Looks like you have JavaScript disabled. For the full Twine experience, you will need to re-enable it.

I'm Tanmay Singh, an AI & Robotics Engineer based in Ghaziabad, India. I design real-time robotic systems for defense, healthcare, and industrial automation, combining machine learning, computer vision, and embedded systems to build scalable, edge-optimized solutions. My work includes autonomous surveillance robots, vision-based human-robot interaction, facial recognition, multi-object tracking, gesture and voice-controlled automation. I enjoy collaborating with cross-functional teams and turning simulation models into real-world deployments, with a focus on low latency and robust performance on platforms like Raspberry Pi 5.…I'm Tanmay Singh, an AI & Robotics Engineer based in Ghaziabad, India. I design real-time robotic systems for defense, healthcare, and industrial automation, combining machine learning, computer vision, and embedded systems to build scalable, edge-optimized solutions. My work includes autonomous surveillance robots, vision-based human-robot interaction, facial recognition, multi-object tracking, gesture and voice-controlled automation. I enjoy collaborating with cross-functional teams and turning simulation models into real-world deployments, with a focus on low latency and robust performance on platforms like Raspberry Pi 5.

Tanmay Singh

AI Engineer, Developer, AI Developer, +1





I'm Tanmay Singh, an AI & Robotics Engineer based in Ghaziabad, India. I design real-time robotic systems for defense, healthcare, and industrial automation, combining machine learning, computer vision, and embedded systems to build scalable, edge-optimized solutions. My work includes autonomous surveillance robots, vision-based human-robot interaction, facial recognition, multi-object tracking, gesture and voice-controlled automation. I enjoy collaborating with cross-functional teams and turning simulation models into real-world deployments, with a focus on low latency and robust performance on platforms like Raspberry Pi 5.…I'm Tanmay Singh, an AI & Robotics Engineer based in Ghaziabad, India. I design real-time robotic systems for defense, healthcare, and industrial automation, combining machine learning, computer vision, and embedded systems to build scalable, edge-optimized solutions. My work includes autonomous surveillance robots, vision-based human-robot interaction, facial recognition, multi-object tracking, gesture and voice-controlled automation. I enjoy collaborating with cross-functional teams and turning simulation models into real-world deployments, with a focus on low latency and robust performance on platforms like Raspberry Pi 5.

Available to hire

I’m Tanmay Singh, an AI & Robotics Engineer based in Ghaziabad, India. I design real-time robotic systems for defense, healthcare, and industrial automation, combining machine learning, computer vision, and embedded systems to build scalable, edge-optimized solutions.

My work includes autonomous surveillance robots, vision-based human-robot interaction, facial recognition, multi-object tracking, gesture and voice-controlled automation. I enjoy collaborating with cross-functional teams and turning simulation models into real-world deployments, with a focus on low latency and robust performance on platforms like Raspberry Pi 5.

Skills

Experience Level

Expert

Expert

Expert

Expert

Expert

Expert

Expert

Intermediate

Language

English

Fluent

Hindi

Advanced

Work Experience

AI & Robotics Engineer at One Simulation Pvt. Ltd.

April 1, 2024 - Present

Built AI-powered simulation models for humanoid and industrial robots for defense and healthcare applications. Integrated real-time computer vision and robotic control systems, improving operational realism and performance. Enhanced simulation environments to achieve faster inference speeds and increased accuracy. Collaborated with cross-functional engineering teams to deploy advanced AI solutions focused on human-robot interaction modules.

AI & Robotics Engineer at One Simulation Pvt. Ltd.

April 1, 2024 - Present

Built AI-powered simulation models for humanoid and industrial robots across 15+ defense and healthcare applications. Integrated real-time computer vision and robotic control systems, improving operational realism by 40% and system performance by 25%. Enhanced simulation environments, achieving 30% faster inference speed and 20% increased system accuracy. Collaborated with cross-functional teams of 8 engineers to deploy advanced AI solutions for human-robot interaction modules.