JavaÂ Developer Resume

TECHNICAL SKILLS:

Programming languages: C, Embedded C, C++, Java, Assembly.

Operating systems: Windows, Linux

Tools: Applications MATLAB, Code Composer Studio, PSoC Creator Suite, Simulink, Proteus, Simulink, GCC, AUTOSAR.

Protocols: TCP/IP, SPI, UART, I2C, CAN, LIN.

PROFESSIONAL EXPERIENCE:

Confidential

Java Developer

Responsibilities:

Implemented two level Page Table for mapping virtual pages to physical pages and physical page allocator to create, allocate and delete pages.
Wrote routines for traversing the page table, checking bounds of memory, allocating proper Page table entries for kernel and user functions.
Interrupt and Exception handling: Wrote Routines to set up IRQ lines, Fault handlers for respective interrupts according to access privilege levels
Implemented Inter - Process Communication (IPC) to share data or pages between processes.
Implemented Copy-on-Write Fork and Round-Robin scheduling.

Confidential

Java Developer

Responsibilities:

Wrote a network driver for E1000 network interface card.
Involved detecting the card, reading the vendor ID and on successful identification execute the concerned function.
Wrote a network server code to transfer packets between network stack and network driver.

Confidential

Java Developer

Responsibilities:

Wrote a Confidential UART driver for custom Hardware Accelerator for Linux for ARM.
Added the device node to the device tree, to give the hardware information.

Confidential

Java Developer

Responsibilities:

Built Linux Kernel image for ARM Versatile board, root file system with Confidential & ran a user program under Linux
Developed Kernel Module that accepts command line parameters on versatile PB ARM board.
Created UART character Driver for ARM Veratile PB board, which used polling to read and write a character on UART terminal.

Confidential

Java Developer

Responsibilities:

An IOT system consisted of an android app, Xampp and raspberry pi3 to create home security and monitoring system
Android app helped in monitoring and controlling the appliance and the database was maintained on a Lampp server which was accessed by the android app.
Camera and sensors were connected to raspberry pi 3 to simulate the home environment
Hosted a web server to interact with multiple incoming requests from web browser.
Used FIFO policy to schedule the connection requests from the browser, based on the producer-consumer model
Easter Eggs Search: Communicated with different nodes (Easter eggs) using XBee to find their location depending on their RSSI values.
API frames were used to create a data packet which were transferred to the XBee using UART
Stepper motor simulation: Simulated a stepper motor on Renesas RX63N and interfaced a temperature sensor to check for overheating
Digital Oscilloscope: Created a digital oscilloscope using Renesas RX63N to display the analog voltage signal on onboard LCD