Youth & Young Adults

At HUMANBULB, we believe every student deserves the chance to explore, create, and dream big. We’re passionate about making hands-on STEAM—Science, Technology, Engineering, Arts, and Math—and entrepreneurship accessible to every student, especially those who might not always have these opportunities. For us, science, technology, arts, and innovative thinking are more than subjects—they’re powerful tools to solve real problems and bring bold ideas to life.

In our projects, you’ll get to do things like build solar race cars, design wind-powered gadgets, and create prosthetic hands. But it’s not just about what you build—it’s about how you grow. Our programs encourage teamwork, leadership, and entrepreneurial thinking, helping you develop the skills to turn your vision into reality.

We also believe in celebrating who you are. Our workshops create spaces where you can share your heritage, embrace your identity, and learn from others. Your unique perspective shapes your creativity, leadership, and entrepreneurial spirit, and we’re here to help you unlock that potential.

Join us and discover how you can take your ideas to the next level. At HUMANBULB, the future isn’t just something to imagine—it’s something you can build.

Workshops

  • "AquaEcoPreneurs: Hydropower Innovation for Climate Action" Bootcamp Logo

    "AquaEcoPreneurs: Hydropower Innovation for Climate Action"

    TOPICS: What is hydropower, how does it work and why is it important as a renewable energy source? What is the status of hydropower in our region?

    PROJECT:

    Participants will construct a hydroelectric power station to generate electricity and light an LED

  • VoltVoyagers: Entrepreneurship & Electrification Bootcamp Logo

    VoltVoyagers: Entrepreneurship & Electrification

    TOPICS: Participants will learn about the importance of electrification in reducing carbon emissions and fighting climate change. They will learn about (1) Transportation Electrification; (2) Vehicle to Grid Technology; (3) Education & Demand Flexibility: Smart Thermostats, Energy Efficient Appliances, Energy Efficiency & Building Electrification (4) Distributed Energy Resources.

    PROJECT (1): Participants will build their own electric robots, learning how to build a simple circuit and the principles of energy conversion.

    PROJECT (2): Participants will figure out the power consumption of various appliances using online research, appliance manuals, and energy consumption calculators; they will develop plans to reduce and better distribute energy usage within various home scenarios.

  • TurbineTitans: The Wind Energy Solution Bootcamp Logo

    TurbineTitans: The Wind Energy Solution

    TOPICS: What is wind power, how does it work and why is it important as a renewable energy source? What is the status of wind power in our region?

    PROJECT: Participants will build a realistic wind turbine complete with an electric generator and adjustable rotor blades. They will conduct experiments to optimize the turbine’s performance by adjusting the angle of the blades and discover how to use the wind turbine to light up an LED and charge a rechargeable battery. After the wind charges the battery, participants will turn their generator into the motor of an electric car to demonstrate a tangible application for the stored electricity.

  • GreenGrit: Innovation & Entrepreneurship in Biomass Logo

    GreenGrit: Innovation & Entrepreneurship in Biomass

    TOPICS: Participants will be learning about biomass, the energy stored in plants and other organic materials like agricultural waste, forestry waste, food waste and wastewater. They will learn how it can be converted to renewable natural gas and used to decarbonize natural gas power plants. They will learn that dairy digesters are one way to use biomass to produce renewable energy and that they reduce greenhouse gas emissions.

    PROJECT: Participants will be using different fruits and vegetables to power an LED, clock and fan

  • SolarSpark: The Solar Entrepreneurship  Logo

    SolarSpark: The Solar Entrepreneurship

    TOPICS: What is solar power, how does it work and why is it important as a renewable energy source? What is the status of solar power in our region?

    PROJECT: Participants will be building their own robots that run on solar power.

  • Design a Prosthetic Hand

    Design a Prosthetic Hand

    Objective: Introduce biomedical engineering concepts and the mechanics of movement.

    Activity: Use straws, string, and tape to construct a hand model with movable "fingers," simulating the function of tendons and muscles.

    STEM Connection: Teaches principles of engineering and anatomy, showing how technology can restore physical health.

  • DIY Water Filtration System

    DIY Water Filtration System

    Objective: Highlight the importance of clean water for community health.

    Activity: Build a simple water filter using layers of sand, charcoal, and gravel, testing for clarity and purity.

    STEM Connection: Demonstrates principles of environmental science and the impact of water quality on health.

  • Designing Assistive Devices for People with Disabilities

    Designing Assistive Devices for People with Disabilities

    Objective: Create tools that support individuals with physical challenges.

    Activity: Design and print simple assistive devices, like a pencil grip for individuals with arthritis, a custom cup holder for those with limited hand mobility, adaptive tools for eating, or grips for wheelchair users.

    STEM Connection: Encourages empathy, problem-solving, and design thinking while teaching practical engineering.

  • 3D-Printed Brain Puzzle for Mental Health Awareness

    3D-Printed Brain Puzzle for Mental Health Awareness

    Objective: Highlight the complexity of the human brain and its connection to mental health.

    Activity: Design and 3D print a puzzle of the human brain’s sections (e.g., cerebrum, cerebellum, amygdala). Students assemble the puzzle while learning how each part relates to mental health.

    STEM Connection: Combines anatomy and psychology with 3D design.