A dedicated Electronics and Communication Engineering student with a keen interest in core electronics, IoT, and embedded systems. Proficient in Python, C, and C++, with excellent analytical and problem-solving skills. Passionate about leveraging technology to develop innovative solutions and applying theoretical knowledge to real-world challenges.
I’m Sutharsan, an Electronics and Communication Engineering student with a strong curiosity for how things work — from microcontrollers to modulation techniques. I enjoy working with hardware, circuits, and embedded systems, and I’m continuously learning to bridge the gap between theory and real-world applications. Whether it's understanding the nuances of communication systems or experimenting with IoT projects, I’m driven by hands-on learning and innovation. This space showcases my projects and journey as dedicated ECE engineer.
Bachelor of Engineering - Electronics and Communication Engineering | CGPA:7.76
HSE+2 - Computer Science, Mathematics | Percentage:85.67%
SSLC | Percentage:91.6%
Description: Designed and implemented a fully functional VoIP (Voice over IP) network using Cisco Packet Tracer with dial peering configurations. Validated the setup through ping tests and live call simulations, demonstrating the effectiveness of IP telephony in a LAN environment.
Technologies Used: Cisco Packet Tracer, Subnetting.
Feb 2025 - Apr 2025
Description: Designed a voting system using a PIC microcontroller with LCD-based real-time vote counting and reset functionality for small-scale elections.
Technologies Used: PIC Microcontroller, Embedded C
Oct 2024 - Nov 2024
Description: Designed a dual-band antenna operating in C and X bands with enhanced gain and bandwidth using a 7×7 metasurface array for satellite communication and radar applications.
Technologies Used: ANSYS HFSS
Jul 2024 - Nov 2024
Description: Built a responsive photography portfolio website to showcase images via category-based gallery structure.
Technologies Used:HTML, CSS, Javascript
Jul 2024 - Sep 2024
Description: Redesigned and deployed for Mepexpo, this dynamic web-based system automates student admissions by collecting details, calculating cutoffs, and allottingcourses.
Technologies Used:HTML, CSS, MySQL, PHP
Aug 2024
Description: Designed and implemented an admission processing system using C, leveraging data structures and algorithms to efficiently collect student details, compute cutoffs, and allocate courses dynamically.
Technologies Used:C, Data Structures and Algorithms
Mar 2024 - May 2024
Description: Designed a reliable charging system utilizing Silicon Controlled Rectifiers (SCRs) to enhance battery performance and longevity.
Technologies Used: SCR
Oct 2023 - Dec 2023
Freezing fleeting moments into lasting memories.
Sharpening the mind one move at a time.
Turning logic into interactive creations.
Fueling focus and emotions through melodies.