Rajath Chandrashekar
Robotics engineer - Mechanical systems design and development @ Scout Robotics
About
Seasoned Robotics Engineer with a proven track record in the design, development, and deployment of real-world robotic systems. Skilled in taking concepts from initial ideation through detailed mechanical design, simulation, prototyping, and implementation. I have built and delivered functional robots that integrate mechanical, electrical, and software systems to solve complex, real-world problems. Passionate about creating robust, efficient, and elegant designs that push the boundaries of automation and human-robot interaction. To connect with forward-thinking robotics companies and drive meaningful contributions by designing, developing, and implementing innovative robotic systems that solve real-world challenges and advance automation.
-
United States
Information Technology & Services
Engineering Disciplines, CATIA, Design, Manufacturing, Machining, Product Design, 3D Modeling, Mechanical Engineering, PyTorch, pytest, Anaconda, OpenCV, GitHub, Project Planning, Project Documentation, AS9100, Quality Management, SOLIDWORKS, Electrical Engineering, Production Planning
Experience

Graduate Teaching Assistant
United States
Guided students through advanced concepts in computer vision, image processing, and machine learning, bridging theory with real-world applications. Designed and evaluated hands-on assignments, fostering deep technical understanding and problem-solving skills in robotics and automation contexts.

Student Assistant Grader
Buffalo, New York, United States
Teaching Assistant for CSE573 – Computer Vision and Image Processing; contributed to designing course modules and grading, ensuring rigorous evaluation and seamless delivery of advanced computer vision concepts.

Project Fellow ( Mechanical design engineering)
India
Spearheaded cutting-edge R&D in aerospace and defense, contributing to indigenous test setups for HAL Tejas aircraft Line Replaceable Units (LRUs) and Jet-A1 fuel actuators for BrahMos systems. Engineered a novel pneumatic proportional valve for medical ventilators, advancing the design to TRL-4 with robust prototyping and validation for critical healthcare applications. Leveraged advanced computational techniques, applying genetic algorithm-based optimization in MATLAB and electromagnetic simulations in FEMM to achieve precision control geometry for proportional valves. Bridged multidisciplinary domains by integrating mechanical design, control systems, and simulation-driven optimization to deliver innovative solutions in aerospace and medical device development.
Rajath Chandrashekar's Contact Information
Phone
Find the Right Leads
Find Verified Contact Data
What LeadContact does well
Find verified emails, phone numbers, and decision-makers with 98% accuracy.
Find Leads
Find the right people by company, role, industry, location, and more.
925M+ professional profiles

Find Emails
Access verified email addresses for your target contacts.
657M+ emails

Find Phone Numbers
Get cross-validated phone data from multiple top sources.
239M+ phone numbers

More Accurate. Lower Cost.
Find contact data in 1 tool with 98% accuracy
LeadContact integrates leading enrichment tools to deliver more accurate contact data—without paying for each one.
Great conversations start with the right contact.
It’s time to find yours.






