About this Event
<h4>Course Overview:</h4>
This hands-on course empowers participants to design and create their own beautiful solar-powered nightlight. By integrating basic principles of renewable energy and practical electronics, students will gain valuable skills in sustainable design and green technology. The course covers fundamental concepts of solar energy, circuit design, and creative crafting, suitable for beginners and hobbyists interested in sustainability and DIY projects.
Location: Venue in Central Plymouth TBC
Course times: Tuesdays, 6:00 PM - 8:30 PM
Course dates: (5 weeks) Tuesdays, 12 Nov, 19 Nov, 26 Nov, 3 Dec & 10 Dec 2024
Price Range: £175
(Please note that we will cancel the course a fortnight ahead if we don’t have sufficient numbers of participants - Participants will receive a full refund.)
Features: Live talks, personalised feedback, extensive materials, guest speakers, and project-based learning.
Enrolment: Open to people of all backgrounds and who enjoy crafting.
Prerequisites: None, but a passion for creativity and environmental sustainability is encouraged.
<h4>Learning Objectives:</h4>
Understand Solar Energy Basics: Learn the principles of how solar energy is captured and converted into electricity.
Circuit Design and Assembly: Gain practical skills in designing and assembling simple electronic circuits.
Sustainable Design Practices: Explore the importance of renewable energy and sustainable design in everyday applications.
Hands-On Project Completion: Create a functional and aesthetically pleasing solar-powered nightlight.
Creative Problem Solving: Develop troubleshooting skills and creative approaches to design challenges.
The course is divided into five modules, each focusing on different aspects of designing and building a solar-powered nightlight. Each session will include a creative activity:
Module 1: Introduction to Solar Energy
Overview of renewable energy sources
Basics of photovoltaic (PV) cells and how they work
Real-world applications of solar energy
Skill - soldering circuits
Module 2: Understanding Circuits and Components
Introduction to basic electronic components (LEDs, resistors, capacitors, etc.)
How to read and create simple circuit diagrams
Safety measures when working with electronics
Planning your solar nightlight design
Module 3: Creating the Nightlight
Considering aspects of energy usage in your home
Materials and tools needed for the project
Step-by-step design process
Module 4: Adding the Magic!
Installing the solar panel and battery setup
Testing and troubleshooting the nightlight
Creating elements for the nightlight interior
Module 5: Final Touches and Creative Customisation
Enhancing the design with creative touches
Ensuring durability and functionality
Presenting and sharing your finished nightlight
- Starter Kit will be provided: Solar house kit to build, decorate and take home. Electronics kit to use for hands on learning in class.
- Tools that will be provided: Soldering iron, wire cutters, multimeter, and basic crafting supplies.
- Textbooks: Reading suggestions will be shared ahead of the course
- Supplementary Readings: Selected articles and case studies on sustainable creativity and environmental action planning.
<h4>Course leaders:</h4>
- Name: Jenny Ayrton
- Email: [email protected]
- Biography: Jenny Ayrton is a British artist known for her enchanting glass sculptures and creative storytelling through art. Combining her passion for materials and making processes with environmental advocacy, Jenny has also become involved in promoting renewable energy through artistic endeavours.In addition to her glass art, Jenny Ayrton has collaborated with various organisations to integrate art and renewable energy. She is one of the founders of Plymouth’s eco-collective, was the first artist in Residence at Plymouth Scrapstore as part of British Art Show 9, runs regular community litter picking walks, and is a director of The Art and Energy Collective.
Event Venue & Nearby Stays
Sustainability Hub, University of Plymouth, Drake Circus, Plymouth, United Kingdom
GBP 175.00