Independent Research & Development Driven by a profound interest in Artificial Intelligence and electromechanical engineering, I established a dedicated robotics laboratory early in my academic career (9th grade). Since then, I have conceptualized, designed, and independently built six functional robots. My current research and development efforts are focused on the complex engineering required to build a fully articulated humanoid robot.

Below is a detailed overview of my foundational robotics projects:

Mumorob-Wnms

(Multipurpose Moving Robot with New Mechanical System) An internationally recognized, multi-articulated robotics platform combining advanced mechanical design with electrical engineering principles.

Robot Mumorob-wnms

  • Technical Specifications:

    • Dimensions: 42 inches in height; Total weight: 43 kg.

    • Power System: 12-volt, 4-amp direct current (DC) drive.

    • Articulation & Payload: Features a unique three-arm configuration with fully operational elbow, wrist, and shoulder joints, capable of lifting payloads up to 4 kg.

  • Awards:

    • First Prize, Innovation Machines (6th International BEAM Robot Games)

    • Third Prize, Miscellaneous Category (6th International BEAM Robot Games)

  • Further Details: View Mumorob-Wnms Project


Pratap

A heavy-duty, dual-arm robotics system recognized at the national level for its structural integrity and gripping mechanics.

robot_pratap

  • Technical Specifications:

    • Dimensions: 36 inches in height; Total weight: 55 kg.

    • Articulation & Payload: Equipped with two highly responsive hands capable of gripping and maneuvering objects up to 3 kg.

  • Awards:

    • National Award, 23rd Jawaharlal Nehru National Science Exhibition (Organized by NCERT, New Delhi at Teen Murti Bhavan).

    • Second Prize, Uttar Pradesh State Science Exhibition & Competition.

  • Further Details: View Pratap Project


Project J2

A highly successful competitive model that swept regional science and engineering events, earning commendations from multiple civic and scientific organizations.

Robot J2

  • Awards: Secured First Prize across three consecutive competitive tiers: Zonal, District, and Area Science Exhibitions.

  • Further Details: View Project J2


 

 

 

 

 

Project J1

The foundational prototype that launched my journey into applied robotics.

Robot J1

  • Impact: Winning First Prize at the foundational school-level science competition, this early project provided the catalyst and motivation for all subsequent advanced engineering work in my career.

  • Further Details: View Project J1