JS—
ENGINEERING / VISUAL STORY
PORTFOLIO FILM / 2026KANYAKUMARI, INDIA

MY PERSONAL PORTFOLIO

JINOBIN S U

Designing the logic behind
the things that move the world.

SCROLL TO DISCOVER↓
Jinobin S U portrait
01 — 05
AN ENGINEERING STORY IN MOTION
ANALYSE THE SIGNAL✳WRITE THE LOGIC✳BUILD THE RESPONSE✳REPEAT✳
FOUNDATIONTHE PERSON BEHIND THE CIRCUIT
I LIKE TO
KNOW WHY
“

Curiosity is where every good system begins.

I'm Jinobin S U, a B.E. Electrical and Electronics Engineering graduate with focused training in Embedded C and microcontroller programming. I enjoy understanding how hardware and software work together — from an input signal to a real-world response.

My approach is simple: understand the problem, break it into logic, connect the components and test until the system makes sense.

JINOBIN S U — KANYAKUMARI / INDIA
FOUNDATIONSCROLL TO CONTINUE ↓
CAPABILITIESTOOLS OF THE TRADE

THE ENGINEER'S TOOLKIT

BUILT ON
FUNDAMENTALS.

01 / LANGUAGE
C++

Programming

C Programming · C++ OOP

02 / CONTROL
▦

Microcontrollers

PIC · Arduino · ESP32 · GPIO · Interrupts

03 / SIGNAL
∿

Peripherals

ADC · PWM · Sensor and Peripheral Interfacing

04 / LINK
⇄

Communication

UART · SPI · I²C · MQTT

05 / SYSTEM
⌘

Systems & Networking

Linux Internals · Shell · TCP/IP · UDP/IP

06 / WORKBENCH
⚙

Development Tools

MPLAB X IDE · XC8 · Arduino IDE · VS Code

HARDWARE THINKING+SOFTWARE LOGIC+REAL-WORLD TESTING
INTEREST / 001THE DIRECTION
C
FIRMWARE
MCU
LOGIC

ONE CLEAR AREA OF INTEREST

EMBEDDED
SYSTEMS

Firmware development, microcontroller programming, GPIO and peripheral interfacing, interrupts and firmware debugging.

FOCUS / EMBEDDED SYSTEMS
PROJECTSSELECTED PROJECTS

IDEAS MADE TANGIBLE

THE WORK
IN FRAME.

PROJECT / 01
ϟ
INDUCTIVE POWER TRANSFER

FINAL YEAR PROJECT / POWER ELECTRONICS

Electric Vehicle Wireless Charging Station

A prototype concept exploring wireless energy transfer for electric vehicle charging through transmitter and receiver coils.

Project overview

This project explores the principle of inductive wireless power transfer for an electric vehicle charging application. Instead of relying on a direct cable connection between the power source and the vehicle, the concept uses a transmitter coil and a receiver coil to transfer energy across a small air gap.

Working concept

The described prototype power path steps down the 230V AC input to 12V AC, then uses a rectifier stage to convert AC into DC. The transmitter side creates the changing magnetic field, and the receiver coil picks up the transferred energy. The received output is used as the charging-side supply in the prototype concept.

Key areas explored

  • AC voltage step-down and rectification
  • Transmitter and receiver coil arrangement
  • Electromagnetic induction and wireless power transfer
  • Basic power-conversion stages for an EV charging use case

The explanation above describes the project concept and the documented prototype flow; no unverified efficiency or charging-performance figures are claimed.

AC–DC CONVERSIONRECTIFIERINDUCTIVE TRANSFER
PROJECT / 02
ABCNAME / PHONE / EMAILCONTACT RECORDSSEARCH · ADD · UPDATE
CONTACT MANAGEMENT

C PROGRAMMING / DATA MANAGEMENT

C Language Address Book

A menu-driven C application focused on maintaining contact records and practising structured programming.

Project overview

The Address Book project is a C-language application designed around the organisation of contact information. It demonstrates how a simple console-based program can collect, store and manage records through a menu-driven flow.

Program flow

The user interacts with the application through menu options. Contact details are represented as structured records, and the program logic is organised into focused operations so that contact-management tasks can be handled clearly.

Concepts practised

  • C programming fundamentals and functions
  • Structures for organising contact information
  • Menu-driven program flow and conditional logic
  • File handling concepts for persistent records
  • Searching and maintaining organised data

This description stays at the level supported by the project summary and does not claim specific features or libraries that have not been confirmed.

C PROGRAMMINGSTRUCTURESFILE HANDLING
PROJECT / 03
PICEVENT / MONITOR
VEHICLE EVENT MONITOR

EMBEDDED SYSTEMS / AUTOMOTIVE

PIC Based Car Black Box

An embedded-system project exploring vehicle event monitoring using a PIC microcontroller.

Project overview

The PIC-based Car Black Box project applies microcontroller concepts to an automotive monitoring scenario. The idea is to use an embedded controller to receive input signals, process the information and present relevant event information through an output interface.

System focus

The project provided practical exposure to PIC microcontroller-based development, embedded C logic and interfacing between the controller and external hardware. It connects programming fundamentals with a real-world vehicle application theme.

Concepts explored

  • PIC microcontroller fundamentals
  • Embedded C program structure
  • Input and output interfacing
  • Event-oriented monitoring logic
  • Testing the interaction between firmware and hardware

Detailed sensor models, event thresholds and hardware specifications were not supplied, so they are intentionally not added here.

PIC MCUEMBEDDED CHARDWARE INTERFACING
EDUCATIONEDUCATION & PROFESSIONAL EXPOSURE

EDUCATION & EXPERIENCE

MY
EDUCATION.

2021 — 2025
01 / DEGREE

B.E. Electrical & Electronics Engineering

Stella Mary's College of Engineering, Nagercoil

Undergraduate engineering education in Electrical and Electronics Engineering, building a foundation in electrical systems, electronics and engineering principles.

INDUSTRY EXPOSURE
02 / INTERNSHIP

IoT & Edge AI

Program Brain Academy

Exposure to Arduino, ESP32, MQTT, sensors and peripherals, real-time data acquisition and wireless communication in IoT systems.

Internship overview

The internship provided exposure to Internet of Things (IoT) concepts and Edge AI-related applications. The learning focus connected embedded hardware with sensing, communication and the handling of real-time data.

Areas of exposure

  • Arduino and ESP32 development platforms
  • Working with sensors and hardware peripherals
  • MQTT as a communication protocol in IoT systems
  • Real-time data acquisition concepts
  • Wireless communication between connected devices
  • Understanding how edge-side processing fits into connected IoT solutions

This is an expanded overview of the topics provided; it does not imply a specific commercial deployment or unconfirmed internship deliverable.

2025 — 2026
03 / PROFESSIONAL COURSE

Embedded Systems Course

Emertxe Information Technologies

C programming, C++ OOP, microcontrollers, Linux Internals, command line and shell fundamentals and scripting.

CONTACTLET'S START A CONVERSATION

OPEN FOR THE NEXT OPPORTUNITY

LET'S
CONNECT.

Open to connecting about Embedded Systems, firmware opportunities and practical microcontroller projects.

AVAILABLE FOR PROFESSIONAL CONNECTIONS
VIEW RÉSUMÉ ↗
02PHONE+91 75488 90805↗ 03WHATSAPPStart a conversation↗
04LOCATIONKanyakumari, Tamil Nadu⌖