I design LLM-driven assistants, embedded IoT products, automation platforms, and applied AI systems that connect software intelligence with physical hardware and business workflows.
I work at the intersection of large language models, embedded systems, automation, robotics, and full-stack software. My focus is building useful technology that is fast to prototype, reliable in the field, and grounded in real problems.
I have hands-on experience building systems for AI, LLM, automation, IoT, and applied research roles. My work includes LLM-based assistants, AI automation workflows, ESP32 and Raspberry Pi systems, embedded sensing, smart hardware, SaaS platforms, and full-stack operational tools using Python, C, C++, JavaScript, PHP, Flutter, SQL, cloud integration, and API-driven development. I also actively work with modern AI tooling such as Gemini, Claude Code, OpenClaw, and code-assisted engineering workflows.
I am especially interested in research-oriented opportunities where I can work on large language models, agentic workflows, intelligent automation, edge-connected devices, robotics, and real-world AI systems. Alongside product building, I mentor students and early engineers, document experiments and build processes, and enjoy turning complex technical ideas into practical solutions that teams can deploy, study, and improve.
Alagappa University
2022 - 2024 · First Class with Distinction
Nachiappa Swamigal Arts and Science College
2019 - 2022 · First Class with Distinction
Large language models, agentic AI, NLP, edge AI, embedded intelligence, drone systems, IoT automation, computer vision, industrial monitoring, and human-AI engineering workflows.
My profile is centered on applied engineering. I build systems that combine AI, embedded electronics, software delivery, and automation in ways that are practical for institutions, businesses, and product teams.
I work on AI assistants, business automation flows, conversational systems, and workflow products that help teams reduce manual work and improve decision-making.
I build products using ESP32, Raspberry Pi, sensors, microcontrollers, firmware, and real-time control systems to solve automation problems in the physical world.
I enjoy research-oriented work where ideas move quickly from concept to proof-of-concept, then improve through iteration, debugging, and system validation.
Product leadership, embedded systems delivery, AI automation, and real-world software deployment across business, education, and industrial environments.
Founded and led Cytronicx Technologies Pvt. Ltd., driving product development, client success, technical delivery, and business growth across educational, industrial, and commercial automation use cases.
Alongside my professional work, I have consistently built academic projects, participated in innovation events, presented technical demos, and mentored students working on practical systems in AI, robotics, IoT, and software.
A mix of LLM products, WhatsApp automation, embedded systems, computer vision, and research-oriented drone and IoT work.
Solo-built an AI-driven CRM and operations platform in 24 days for growing businesses.
Built a WhatsApp AI assistant that acts as a 24/7 virtual shopkeeper for businesses.
Worked on AI drone development with a focus on target tracking, stabilization, and hardware-software debugging.
Developed an AI image-recognition system that identifies target objects and triggers an alarm in real time.
Built a voice-controlled robotic car with automatic speed braking using ultrasonic sensors.
Designed a phone-controlled IoT platform for switching public-place appliances such as lights and fans.
Built software for invoicing, stock management, expense tracking, attendance, reporting, and daily operations to reduce manual work and improve business visibility.
Worked on smart library software, school management systems, exam paper tools, attendance products, and automation platforms built for institutional use cases.
Built a retail billing and shop management platform with barcode scanning, GST-compliant invoice generation, stock tracking, reports, multi-user login, customer ledger, and expense tracking.
Developed an all-in-one operations platform covering invoicing, expenses, stock, asset tracking, attendance, project tracking, payments, and cloud-based dashboards for SMEs.
Built a productivity and project management platform with lead management, task timelines, mini-tasks, daily summaries, notifications, and calendar integration for internal workflow improvement.
Implemented a facial recognition attendance system for schools and colleges to automate tracking, reduce manual errors, and improve administrative efficiency.
Designed a smart water tank system to monitor water levels, automate control, reduce wastage, and ensure consistent supply for residential and commercial use.
Developed a web platform for jewelry savings schemes where customers can browse plans, make online payments, and track investments through a more streamlined digital experience.
Built a platform for instant file sharing through QR codes without login, enabling quick generation, sharing, and transfer of files in a simple web workflow.
Designed a laser-based system to analyze soil and liquid samples using spectral data and chemical composition insights for environmental and agricultural applications.
Developed an all-in-one school ERP to streamline attendance, grading, fee collection, staff management, and academic administration.
Created an add-on for automated question paper generation and online tests to help educators create randomized, customizable exams more efficiently.
Developed a remotely controllable bell system for institutions and offices with notification support and more efficient communication than traditional bell systems.
Created a voice-assistant-driven system for controlling smart devices in homes and industrial settings through hands-free voice interaction.
Built a library management system with book tracking, automated issue and return workflows, and customizable user roles for educational institutions.
Built a real-time parking management solution with automated entry and exit monitoring, payment processing, and vehicle tracking to improve space efficiency.
Developed weighing software for logistics workflows with sensor integration, automated load calculations, and printed weight tickets for operational accuracy.
Built a SaaS platform that helps users create simple websites using customizable templates and easy content management without needing technical skills.
My work combines leadership, system building, mentoring, and practical research. These highlights reflect the outcomes I care most about.
Delivered smart automation products and software systems for institutions, businesses, and operational environments where reliability and usability matter.
Mentoring is a big part of my journey. I enjoy helping learners move from theory into real building through projects, experimentation, and engineering discipline.
I mentored the Hawkeye drone project that earned Best Project of the Year in the Senior Category at VIT Chennai Robotica 26.
Built around applied AI, systems engineering, embedded control, and shipping software that connects business workflows with real devices.
Applied AI capabilities across business automation, conversational systems, vision systems, and practical LLM-enabled products.
Embedded systems and smart-device engineering across microcontrollers, sensors, real-time control, hardware interfacing, and automation hardware.
Full-stack, mobile, API, cloud, and SaaS development across business software, internal tools, and customer-facing platforms.
Operational and commercial systems built for billing, ERP, CRM, inventory, payments, administration, and productivity workflows.
Research and execution strengths that support project delivery from concept to demonstration, deployment, and technical communication.
Open to AI, LLM, automation, IoT, embedded systems, and applied research opportunities.
I’m interested in roles and collaborations involving intelligent automation, embedded AI, IoT products, business AI assistants, and research-driven engineering.