Pushpendra Singh

Pushpendra Singh

Hong Kong, Hong Kong SAR
4K followers 500+ connections

About

In my last role as the Senior Manager at WeWork India, I had oversee operations for 35…

Contributions

Activity

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Experience

  • WeWork India Graphic

    WeWork India

    Mumbai, Maharashtra, India

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    Mumbai Area, India

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    Mumbai

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    Mumbai Area, India

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    Mumbai Area, India

Education

  • Sagar Institute of Technology and Management

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    Activities and Societies: Sports Cordinator,Debate Team

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Licenses & Certifications

  • Managing Safely Graphic

    Managing Safely

    IOSH

    Issued
    Credential ID 11633

Volunteer Experience

Projects

  • Light Following Robot

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    A light-following robot is an autonomous robot that is designed to detect and follow a source of light. It typically uses sensors, such as photodiodes or light-dependent resistors (LDRs), to detect changes in light intensity and determine the direction of the light source. The robot's movement is then controlled based on this information, allowing it to track and follow the light as it moves.

    The robot's main components include the light sensors, a microcontroller or a programmable…


    A light-following robot is an autonomous robot that is designed to detect and follow a source of light. It typically uses sensors, such as photodiodes or light-dependent resistors (LDRs), to detect changes in light intensity and determine the direction of the light source. The robot's movement is then controlled based on this information, allowing it to track and follow the light as it moves.

    The robot's main components include the light sensors, a microcontroller or a programmable logic controller (PLC) for processing the sensor data, and motor actuators for controlling its movement. The sensors continuously monitor the surrounding light levels, and when a significant change is detected, the microcontroller or PLC analyzes the data and calculates the direction in which the robot should move to align itself with the light source.

    To control the robot's movement, the microcontroller or PLC activates the appropriate motor actuators, such as wheels or servos, to adjust the robot's position. For example, if the light source moves to the right, the robot will turn its wheels or adjust its servo motors to steer towards the right and maintain alignment with the light. This process is repeated continuously, allowing the robot to effectively follow the light source as it moves within its detection range.

    Light-following robots have various applications, ranging from educational projects to practical uses in fields such as surveillance, agriculture, or entertainment. They showcase the principles of autonomous navigation and can be programmed with additional features like obstacle detection or path planning to enhance their functionality

Languages

  • English

    Full professional proficiency

  • Hindi

    Native or bilingual proficiency

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