AI&RoboticsEngineer
Selected Work
TrustMed AI
Medical Graph RAG system with local Ollama models for safe medical question answering with contraindication detection.
Project ARC
Vision-driven robotic system autonomously playing chess via deep learning perception and manipulation.
AEVA
NLP-powered modern web application designed to be a holistic companion for productivity and mental well-being.
Multimodal Sentiment Analysis
CLIP-based Cross-Domain Attention Network achieving 60.25% accuracy on Twitter sentiment analysis.
MyCobot Pro: Maze Solver
Image processing + BFS + MATLAB digital twin + TCP/IP robotic execution.
Assistive Robot Control System
Vision-based robotic hand control using real-time gesture recognition and machine learning.
Multi-Robot Solar-Powered System
Cooperative multi-robot system with solar-powered UGVs and UAVs for efficient exploration and coverage.
UR5 Trajectory Planning
Advanced trajectory planning system for UR5 robotic arm.
Weather Forecasting System
Advanced weather forecasting system using machine learning.
Education
M.S. in Robotics and Autonomous Systems (Artificial Intelligence)
Arizona State University, Tempe, AZ
Relevant Coursework: Artificial Intelligence, Knowledge Representation, Linear Algebra in Engineering
M.S. in Robotics and Autonomous Systems (Artificial Intelligence)
Arizona State University, Tempe, AZ
3.93 GPA
Relevant Coursework: Artificial Intelligence, Knowledge Representation, Linear Algebra in Engineering
Bachelor's in Robotics, AI, and Machine Learning
Srinivas University, Karnataka, India
Relevant Coursework: Artificial Intelligence, Machine Learning, Data Structures & Algorithms, Computer Vision
Bachelor's in Robotics, AI, and Machine Learning
Srinivas University, Karnataka, India
8.45/10 GPA
Relevant Coursework: Artificial Intelligence, Machine Learning, Data Structures & Algorithms, Computer Vision
Experience
AI Engineer Intern
Allyzent, LLC — AI Healthcare Solutions
Designed and refined AI prompts for healthcare-focused applications, improving response accuracy, relevance, and contextual understanding.
Applied principles of intelligent agents and knowledge representation to support reliable, context-aware AI behavior.
Assisted in integrating AI-driven capabilities into workflow automation platforms, supporting scalable and efficient AI deployment.
Participated in testing and validation of AI integrations to ensure system reliability, usability, and alignment with business requirements.
Contributed to technical documentation, including prompt engineering guidelines, integration workflows, and troubleshooting resources.
AI Engineer Intern
Allyzent, LLC — AI Healthcare Solutions
Designed and refined AI prompts for healthcare-focused applications, improving response accuracy, relevance, and contextual understanding.
Applied principles of intelligent agents and knowledge representation to support reliable, context-aware AI behavior.
Assisted in integrating AI-driven capabilities into workflow automation platforms, supporting scalable and efficient AI deployment.
Participated in testing and validation of AI integrations to ensure system reliability, usability, and alignment with business requirements.
Contributed to technical documentation, including prompt engineering guidelines, integration workflows, and troubleshooting resources.
Volunteer Research Assistant
RISE Lab, Arizona State University
Collaborated with PhD students to design advanced trajectory planning algorithms for the UR5 robotic arm, implementing smooth circular and multi-waypoint trajectories using Python.
Simulated robotic motions in ROS and Gazebo to validate the stability, precision, and efficiency of planned trajectories.
Integrated TRAC-IK for inverse kinematics, enabling precise real-time control of robotic end-effectors in teleoperation tasks.
Volunteer Research Assistant
RISE Lab, Arizona State University
Collaborated with PhD students to design advanced trajectory planning algorithms for the UR5 robotic arm, implementing smooth circular and multi-waypoint trajectories using Python.
Simulated robotic motions in ROS and Gazebo to validate the stability, precision, and efficiency of planned trajectories.
Integrated TRAC-IK for inverse kinematics, enabling precise real-time control of robotic end-effectors in teleoperation tasks.
Robotics & Automation Intern
K-Tech Centre of Excellence in Aerospace
Modeled and simulated a robotic arm for quality checks using CATIA, SIMULIA, and DELMIA, resulting in a 15% improvement in task accuracy.
Contributed to optimizing the robotic arm's design, leading to a 10% reduction in energy consumption and a 5% decrease in cycle time.
Developed simulation models to proactively identify operational issues, enhancing the arm’s reliability and reducing downtime by 20%.
Robotics & Automation Intern
K-Tech Centre of Excellence in Aerospace
Modeled and simulated a robotic arm for quality checks using CATIA, SIMULIA, and DELMIA, resulting in a 15% improvement in task accuracy.
Contributed to optimizing the robotic arm's design, leading to a 10% reduction in energy consumption and a 5% decrease in cycle time.
Developed simulation models to proactively identify operational issues, enhancing the arm’s reliability and reducing downtime by 20%.
Robotics Club President
Srinivas University Institute of Engineering and Technology
Led a team of over 20 students in designing, building, and programming competitive robots for national-level competitions.
Organized and conducted technical workshops on ROS, Python, and Arduino, improving club members' practical skills.
Successfully secured annual funding through university grants and managed the club’s budget and resources.
Robotics Club President
Srinivas University Institute of Engineering and Technology
Led a team of over 20 students in designing, building, and programming competitive robots for national-level competitions.
Organized and conducted technical workshops on ROS, Python, and Arduino, improving club members' practical skills.
Successfully secured annual funding through university grants and managed the club’s budget and resources.
Skills
AI / ML Frameworks & Libraries
PyTorch • TensorFlow • Scikit-learn • Pandas • NumPy • OpenCV • Hugging Face
AI / ML Frameworks & Libraries
Key Concepts & Specializations
Computer Vision • NLP • Reinforcement Learning • Deep Learning • Sensor Fusion • SLAM • LLMs • Transformer Architecture
Key Concepts & Specializations
Robotics & Simulation
ROS / ROS 2 • Gazebo • NVIDIA Isaac Sim • UR5 / Robot Arm Control • Motion Planning (MoveIt) • Arduino
Robotics & Simulation
Developer Tools & Platforms
Git • Docker • Linux • CI/CD (GitHub Actions) • Jupyter Notebooks • AWS / GCP (Basics)
Developer Tools & Platforms
Web & Full-Stack
React • Next.js • TypeScript • Node.js • Tailwind CSS • REST APIs • HTML / CSS
Web & Full-Stack
Languages
Python • C++ • JavaScript / TypeScript