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I’m Sunrut Mahesh Surve, a Biomedical Engineering student in my 3rd year at Vidyala nkar Institute of Technology. I enjoy building practical hardware and embedded solutions that turn ideas into working prototypes, with hands-on experience across robotics, mechanical design, PCB assembly, and sensor-based systems. I’ve worked on mechanical and electronics aspects of an autonomous robotic cleaning project, and I’m also developing healthcare technology and wearable/sensing prototypes. I’m especially interested in robotics and assistive technologies—combining mechanical design, microcontrollers, and IoT-style connectivity to create reliable, real-world engineering outcomes.…I’m Sunrut Mahesh Surve, a Biomedical Engineering student in my 3rd year at Vidyala nkar Institute of Technology. I enjoy building practical hardware and embedded solutions that turn ideas into working prototypes, with hands-on experience across robotics, mechanical design, PCB assembly, and sensor-based systems. I’ve worked on mechanical and electronics aspects of an autonomous robotic cleaning project, and I’m also developing healthcare technology and wearable/sensing prototypes. I’m especially interested in robotics and assistive technologies—combining mechanical design, microcontrollers, and IoT-style connectivity to create reliable, real-world engineering outcomes.

Sunrut Mahesh Surve

3D Designer, Web Developer, Programmer, +2

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I’m Sunrut Mahesh Surve, a Biomedical Engineering student in my 3rd year at Vidyala nkar Institute of Technology. I enjoy building practical hardware and embedded solutions that turn ideas into working prototypes, with hands-on experience across robotics, mechanical design, PCB assembly, and sensor-based systems. I’ve worked on mechanical and electronics aspects of an autonomous robotic cleaning project, and I’m also developing healthcare technology and wearable/sensing prototypes. I’m especially interested in robotics and assistive technologies—combining mechanical design, microcontrollers, and IoT-style connectivity to create reliable, real-world engineering outcomes.…I’m Sunrut Mahesh Surve, a Biomedical Engineering student in my 3rd year at Vidyala nkar Institute of Technology. I enjoy building practical hardware and embedded solutions that turn ideas into working prototypes, with hands-on experience across robotics, mechanical design, PCB assembly, and sensor-based systems. I’ve worked on mechanical and electronics aspects of an autonomous robotic cleaning project, and I’m also developing healthcare technology and wearable/sensing prototypes. I’m especially interested in robotics and assistive technologies—combining mechanical design, microcontrollers, and IoT-style connectivity to create reliable, real-world engineering outcomes.

Available to hire

I’m Sunrut Mahesh Surve, a Biomedical Engineering student in my 3rd year at Vidyala nkar Institute of Technology. I enjoy building practical hardware and embedded solutions that turn ideas into working prototypes, with hands-on experience across robotics, mechanical design, PCB assembly, and sensor-based systems.

I’ve worked on mechanical and electronics aspects of an autonomous robotic cleaning project, and I’m also developing healthcare technology and wearable/sensing prototypes. I’m especially interested in robotics and assistive technologies—combining mechanical design, microcontrollers, and IoT-style connectivity to create reliable, real-world engineering outcomes.

Skills

Experience Level

Expert

Expert

Expert

Intermediate

Intermediate

Beginner

Language

English

Fluent

Hindi

Fluent

Marathi (Marāṭhī)

Fluent

Work Experience

Healthcare Technology Intern at ExiNovus Healthcare Technologies, IIT Bombay

June 10, 2026 - Present

Worked on 3D design and mechanical modeling for healthcare technology applications. Supported hardware integration and prototyping by collaborating on component-level development to translate design work into functional prototypes.

Industry 4.0 & IoT Training (Credit Transfer Program) at L&T IoT Training Academy

January 1, 2026 - January 5, 2026

Completed a 5-day Industry 4.0 & IoT training covering core concepts such as IoT, connected systems, sensors, automation, and Industry 4.0 fundamentals.

Industry 4.0 & IoT Trainee (Credit Transfer Program) at L&T IoT Training Academy

January 1, 2026 - January 1, 2026

Completed a 5-day training program covering IoT and connected systems, sensor fundamentals, automation concepts, and Industry 4.0 principles.

Robotics Intern (Mechanical Design & Assembly) at Humanoid Robotics Limited, Ghatkopar

December 1, 2025 - Present

Designed the outer body and chassis enclosure of a robotic cleaning vehicle to protect components and improve fit and form factor. Built the chassis framework by optimizing dimensions, component layout, and mounting locations for stability and easier assembly. Developed a cleaning arm mechanism using hinge-based joints and ball bearings for smooth, stable motion. Performed electronics assembly by soldering PCB circuits for prototype testing and troubleshooting during development.

Robotics Intern at Humanoid Robotics Limited

December 1, 2025 - Present

Designed and assembled mechanical components for a robotic cleaning system, including chassis, joints, and PCB circuits. Contributed to prototyping efforts focused on improving healthcare sanitation through automation.

Robotics Intern (Mechanical Design & Assembly) at Humanoid Robotics Limited

December 1, 2025 - Present

Designed the outer body of the chassis to ensure component protection, proper fitting, and an improved overall form factor of the robotic system. Developed a chassis structure for a robotic cleaning system, defining dimensions and component placement. Created hinge-based joints with ball bearings for smooth motion in the cleaning arm. Assembled PCB circuits through soldering for prototype testing.

Credit Transfer Program (Industry 4.0 & IoT Training) at L&T IoT Training Academy

January 1, 2025 - January 5, 2025

Completed a 5-day industry training program covering IoT, connected systems, sensors, automation, and Industry 4.0 concepts.