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CAREER OBJECTIVE

To contribute to the success of an organization by fully utilizing my skills and knowledge in the field of Board Level Hardware Design and Development in a position offering growth and development.

CAREER SUMMARY

• Master’s degree (M.Sc – Applied Electronics).
• More than 1 year experience in Board level hardware design, Board testing and development.
• Involved in QA for the customer releases.
• Custom application development.
• Hardware Skills         :   Digital Oscilloscope, In-Circuit Debugger for  Microcontrollers,
                                            PIC Start Plus –PIC Microcontroller programmer.
• Design Skills              :   Schematic Capture (Orcad), Layout (Orcad).
• Microcontrollers       :   Rabbit RCM 3100, Microchip PIC18F452, Atmel 89c51
• Protocol Knowledge :   CAN, I2C, SPI.
• Languages                  :   ‘C’, Assembly for PIC 18F452 and 87c51.
• Soft skills                    :   Innovative and creative.Possess excellent analytical and communication skills. 

PROFESSIONAL EXPERIENCE

• RESEARCH ASSOCIATE (BOARD DESIGNER)

INDIAN RESEARCH LABS, AGARTHALA

Job responsibilities

Working as an individual contributor with Embedded Computing Hardware group, developed several Boards using RCM 3100, PIC 18F452, RFID MODULES,ETHERNET CONTROLLER, I2C Supporting devices( DAC,ADC, TEMPERATURE SENSOR, EEPROM),LCD  etc., devices.

1. Design of Device Adapter Hardware: This involves Component Selection and Purchase, Interface Design, Schematic Entry, Board Layout, BOM creation EMI/EMC and Board Bring up.
2. Debugging of the Device Adapter Hardware: Testing of the hardware for proper signal and supply levels using Oscilloscope.
3. Testing and Documentation: This involves running various regression tests and Customer Documentation.

Project                 : Design of Text LCD and Keypad

Duration               : 2 months (May 2006 to June 2006)

Job Responsibilities

1. Schematic Entry.
2. Board Layout
3. Debugging the Board
4. Writing Test Cases
5. Documentation

The project is a wireless implementation of oximeters using a wireless card, PIC18F452 microcontroller, LCD character display, Keypad, Switches, Temperature Sensor, Potentiometer and a RS 232 interface. The board involved displaying the vital signals received from the oximeters plus the temperature and accepting data from the Keypads and Switches. The System consists of two boards in which the boards communicated to each other through I2C protocol.

Involved in
Developing the I2C Driver, LCD driver, Keypad Driver, ADC Driver.

Project                 : Design of Audio Board with CAN Interface board

Duration               : 2 months (Feb 2006 to March 2006)

Job responsibilities

1. Schematic Entry.
2. Board Layout

Project                  : Design of Text LCD and Keyboard with CAN Interface board

Duration                : 4 months (Oct 2005 to Jan 2006)

Job responsibilities

1. Schematic Entry.
2. Board Layout
3. Debugging the Board
4. Writing Test Cases
5. Documentation

The board developed is a part of a system that utilizes Controller Area Network     (CAN) protocol for board to board communication within the system. CAN is a serial bus system with multi-master capability, error correction, high noise immunity and real-time capability. The LCD displays the data entered through the Keyboard and also the data from the other boards through the CAN protocol.

Involved in
Developing the CAN Driver, LCD driver, Keyboard Driver, ADC Driver.

Project                 : Design of Development Board for PIC 18F452

Duration               : 1 month (Sep 2005 to Sep2005)

Job responsibilities

1. Schematic Entry.
2. Board Layout
3. Debugging the Board
4. Writing Test Cases
5. Documentation

The board developed demonstrates the digital and analog peripherals of the PIC18F452 microcontroller and allows for rapid and easy prototyping without the need to design a printed circuit board to support the included PIC18F452 Flash microcontroller. The board includes all the circuitry necessary for in-depth study and experimentation with most of the on-chip and external peripherals of PIC microcontrollers.

Involved in
Developing the SPI Driver, UART, ADC Driver.

Project                 : Design of Door Access system

Duration               : 8 months (Dec 2004 to July 2005)

Job responsibilities

1. Schematic Entry.
2. Debugging the Board
3. Writing Test Cases
4. Documentation

The project involved development of a proof-of-concept implementation of a secure electronic locking system with multiple modes of authentication, including RFID-based cards. An embedded lock control module having a full-fledged TCP/IP stack and built-in cryptography was developed as a part of this project.

Involved in
Developing the Firmware for the project.
Installing the Systems.

REFERENCES

Will be provided on request