A speech aid device prototype developed for assisting individuals with speech impairments.
The Super Talker is an innovative solution designed to assist differently abled individuals with communication challenges. This device is an 8-channel audio playback system, enabling users to record and playback audio directly on the device. By incorporating user-friendly features, including a feather touch mechanism for seamless audio playback, the project aims to create an intuitive tool for those who face difficulties in verbal communication. **Purpose & Impact:** **Purpose**: The primary purpose of this project is to empower individuals with speech disabilities, enabling them to communicate effectively with their surroundings. **Impact**: By offering a portable, user-centric solution, this device can significantly improve the quality of life for the differently abled, in collaboration with the National Institute of Physical Medicine and Rehabilitation. **Current Progress Stage:** Development — the team has finalized the conceptual design and is currently working on the circuitry and firmware for the 8-channel audio playback mechanism. **Supporters:** Financial support and technical guidance from alumni of Government Engineering College Thrissur.
This project addresses poultry feather waste management and the environmental impact of synthetic fertilizers by developing a Multifunctional Eco-Friendly Fertilizer (MEF) from chicken feathers, using microwave-alkali hydrolysis to break down keratin into bioavailable peptides and amino acids. The MEF integrates hydrolyzed feather keratin with essential nutrients, using a dual-layer coating for controlled nutrient release and improved soil moisture retention — acting as a biostimulant while reducing reliance on synthetic chemicals. **Current status:** In the formulation development stage. **Project Head:** Anjana Sunilkumar **Project Mentor:** Prof. Shyja **Funded by:** Dr. Nishant Gopinath
Robowar is an exciting event where two robots battle each other in an arena, scoring points based on performance and tactics. Bots vary by weight, control type (wired/wireless), size, circuit complexity, and arena specs. **Current Developments:** Five bot types are under development — Wired Bot, 200g Bot, Line Follower Bot, Robosoccer Bot, and 8kg Battle Bot. **Current Stage:** Line Follower Bot and 200g Bot are complete; the rest are in design/manufacturing. **Impact:** These designs can evolve into practical machines — fire extinguishing robots, floor cleaning robots, and other automated assistive technology. Interested in collaborating? Reach out: redpheonix24052000@gmail.com / rishikesan314@gmail.com
An RC-controlled device designed for domestic firefighting use, to prevent initial fires and minimize exposure risk. Equipped with thermal sensors, moisture sensors, and a thermal-resistant camera to detect fire hazards, with a 360° water supply system for rapid suppression. **Purpose & Impact:** Helps save lives and property, reducing risk to firefighters and emergency responders, with user-friendly operation for household use. **Current status:** Research and development on materials (design stage). **Mentor:** Prof. Samil, Dept. of Production Engineering, GEC Thrissur **Project Head:** Nandana Das **Circuit Head:** Nibin Bin Ubaid **Design Head:** Karthik Sathyanath
Water hyacinths (Eichhornia crassipes) are an invasive aquatic plant that can be repurposed to produce paper — a sustainable, low-cost, renewable alternative that also helps control an invasive species harming aquatic ecosystems. **Current status:** Design and research phase — testing solar dryer types and extraction methods, with plans to test additives that improve material properties. **Project Heads:** Akhil Roy, Amalchandran **Mentor:** Dr. L Rekha
This project explores using processed, powdered waste animal bones as a composite material for 3D printing — refining bone particles into a suitable polymer matrix to create a sustainable, bio-based printing material with potential biomedical, architectural, and artistic applications. **Purpose & Impact:** Advanced waste-sorting technology, sustainability in healthcare, and community-driven impact. For inquiries: rishikesan314@gmail.com / naveenpsuresh39@gmail.com
A mini turbofan engine designed for use in a mini Unmanned Aerial Vehicle, aiming to build a functional jet engine at minimal cost compared to typical commercial options. **Current Progress:** Combustor basic design complete (some new challenges under discussion); turbine and compressor designs ongoing; materials team researching heat-resistant materials. **Supporters:** Currently searching for supporters and collaborators.
**Aim:** Develop an autonomous rover capable of navigating extraterrestrial terrains while performing scientific tasks — image capture, sample collection, and soil analysis. **Phase 1:** Robust suspension system for diverse terrains, autonomous navigation, robotic arm design, and integration of scientific instruments. Key challenges: terrain mapping without GPS and atmospheric hazard detection. **Phase 2:** Adds a drone for surface mapping/reconnaissance and a charging environment for extended operations — including airfoil design for low-pressure atmospheres and a magnetic charging system. **Sponsor:** Nishanth Gopinathan **Project Head:** Naveen P Suresh **Current Status:** Design of the basic rover technology demonstrator completed; fabrication of some parts in progress, final assembly ~75% completed
