COMPANY INFO
Raise Robotics is a construction technology company founded in October 2021 by Gary Chen and Conley Oster. Headquartered in San Francisco, CA, the company develops innovative semi-autonomous robotic tools that assist on-site construction teams, aiming to improve safety and efficiency by moving workers out of harm's way. It operates in the construction and robotics industry with approximately 17 employees and its website is raiserobotics.ai.
Raise Robotics is a San Francisco-based construction technology company developing semi-autonomous robotic tools for on-site construction teams. Founded in 2021, Raise Robotics focuses on enhancing safety and efficiency by leveraging advanced robotics and AI within the construction and automation industries.
The Raise Robotics executive team brings together deep expertise in robotics, engineering, software, and business operations. This leadership cohort combines successful entrepreneurial experience, a track record in large-scale field deployments, and technical prowess in AI, mechanical integration, and construction project management. Their diverse backgrounds drive the company’s growth trajectory and foster a culture of innovation that positions Raise Robotics as an emerging leader in construction automation.
As Co-Founder, Gary Chen spearheads the development of Raise Robotics’ AI-driven robotic platform for façade installation, shaping product vision and technology strategy. Chen has been instrumental in driving computer vision and autonomy initiatives, enabling precise bracket placement and contributing to notable reductions in installation time.
Chen holds a B.S. in Computer Science from UC Berkeley, where he specialized in deep learning for autonomous vehicles. Prior to co-founding Raise Robotics, he gained valuable industry experience as a Software Engineer at Waymo and a Computer Vision Intern at Cruise, building robust expertise in autonomous systems and robotics software development.
Oster co-leads operations and business development for Raise Robotics, cultivating strategic partnerships with leading construction firms and overseeing critical pilot deployments on major projects. He has driven efforts to achieve product-market fit and directs company field operations and safety protocols.
Oster earned a B.Eng. in Structural Engineering from Penn State. Before founding Raise Robotics, he served as Project Manager at ML Crane Group and as Technical Project Manager at Bigge Crane and Rigging Co., where he pioneered the implementation of drone mapping for project estimation—demonstrating his blend of engineering and operational expertise.
As CTO, Rishabh Aggarwal leads technology development for Raise Robotics’ AI-enabled construction robots, overseeing mechanical, electrical, and software systems integration. Aggarwal launched significant innovations such as the Pulse Torque Driver attachment to improve fastening accuracy and implemented modular robotics subsystems for rapid deployment.
Aggarwal holds an M.S. in Mechanical Engineering from the University of Colorado Boulder. His prior roles include Principal Mechanical Engineer at Raise Robotics and Senior Mechanical Engineer at Tortuga AgTech, building a foundation in product development, mechanical design, and test protocols—skills that drive Raise Robotics’ technical leadership.
Kirtan Thakkar designs and leads the implementation of control architectures for Raise’s robotic arms, specializing in motion-planning algorithms to enable operation on complex construction surfaces. He engineered the migration to a Model Predictive Control framework, resulting in notable improvements in trajectory precision.
Thakkar holds a B.Tech. from IIT Kanpur and an M.S. in Mechanical Engineering from Ohio State University. His industry experience includes Control Systems Engineer at XPENG Robotics and research at Berkeley Marine Robotics, fostering expertise in controls, automation, and robotics.
Sam Cribbs develops essential software for perception and autonomy at Raise Robotics, incorporating ROS-based pipelines for real-time environment mapping. Cribbs has implemented reinforcement learning modules that adapt task performance and reduce calibration times, enhancing deployment efficiency.
Cribbs holds an M.Eng. in Mechatronics from UC Berkeley and earned a B.S. in Physics from the University of Redlands. His background includes graduate research at UC Berkeley and experience developing algorithms for Agility Robotics platforms.
Kevin Spevak leads the development of perception and planning software, designing vision-based calibration tools for fastener inspection. His enhancements to the Task and Motion Kit enable Raise Robotics’ systems to handle increasingly complex job site scenarios.
Spevak has an M.S. in Robotics from Colorado School of Mines and a B.S. in EECS from UC Berkeley. Previously, he contributed to robotics at Andromeda Surgical and conducted advanced research as a Graduate Research Assistant focusing on optimization and planning.
Kenrick T. manages on-site integration and field testing, ensuring the seamless deployment of Raise Robotics’ solutions in real-world construction settings. He has engineered adaptive control pipelines for construction robotics, significantly enhancing reliability during field trials.
Kenrick holds an M.S. in Mechatronics from Carnegie Mellon University and has research experience in construction robotics and roles in large-scale engineering projects for the Indonesian Ministry of Education.
Tyler Compton focuses on developing the backend infrastructure for Raise Robotics’ operations, leading efforts around job scheduling and real-time monitoring. His tools have improved operational data latency and system responsiveness for large-scale construction deployments.
Compton earned a B.S. in Software Engineering from Arizona State University. He previously contributed to robotics software platforms at Urban Machine, further strengthening his expertise in software systems for automation.
Siddhant Saoji develops advanced perception pipelines, integrating cutting-edge RGB-D sensing and neural network models for construction robotics. He has authored visual servoing modules that significantly increase debris detection precision during robot operation.
Saoji has an M.S. in Electrical and Computer Engineering from UC San Diego and a B.Tech. from IIT Jodhpur. His background spans academic research at UC San Diego and applied robotics engineering at Jacobi Robotics.
Raise Robotics’ management team is comprised of technical founders, engineering experts, and entrepreneurial leaders dedicated to transforming the construction industry with robotics. The company's leadership structure combines co-founders who guide strategy and business development, a highly skilled CTO, and specialized engineers in robotics, controls, perception, and field deployment. This blend of technical depth and operational experience drives innovation while maintaining a strong focus on safety and field readiness.
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