Gadiya Electronics,
Vadgaon Sheri,
Pune 411007
Mobile: +91-9403620483
Email- vadakks@gmail.com
Senior Development Engineer with Gadiya Electronics Pune from December,
2010 till Present
To set and consistently achieve quality and quantitative targets in an organization where my strengths can be harnessed for delivering quality work. To grow as an individual in enhancing industrial skills and acquiring technical knowledge as well to prove my worth and potential to complete extent to be an asset to the company.
Skill Set
Functional:
1) Responsible for Understanding product requirements and translate in technical concepts.
2) Developing and maintaining hardware documentation and as required by various projects.
3) Writing Application Software in ‘ Embedded C’ language.
4) Modification of the codes for the micro controllers used, in C language.
5) Implementing changes in hardware design and software.
6) Understand and implement the hardware and to write the codes for 89c51 Based architecture, PIC
Architecture.
7) Key person to shifting entire existing product range on Arm Cortex-M0 and Cortex-M3 32 bit controller.
8) To look after the production activities.
9) Co-ordinate and work with other engineers to understand the system.
Work Experience
PROJECTS HANDLED @ GADIYA ELECTRONICS
Project 1 :-Step indexing controller (single axis controller)
Client :-NRB.
Features 1. It uses one Stepper Motors. It is Open loop System.
2. Accurate positioning, Flexible User Interface.
3. I2C Protocol to Read/Write external EEPROM.
4. High Speed with PIC 16-Bit microcontroller (PIC 33FJ64MC506).
5. 14 interlocks and 4 potential free outputs
Tools Used :-MPLABS
Contribution :-1. Done Hardware design and firmware implementation.
2. Whole Motor control application code implementation in C.
3. Final Testing and Integration with Customer.
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Project 2 :- Load cum Displacement Controller
Client :- Compton Greeve Aurangabad.
Features 1. It involves two indications
i) Linear displacement indication ii) Load indication
2. Two channel ADC for linear indication & Load indication.
3. I2C Protocol to Read/Write external EEPROM.
4. High Speed operation with PIC 16-Bit microcontroller
(PIC33FJ64MC506).
Tools Used :-MPLABS
Contribution :-1. Done Hardware design and firmware implementation.
2. Two channel ADC for linear indication & Load indication.
3. Two channel ADC interfacing.
4. Whole analog control application code implementation in C.
5. Final Testing and Integration with Customer.
Project 3 :- Linear Displacement Controller
Client :- Gabriel, Arm Welder, Artech Welder.
Features :-This project supports following features:
1. Linear displacement indication with 8-bit microcontroller (AT89S52).
2. Two potential free output with standard setting (sequential, inband
and outband).
3. I2C Protocol to Read/Write external EEPROM.
4. 0.025% accuracy.
Tools Used :- Keil uVision3
Contribution :-1. Role –Team Leader-Developer.
2. Done Hardware design and firmware implementation.
3. MCP3201 external ADC interfacing.
4. Whole analog control application code implementation in C.
5. Final Testing and Integration with Customer.
Project 4 :- Bending controller
Client :- Classic automotive.
Features 1. 8 & 16 Bit microcontrollers.
2. I2C Protocol to Read/Write external EEPROM.
3. LCD / LED Display.
Tools Used :- Microchip’s High Speed 8-bit controller with MPLABS IDE.
(PIC 18F4431)
Contribution :-1 Quadrature Logic for rotary Encoder
2. I2C Protocol To Read/Write external EEPROM.
3. IO Control for the Linear/Rotary position.
4. Whole LCD / LED Display.
Project 5 :- Pressure Difference controller.
Client :- Gabriel R.S. Sensor.
Features 1. 8-bit microcontroller(P89V51RD2).
2. LCD Display.
3. I2C Protocol to Read/Write external EEPROM.
4. Data acquisition and Control.
Tools Used :- Keil uVision3
Contribution :- 1. Done Hardware design and firmware implementation.
2. MCP3202 external ADC interfacing.
3. Whole analog control application code implementation in C.
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4. Final Testing and Integration with Customer.
Project 6 :- Rotary Encoder Based Length And Degree Controller
Client :- Classic automotive.
Features 1. Quadrature Logic for rotary Encoder
2. I2C Protocol to Read/Write external EEPROM.
3. IO Control for the Linear/Rotary position.
4. LCD / LED Display.
Tools Used :- Microchip’s High Speed 8-bit controller with MPLABS IDE.
(PIC 18F4431)
Contribution :-1 Done technical requirement analysis.
2. I2C Protocol To Read/Write external EEPROM.
3. Working in co-ordination with team member and Integrate the
System.
4. Whole LCD / LED Display.
5.Working in co-ordination with team member to write Software code.
Small Projects and Products Names:-
1.
Programmable Timers.
2.
3.
4.
Programmable Counters.
Stepper controllers.
Programmable Rate indicators.
5.
6.
7.
Load indicators.
Encoder Based Length/Degree Controller.
Analog based Length controller.
WORK EXPERIENCE @TATA COMMUNICATIONS LIMITED
Transmission Engineer(From 10 Sep 2009 to 10 Sep 2010)
Responsible of Operations & Maintenance of Backbone Equipment (ADVA FSP-
3000 DWDM, ADVA FSP-2000 CWDM), Backbone OFC (OFC route around 200 Km), and Site
Facility for Micro Pops, Major Pops & Mega POP under the MAN Network, Pune
 Maintenance of SDH Equipment Tejas (TJ CP-100, TJ-1270, TJ MC1, TJ MC-4L), ECI
(Micro SDM, XDM-100, 500, 1000).
 Fibre Optics Maintenance, Installation, Planning for ring structure.
 Knowledge of initial survey, feasibility and proposals for new telecom bandwidth solution, up gradation of bandwidth for customer, customer support and maintaining the telecom business solution dept. independently.
 Knowledge for designing of ring structure.
 Maintenance of optical fibre.
 Managing the Fault Rectification within the time window (MTTR) by arranging the FRT at the spot and ultimately restoration of the link by splicing the fibers.
 End to end Fiber Link Testing with OTDR, Power Meter and Power Source
 Worked on STM1, STM4, STM16 optical fiber rings.
 Vendor development and leased line management.
 Escalation handling and co-ordination with NOC for Network management, Service assurance etc.
Educational Testimonial
2009 M.Sc. (Electronics), University of Pune, Department of Electronics Science
(3.85/6 GPA)
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2007 B.Sc. (Electronics), Padmashri Vikhe College, Pravaranagar, University of
Pune. (71.56%)
2004 H.S.C. Karmveer Bhaurao Patil college, Ashwi Kd, Pune Board (54.17%)
2002 S.S.C. Pandit Neharu Vidhyalay Nimgaonjali, Pune Board (62.14%)
Technical Skills
Languages : Embedded C, C++ .
Layout Packages : Orcad Layout Plus.
Embedded Tools : Microchip’s MPLABS IDE, Keil uVision2/3/4,Cube Suite+.
Operating Systems : Microsoft Windows 7x/XP
Embedded processors : MCS51 core, Microchip 8/16- Bit controllers, Renesas
And Microcontroller 16 bit and Arm Cortex M0 and M3 -32 bit
(LPC11E12FBD48 and LPC1752FBD80 From NXP)
Communication Protocols : UART, I2C, SPI, Modbus and RS485(Introductory).
Post Graduation Project:
Development of method of procedure to minimize signal loss in optical fiber splice
Duration: 6 Months
Company: Tata Communication Ltd, Dighi.
Graduation Project
Development of actuator for multiposition temperature control system.
I hereby declare that the above-mentioned information is correct up to my knowledge and I bear the responsibility for the correctness of the above-mentioned particulars.
Personal Information
Name – Vadak Kailas Shahaji
Date of Birth – 6th July 1985
Sex – Male
Marrital Status – Unmarried
Nationality – Indian
Languages – English, Hindi, Marathi.
Hobbies – Music
Declaration
I hereby declare that the information given here is true to the best of my knowledge.
Place - ( Vadak Kailas Shahaji )
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