP from wireless camera to Head unit. o Used FFMPEG/Live555 to stream raw H264 to MediaCodec in C, C++ using JNI. o Used Android MediaCodec to decode H264 stream and display on surface. o Designed the UI elements of the application, using XML for navigating in different cameras o Followed Agile methodology, while developing the app. Wireless Speakers: The purpose of this Android application is to stream directly via phone, connected to head unit in car, to all the wireless speakers using Raspberry Pi 3. o Working on developing POC (proof of concept) for Wireless Speakers for infotainment system in Automotive Industry.
MAJOR and MINOR PROJECTS:
Touch Screen Directed Robot: Developed Touch-Screen Directed Robot using AVR 328P having interface to 4 wire resistive touch screen to a microcontroller. The path drawn on the touch screen is sensed and traced by the robot.
Gesture Controlled Robot: Developed Gesture Controlled Robot using AVR 16. The robot senses hand gestures, mounted with an accelerometer, using NRF modules.
Device Drivers for 3 Pi Polulo Robot: Developed different device drivers for the 3 Pi Polulo Robot.
Intrusion Detection System: Designed Intrusion Detection System in Python for detecting network scans.
DNS Activity Monitor System: Designed a DNS Activity Monitor System in Python to track the intra-network communication of a given system.
Formation & manufacturing of Silicon Transistors: Did the formation & manufacturing of Silicon Transistors in a clean room environment.
Hands-on experience on setting Virtual Machines using VMWare, connecting and maintain networks in a virtual environment. Used Dell Switches and Putty software.