Raghu Dharahas Reddy Kotla
About Me
I'm a Robotics Engineer, Entrepreneur, and Author passionate about building intelligent systems that create real-world impact. With a foundation in Mechanical Engineering and currently pursuing my Master's in Robotics at the University of Maryland, I specialize in developing end-to-end robotic solutions that combine perception, control, and autonomy.
As the founder of AgriEtern Technologies, I led the development of AI-powered agri-automation tools aimed at improving crop yields, reducing waste, and supporting sustainable farming practices. I thrive at the intersection of AI, robotics, and social impact, bringing together innovation and purpose.
I believe that technology should solve meaningful challenges and improve lives. I'm excited to connect with those who share a vision for using robotics and AI to build a better, more inclusive future.
Education
University of Maryland, College Park, USA
Jawaharlal Nehru Technological University, Hyderabad, India
Work Experience
Graduate Teaching AssistantUniversity of Maryland · ENMT 473
- Led weekly labs on motion planning (PRM, RRT*, trajectory optimization) using Python, NumPy, and OpenCV.
- Mentored through code reviews and debugging, improving solution quality.
- Designed assignments and rubrics bridging theory to real-world robotics applications.
Founder & Robotics EngineerAgriEtern Technologies Pvt Ltd.
- Engineered a computer vision based crop health monitoring system using OpenCV and embedded platforms, enabling early pest detection and reducing pesticide usage by up to 50%.
- Developed machine learning models for real-time ripeness detection, yield forecasting, and price prediction,reducing post-harvest waste by 25% and improving revenue predictability.
- Launched a full-stack farm-to-home logistics platform, increasing smallholder farmer profitability by 30–40% through direct sales, dynamic pricing, and inventory automation..
- Designed a centralized farm management app integrating IoT sensor data and control logic into a mobile dashboard.
Robotics Research Assistant InternIIIRPD
- Designed and developed an autonomous hand-sanitizer and led multiple robotics projects, managingend-to-end hardware development—including CAD design, rapid prototyping with 3D printing, and system integration using Python and Raspberry Pi—during the COVID-19 pandemic
Technical Skills
Programming Languages
Robotics & AI Frameworks
Machine Learning & AI
CAD & Simulation Tools
Development Platforms
Projects
Brain Lesion Detection and Robotic Path Planning
University of Maryland | Apr 2025 – May 2025
How can we enhance precision neurosurgery by combining AI-based lesion detection with robotic path planning?
Real-Time Visual Perception and Navigation on TurtleBot4
University of Maryland | Apr 2025 – May 2025
How can we enable reliable autonomous navigation on low-cost robots using only visual inputs, without expensive sensors like LiDAR?
Ashwatthama Lunar Light Utility Vehicle (LLUV)
University of Maryland | Oct 2024 – Dec 2024
How can we design a robust lunar rover capable of handling extreme terrain while maintaining high payload capacity?
Modeling and Gazebo Simulation of Agrobot
University of Maryland | Oct 2023 – Dec 2023
How can we automate precision tomato harvesting while maintaining high accuracy and efficiency?
Accomplishments
Actively participated in Shodha Yatras (innovation discovery journeys) to explore rural areas and identify grassroots innovations and traditional knowledge.
Top 20 Finalist in a 3-day Entrepreneurship Summit, presenting a profit-boosting farmer-centric business model to an investor panel and securing a top 20 ranking out of 200+ teams in the e-summit hackathon, demonstrating strong business acumen and innovative thinking.