Siddharth Thakur
About
Siddharth Thakur is from Austin, Texas, United States. Siddharth is currently Founder & CEO at Paradigm Robotics, located in Austin, Texas, United States. In Siddharth's previous role as a Co-Founder, CTO, & Board Member at Gazelle Ecosolutions, Siddharth worked in Austin, Texas, United States until May 2024. Prior to joining Gazelle Ecosolutions, Siddharth was a Robotics and Automation Lead & Student Technician at Texas Inventionworks and held the position of Robotics and Automation Lead & Student Technician at Austin, Texas, United States. Prior to that, Siddharth was a Research Assistant at The University of Texas at Austin, based in Austin, Texas, United States from Oct 2021 to Jan 2023. Siddharth started working as Undergraduate Research Fellow at The University of Texas at Austin in Austin, Texas, United States in May 2022. From May 2022 to Aug 2022, Siddharth was Systems Engineering Intern at Lockheed Martin, based in Moorestown, New Jersey, United States. Prior to that, Siddharth was a Research Assistant at University of North Texas, based in Denton, Texas, United States from Sep 2019 to Aug 2021. Siddharth started working as Academic Tutor at Sylvan Learning in Houston, Texas, United States in May 2021.
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Siddharth Thakur's current jobs
Paradigm Robotics builds rugged, scalable ground robots that provide mission critical situational awareness to serve those who serve. We serve firefighting, emergency response, public safety, industrial, defense, and other industries. We help protect the brave in the most hazardous of environments.
Siddharth Thakur's past jobs
Gazelle Ecosolutions builds disruptive remote sensing technology through a no-code workflow-driven platform that stores, computes, analyzes, and generates insights from geospatial and environmental data.
Lead, organize, and operate the Robotics and Automation Laboratory in the Engineering Education and Research Building Supported student projects, fixed and operated 3D printers, laser cutters, metal and woodshop tools/machines, organized and managed document control structure, and improved and streamlined processes, at Texas Inventionworks: a 23,000 square foot makerspace for designing and building everything from solar cars and satellites to robots and biomedical sensors.
Texas Robotics | Nuclear Applied Robotics Group Working with rugged, reliable unmanned ground vehicles (UGV) to rapidly deploy tele-operated robots in hazardous situations.
UT Grand Challenge - Good Systems | Undergraduate AI and Society Research Fellow Researching and bridging the gap between autonomous/intelligent technologies, ethics, robotics, and entrepreneurship - creating literature to connect industry, academia, and society.
Rotary and Mission Systems | Integrated Weapons Sensors & Systems | Advanced Radar Architectures Developed critical validation and verification test plans, created and delivered systems architecture diagrams, improved and refined teams MBSE methodology. effectively collaborated with large multi-disciplinary engineering teams Tools: IBM Rhapsody, Clearcase, DOORS, JIRA, Atlassian Suite, Derivative Classification
Environmental and Ecological Engineering Laboratory Developed a novel multi-nodal wireless sensor network for intelligent agricultural monitoring and efficient irrigation for INFEWS/T2 - NSF Award #1856052 Published in 2020 IEEE WERC Conference Won Freeport-McMoran Special Innovation in Sustainability Award
Individually instructed and mentored K-12 students on basic and advanced Math, Science, and English topics
UNT Department of Mechanical Engineering - Dr. Zhang's Smart Materials Laboratory Developed an high-baud-rate ultrasonic half-duplex through-metal-wall data communication system using piezoceramic transducers and a laser doppler vibrometer for nuclear submarine operations (U.S. Navy) and nuclear power plants (U.S. Department of Energy). 2020 QNDE Conference Presentation Prepared Published 3 NEUP Reports NEUP Project 16-10884
Designed electrical control and safety systems for the A.R.I.E.L project and Sonic autonomous robot