The text discusses the author’s fascination with circuit sculpture and their decision to create their own sculpture inspired by Mohit Bhoite’s art pieces. The chosen model for the sculpture is the COSMO-SkyMed satellites, which are SAR satellites used for Earth observation. The author describes their process of using red LEDs to imitate the microwaves from the satellite’s antenna and their requirements for the sculpture to be active during working hours and visible in office lighting conditions. They also explain the circuit they created using solar energy and a monostable multivibrator to power the LEDs. The author highlights the environmentally friendly aspect of the model, as most of the parts were recycled from e-waste.
| Signal | Change | 10y horizon | Driving force |
|---|---|---|---|
| Circuit sculpture | Adoption of circuit sculpture as an art form | Circuit sculpture becoming more popular and recognized | Creativity, artistic expression |
| Use of COSMO-SkyMed satellites as inspiration | Inspiration from satellites for art | More artists using satellites as inspiration | Interest in space exploration and technology |
| Use of LEDs to imitate microwaves | Use of LEDs for creative purposes | More advanced LED technology and applications | Advancements in LED technology |
| Requirements for desk display | Focus on functionality and aesthetics for desk displays | More innovative and customizable desk display options | Desire for personalized and functional office decor |
| Using solar energy for power | Transition to renewable energy sources | Widespread use of solar energy in various applications | Shift towards sustainability and reducing reliance on traditional power sources |
| Use of spare parts for old-style look | Interest in vintage aesthetics and repurposing materials | Increased popularity of vintage and repurposed designs | Sustainability, nostalgia, and creativity |
| Modification of circuit for specific function | Customization and optimization of circuits for specific purposes | More efficient and specialized circuit designs | Need for tailored solutions and optimization |
| Size constraint for solar cells | Focus on practicality and availability of components | More compact and efficient solar cell designs | Advances in solar cell technology and miniaturization |
| Hand-drawn templates for satellite components | Combination of manual and digital design techniques | Integration of traditional and digital design methods | Appreciation for craftsmanship and DIY culture |
| Recycling e-waste for model components | Emphasis on sustainability and responsible consumption | Increased awareness and adoption of recycling and repurposing electronic waste | Environmental consciousness and resource conservation |