Sathwik S

Motivated B.Tech graduate in Mechatronics with a strong interest in automation, industrial systems, and the automobile industry. I am particularly interested in pursuing International Production Engineering and Management (IPEM), aiming to integrate technical engineering knowledge with management and industrial processes. Passionate about applying my skills to solve real-world challenges in modern manufacturing and Industry 4.0 environments.

Alongside my academic background, I have gained professional experience as a Business Development Executive, where I developed strong skills in client engagement, communication, and sales. This combination of technical expertise and business acumen allows me to understand both engineering systems and industry requirements, enabling me to contribute effectively in interdisciplinary environments.

• 2022 South-Zone Inter-University table tennis Tournament (Participation)
• Runners up 2021, 2022 Inter-department Table Tennis Tournament
• Design & Development of Electric Car
• Karnataka-Kerala State Open Badminton Tournament (Participation)
• Achieved record-high client growth in August 2025 by developing a comprehensive sales and marketing plan.

Design & Development of Electric Car

• Actively participated in a workshop organized by Capbl India at our college, where I contributed to the design and development of an electric car. During this engaging experience, I collaborated with industry experts and fellow students to apply theoretical knowledge to practical automotive engineering challenges.

Water PH Tester

• During my second semester, I successfully designed and implemented a pH tester for water coolers using Arduino systems as a mini project. This experience allowed me to combine my theoretical knowledge with practical skills in electronics and sensor interfacing.

Arduino based Drone

• Worked on an Arduino-based drone project utilizing just an Arduino board and a handful of essential components. This endeavor challenged us to integrate programming and hardware skills to create a functional and cost-effective drone prototype.

Design and Development of an IoT-Enabled Gas Detection Robot for Industrial Safety Applications

• This final year project focuses on the development of an intelligent IoT-enabled gas detection robot for real-time monitoring and analysis of hazardous industrial environments. The system integrates MQ-series gas sensors with an ESP32 microcontroller to perform accurate gas detection and classification of gases such as CO₂, ammonia, benzene, and LPG using threshold-based and data-driven approaches.
• It incorporates cloud-based communication via the Blynk platform, enabling remote monitoring, real-time data visualization, and instant alert mechanisms. The robot is equipped with autonomous navigation, obstacle avoidance, and a camera module for live surveillance, enhancing situational awareness in high-risk environments.
• Furthermore, the system supports scalable data logging, AI-based predictive analysis, and Industry 4.0 integration, contributing to improved industrial safety, rapid response, and smart environmental monitoring.

• Video Editing & Visual Storytelling
• Table Tennis
• Motorcycle touring