About Me | Jeslet Mariya Shaiju

Engineering with Purpose

I am Jeslet Mariya Shaiju, a third-year Electrical and Electronics Engineering student at the Federal Institute of Science and Technology (FISAT) with a strong passion for Embedded Systems, the Internet of Things (IoT), and Web Development. I am driven by a curiosity to explore emerging technologies and develop innovative solutions that bridge hardware and software to address real-world challenges.

Currently, I serve as the Design Lead and Student Ambassador at the AICTE IDEA Lab, FISAT, where I contribute to design initiatives, innovation-driven activities, and student engagement. These roles have strengthened my leadership, collaboration, and creative problem-solving skills while allowing me to work closely with a community of innovators.

I enjoy transforming ideas into practical applications through continuous learning, creativity, and engineering. My goal is to develop impactful solutions that integrate hardware and software while continuously growing as an engineer and technology enthusiast.

Embedded Systems IoT Web Development Design Lead AICTE IDEA Lab

Academic Journey

🎓

Bachelor of Technology (B.Tech.) in Electrical Engineering

Federal Institute of Science and Technology (FISAT)

Currently Pursuing · Third Year

2024 – Present

📚

All India Senior School Certificate Examination (AISSCE) – Class XII

Little Flower Public School, Muringoor · CBSE Board · Biology–Mathematics Stream

85%

2023 – 2024

📖

Secondary School Examination (SSE) – Class X

Little Flower Public School, Muringoor · CBSE Board

95%

2021 – 2022

Where I've Grown

Design Lead

AICTE IDEA Lab, Federal Institute of Science and Technology (FISAT)

Lead the design and branding of posters, banners, presentations, and digital content for IDEA Lab events and initiatives.
Collaborate with faculty and student teams to develop visually engaging materials that effectively communicate innovation-driven activities.
Maintain a consistent visual identity across promotional campaigns and technical events while supporting creative outreach efforts.

Student Ambassador

AICTE IDEA Lab, Federal Institute of Science and Technology (FISAT)

Assisted in organizing and coordinating innovation-focused events, workshops, and technical programs.
Conducted orientation and introductory sessions for school students, inspiring interest in engineering, innovation, and hands-on learning.
Contributed to the development and assembly of hardware prototypes, electronic circuits, and demonstration models for technical activities.
Supported the setup and execution of technical exhibitions and hands-on sessions, ensuring seamless event coordination.
Encouraged student participation in IDEA Lab initiatives by promoting innovation, collaboration, and experiential learning.

Student Intern

Kerala State Electricity Board (KSEB)

Gained practical exposure to the operation and maintenance of electrical power systems and industrial equipment.
Observed power generation, transmission, and distribution processes while learning industry practices and safety protocols.
Strengthened theoretical knowledge through real-world applications of electrical engineering concepts and field-based learning.

What I've Built

Ongoing

Transformer Phase Current Imbalance Monitoring System

IoT Embedded Systems Electrical Measurements

Developing an IoT-based monitoring system to detect phase current imbalance in distribution transformers caused by uneven loading, faulty connections, or equipment degradation.
Designing a real-time monitoring solution to continuously measure and analyze current across all three phases.
Implementing anomaly detection and alert mechanisms to notify maintenance personnel of abnormal operating conditions.
Aiming to support predictive maintenance, minimize technical losses, and enhance the reliability and efficiency of power distribution systems.

Sustainable Development Goals

Completed

FlashMind – Professional Flashcard Learning Platform

HTML CSS JavaScript

Developed an interactive flashcard application that enhances learning through active recall and efficient revision techniques.
Designed a modern, responsive user interface with smooth card-flip animations for an engaging user experience.
Implemented dynamic content rendering using JavaScript, enabling seamless flashcard creation, editing, and management without page reloads.
Strengthened frontend development skills through extensive use of DOM manipulation, event handling, and responsive web design.

Sustainable Development Goals

Completed

Anti-Theft Security System

Arduino FSR Sensor Matrix Keypad Buzzer LEDs

Designed and developed an embedded security system to detect unauthorized access using pressure-based sensing and Arduino.
Implemented password-protected authentication through a matrix keypad for secure user access.
Integrated buzzer and LED alerts to notify intrusion attempts and incorrect password entries.
Built a cost-effective and scalable solution suitable for homes, lockers, and restricted areas, with future scope for IoT-based remote monitoring.

Sustainable Development Goals

Completed

Temperature-Controlled Fan with Fire Detection Mechanism

Analog Electronics LM358 Op-Amp NTC Thermistor Transistor Buzzer

Designed and implemented an automatic temperature-controlled fan with an integrated fire detection alarm.
Utilized an NTC thermistor to monitor ambient temperature and regulate fan speed accordingly.
Incorporated a buzzer-based alert system to indicate abnormal temperature conditions and potential fire hazards.
Developed the complete system using analog electronic components without a microcontroller, demonstrating strong fundamentals in analog circuit design.

Sustainable Development Goals

Completed

Expense Tracker

HTML CSS JavaScript

Developed a responsive web application to manage daily income and expenses with an intuitive user interface.
Implemented category-wise transaction management and real-time balance calculation for effective financial tracking.
Designed a clean and user-friendly interface to simplify budgeting while ensuring a seamless user experience across devices.
Applied JavaScript for dynamic data handling, interactive UI updates, and efficient client-side functionality.

Sustainable Development Goals

My Technical Skills

HTML

CSS

JavaScript

React

Node.js

Python

Pandas

Embedded Systems

Bootstrap

Creative Writing

Graphic Design

Engineering for a Better Future

My academic projects are designed not only to solve engineering challenges but also to contribute towards the United Nations Sustainable Development Goals (SDGs). The following goals reflect the societal and environmental impact of my work.

SDG 4 – Quality Education

My FlashMind platform promotes active learning through digital flashcards, making education more engaging, interactive, and accessible.

SDG 7 – Affordable & Clean Energy

The Transformer Phase Current Imbalance Monitoring System improves electrical efficiency by detecting imbalance and reducing energy losses in power distribution.

SDG 8 – Decent Work & Economic Growth

The Expense Tracker encourages financial planning and responsible budgeting, supporting personal productivity and economic well-being.

SDG 9 – Industry, Innovation & Infrastructure

My IoT-based monitoring system demonstrates innovative engineering solutions that enhance the reliability of electrical infrastructure.

SDG 11 – Sustainable Cities & Communities

Smart monitoring systems and security projects contribute towards creating safer, smarter, and more sustainable communities.

SDG 12 – Responsible Consumption & Production

The Expense Tracker promotes responsible spending habits and conscious resource management.

SDG 13 – Climate Action

The Fire Detection and Temperature-Controlled Fan project improves safety by responding to abnormal temperature conditions and reducing fire risks.

SDG 16 – Peace, Justice & Strong Institutions

The Anti-Theft Security System enhances security and protects homes and workplaces through embedded authentication and intrusion detection.