Siddhardha Vadella

Siddhardha Vadella

MASTER'S IN ELECTRONICS

  • Vijayawada Andhra Pradesh

CAREER OBJECTIVE

Looking for a challenging career which demands the best of my professional ability in terms of, technical and analytical skills, and helps me in broadening and enhancing my current skill and knowledge. 

Skills

Skills
tECHNICAL SKILLS

EDA Tools                                      

 Multisim ,KEIL, H spice.  Xilinx ISE,AVR studio, Xilinx Impact                                                               

 Hardware Description Languages   

Verilog, System Verilog

Platforms

UNIX, Windows.

Architectures

µP 8085, µC 8051

Assembly Programming

µP 8085, µC 8051.

Hardware Expertise                         

Cypress PSoC Board (for Embedded Applications)

Altera FPGA Board (Processor Based System Design)                                                                                                             

Mathematical Tools        

MatLab, LabView

Testing Tools                       

MQA 7000

Languages                                     

  C, C++, VHDL, Embedded C.

Equipment’s   

Spartan 3E FPGA, 8051F120, AT89C51, ARM7, LPC2148,ARM 9, Raspberry Pi, Motorola, 68HC11                                                                                                   

Work History

Work History

PCB Test Engineer

AWS ELECTRONICS GROUP ,NEWCASTLE    
Jan 2015 - Apr 2015

 Testing Kratos analytical PCB boards of HV pulse, HV Gates at high voltage, finding out faults in circuit design and connections on board. Programming to different types of microcontrollers and RF devices. Testing Oxford Instrumentations PCB's by using MQA 7000 testing tool.

Zone Operator

Adam foods
Mar 2013 - Jan 2015

 Operating various types of heavy electronics food manufacturing machinery. Identifying and reporting the problems occurring in the machinery functionalities.

MASTER'S PROJECT

Stafford Shire University 
Jul 2014 - Jan 2015
  • A  system for Vehicles Programmed ARM7 LPC 2148 in Kiel software to acquire the data from alcohol sensor PAS 32U fuel cell, calibrates the speed of the vehicle according to the alcohol detected from the driver breath, for providing safety and security features communication phase is used and established with the help of GSM, and positioning values are gathered by GPS module.
  • Designed Op-amp circuit LM358 to drive the alcohol sensor in Edwin CAE and also simulated it. Implemented the designed op-amp circuit on PCB by using Edwin CAD/CAE, to drive the real sensor.
  • Designed a circuit in the NI Instrumentation LabVIEW to control and monitor all the operations carried by hardware components. Observed the outputs in both LCD display and LabVIEW in the form of graphs by giving different inputs in LabVIEW.
  • By using AT commands in GSM 900 module, data is sent in the form of SMS and also uploaded to web server through GPRS path. 

Digital Electronics-Traffic Lights 

Graduate project
Jul 2014 - Aug 2014
control using VHDL Designed FSM logic and programmed the required circuit logic in VHDL using Xilinx. Verified the output for all the possible input cases using VHDL test bench.

Optical Fiber Communication-Multiplexing and De-Multiplexing 

graduate project
Jan 2014 - May 2014
DSP-Digital audio processor system Designed a real time digital audio processor system by using the LAB VIEW. Controlled 5 band equalizers using graphical user interface on a personal computer. Eliminated two interference tones which occur at 5 KHz and 10 KHz respectively and are selected by switches and indicated using LED's. of two signals

Embedded systems-Automatic Vehicle Alarm Embedded System

graduate project
Mar 2013 - May 2013
Programmed Motorola 68HC11 target system to function as a sophisticated car alarm system. Monitored 4 separate continuity circuits via one of the parallel ports. UNDERGRADUATE PROJECTS

Junior Embedded Engineer

SVS Embedded Systems
May 2012 - Jan 2013

Junior Embedded engineer Designing, implementation and testing of electronic circuits, network analysis. Programmed several microcontrollers in Embedded C and testing. PROJECTS

Data acquisition system using CAN protocol ,Under Graduate                

ECIL
Jan 2012 - Mar 2012
  • Programmed the microcontroller ATmega 32 to control the speed of the motor based on surrounding temperature.
  • Communicated between two microcontrollers using CAN J1939 protocols.
  • Dived the motor according to the surroundings by using the second microcontroller.

Electronic Private Automatic Branch Exchange System with Four Extensions Implementation for Office Intercommunication

, Wine Yard Technology,
Sep 2011 - Nov 2011
  • Designed electronic private automatic Branch exchange system using AT89S52 microcontroller, programmed in Embedded C and Kiel

Education

Education

MASTER'S

Staffordshire University
Jan 2013 - Jan 2015

ELECTRONICS

UNDER GRADUATE

MIC COLLege OF TECHNOLOGY
Jun 2008 - May 2012

ELECTRONICS AND COMUNICATIONS

FIELDS OF INTEREST: 

  • Electronic circuits
  • Mobile Communication
  • Digital Signal processing
  • Analog and Digital Communications
  • Embedded Systems
  • VLSI
  • Java

       

AWARDS AND ACHIEVEMENTS

  • Topped the Stafford shire university in mathematical skills
  • Masters final year project is selected as representing our university in smart city application.
  • Achieved diploma certificate in Circuit Analysis and Design.
  • Assigned as a student coordinator for agama 2011
  • Won second prize in technical paper presentation contest-19 August 2011, conducted by MIC IEEE Student Branch

SUMMARY OF PROFILE

  • Well versed in Electronic circuit design.
  • Designed op-amp circuit LM358 during Master’s.
  • Hands on experience on Lab View.
  • Experienced in designing real time digital audio processor system using LABVIEWS.
  • Designed FSM logic and required circuit logic in VHDL language using XILINX.
  • Experienced in testing MAQ7000 for oxford instrumentations Pcb’s.
  • Designed CDMA systems using MATLAB.
  • Proven experience with main FPGA families (Xilinx) and the main DSP families (Analog Device).
  • Experience on Embedded programming.
  • Analytical, good at problem solving.
  • Strong collaboration, team building, interpersonal, communication skills with proficiency at grasping new technical concepts quickly & utilizing the same in a productive manner.

REFERENCE

Dr Ian Taylor                                                                                                                    Dr Abdel-Hamid Soliman                                                        
Faculty of Computing, Engineering & Sciences                                                Computing, Engineering & Sciences
Staffordshire University                                                                                             Staffordshire University
t: 01785 353210                                                                                                             t: +44 (0) 1785 353486
e: i.taylor@staffs.ac.uk                                                                                               e: a.soliman@staffs.ac.uk