Merin Cyriac

My Story

I started my journey with one simple question: how do everyday devices actually work? That curiosity slowly grew into a real love for building things and solving problems through electronics.

Today, I enjoy creating practical solutions that are simple, reliable, and meaningful. I am especially interested in ideas that can make technology feel more accessible and more human.

My Journey

What I Care About

Designing technology that is inclusive and easier for everyone to use
Building systems that continue to work in real-world conditions
Making interactions simple, clear, and comforting
Learning by building, testing, and improving each version

What I Work With

Circuit Building

Embedded Prototyping

Hands-on Experimentation

Python Basics

Arduino Projects

Raspberry Pi Experiments

Linux Workflow

Team Collaboration with Git

Stories from My Projects

Heartbeat Monitoring System

A Learning Milestone

This project taught me how small signals can become meaningful information.
I learned patience through repeated testing, debugging, and tiny improvements.
It showed me that thoughtful simple ideas can create real impact.

Speech Recognition using Raspberry Pi

A Project Close to Me

I explored voice interaction that works without always depending on internet.
Working with limited resources pushed me to focus on essentials.
Adding tactile feedback helped me think more deeply about accessibility.

One Story in Detail

Building an Offline Voice Assistant with Tactile Feedback

Why I Chose This

I wanted to work on something meaningful beyond just technical output. Many voice tools lose value in low-connectivity places, so I set out to build a small system that could still listen and respond offline.

What I Set Out to Do

My goal was to create a setup that recognizes a few spoken words and gives non-visual feedback. I focused on:

Working fully offline
Running smoothly on limited hardware
Providing clear vibration feedback

How It Came Together

I built a focused prototype using a microphone, Raspberry Pi, and vibration motor. Instead of chasing too many features, I prioritized clarity, reliability, and a smoother user experience.

Challenges Along the Way

Background noise often affected recognition quality
Limited data meant a lot of repeated testing
Software and hardware timing needed careful tuning

What I Learned

This project changed how I think about engineering. Good solutions are not always complex; they are clear, dependable, and centered on people.

What I Want to Build Next

Assistive Technology
Meaningful Everyday Tools
Accessible Product Experiences
Hands-on Learning Projects