JEEVAN D NAIK

Seeking a challenging role in embedded systems that allows me to push my limits and contribute to cutting-edge projects. I am eager to grow professionally within a dynamic organization that values innovation and fosters continuous learning.

Project - 1
Title:  Car Black Box (CBB) implementation
Technologies used:
• PIC micro-controller(PICSimlab – PIC16F877A)& schematics
• Peripheral (ex: Potentiometer) handling by understanding data-sheets
• Interrupt handling
• Embedded C
Project – 2
Title: Mini Shell implementation – System calls & Signal handling
Technologies used:
• Linux Kernel System Calls usage
• IPC – Signal handling
• String pointers & parsing

Project – 3
Title: Inverted Search
Technologies used:
• Hashing
• Single Linked List
Project – 4 & 5 (mini projects)
Title: Expression conversion and evaluation (Infix to post-fix and Infix to pre-fix)
Technologies used:
• Various mathematical expressions and conversion mechanisms
• Stack ADT and operations
• Dynamic memory allocation
Project – 6
Title: Image Steganography using LSB mechanism
Technologies used:
• Function pointers
• File I/O operations
• Bitwise operations
Project – 7
Title: Command Line Test
Technologies used:
• Shell programming constructors (ex: loops)
• Pattern matching (ex: grep, sed etc…)
• File handling (ex: permission, directories etc…)

Project – 1

Title: Increasing the efficiency of Boost Converter using Soft-Switching

Technologies used:

· MATLAB Simulink

· Proteus 8

· Arduino ADE

· Embedded C

· Controller chip – ATMEGA 320P Nano

· Hardware components (ex: switches, diode, inductor etc…)

Project – 2

Title: Extraction of Symmetrical components from 3-phase Unsymmetrical quantities

Technologies used:

· MATLAB Simulink

· Clark’s Transformation

· Vectors and phasor diagrams

Project – 3

Title: LED chaser with variable frequency

Technologies used:

· 555 timer

· 4017 IC

· Potentiometer