Hello, It's Me
Athul S
And I'm a
Skilled in developing real-time, sensor-driven, and cloud- connected systems using 8-bit, 16-bit, and 32-bit AVR and ARM Cortex architectures through bare- metal programming.
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Skilled in developing real-time, sensor-driven, and cloud- connected systems using 8-bit, 16-bit, and 32-bit AVR and ARM Cortex architectures through bare- metal programming.
Download CV
I am currently pursuing my B.Tech in Electronics and Communication Engineering at College of Engineering Chengannur, with a specializing in embedded systems, IoT, and microcontroller-based design. Skilled in developing real-time, sensor-driven, and cloud- connected systems using 8-bit, 16-bit, and 32-bit AVR and ARM Cortex architectures through bare- metal programming. Demonstrated experience integrating Edge AI into embedded systems to enable intelligent, low-power solutions for smart energy and industrial automation. Eager to contribute technical expertise and innovative thinking to advance embedded intelligence and connected device ecosystems.
College: College of Engineering Chengannur
University: APJ Abdul Kalam Technological University
Degree Focus: Core ECE syllabus covers analog & digital circuits, microprocessors, communication systems, VLSI, embedded systems, and signal processing.
About CEC: College of Engineering Chengannur is a premier institution in Kerala, known for its academic excellence, vibrant student community, and strong focus on innovation and research in engineering.
Certification: Certified by Illinois Institute of Technology
Overview:
G‑Tec Computer Education
Program Focus: Core programming concepts including procedural programming in C, object‑oriented basics in C++, and practical Python scripting for automation and data handling.
About G‑Tec: A practical training centre focused on industry‑oriented programming courses and project work to prepare students for internships and real‑world tasks.
Metropolitan HSS, Puthencavu
SVHSS Pandanadu
During this internship I focused on RTL design and simulation of essential digital-logic components using VHDL. Projects demonstrate both structural and behavioral modelling plus testbench-based functional verification.
Each module includes a VHDL testbench verifying correctness under multiple stimulus vectors. Simulations were executed in ModelSim to validate functional behaviour and waveforms.
Languages / Tools: VHDL, ModelSim (Mentor), basic waveform analysis
College of Engineering Chengannur
🌍 Powering smarter homes, industries & communities — one unit at a time.
Smart Energy Guardian is an IoT-based real-time energy monitoring and alerting system designed to help users reduce electricity bills by up to 30%, especially during costly KSEB peak hours in Kerala.
From real-time slab-based tracking to automated alerts and custom billing, this project redefines energy awareness — without relying on third-party platforms.
Cut costs. Stay informed. Use energy wisely.
I had the opportunity to present my project, "Smart Energy Guardian Using IoT," at the Kerala State Electricity Board (KSEB) Distribution Office, Chengannur on 18th July 2025.
This project focuses on an IoT-based smart energy monitoring system designed to optimize power consumption, encourage energy efficiency, and support load management—aligned with the vision of future-ready smart grids. ⚙️📶
It was an honor to receive appreciation from KSEB for the innovation, creativity, and technical knowledge demonstrated.
VLSI (Very Large Scale Integration) is the process of integrating thousands to millions of transistors onto a single semiconductor chip to create complex electronic circuits.
Read MoreEmbedded systems are specialized computer systems designed to perform dedicated functions within larger mechanical or electrical systems, often with real-time computing constraints.
Read MoreMy certifications attest to my expertise and to see examples of my work and learn more about how I can contribute to your next project.
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