Adafruit's 3D-Printed Camera Project Teaches Programming and Electronics
Laura McQuarrie — February 19, 2018 — Tech
References: 3ders.org
Adafruit's DIY Arduino Thermal Camera is an intermediate level project for makers that involves 3D printing and the assembly of electronics.
The 3D-printed camera boasts a design that reminds of vintage cameras and it is one that can be customized easily based on one's color preferences. On the inside, a few electronics are required and some programming must be completed for the thermal sensor and screen to function properly.
Once the DIY camera project has been fully assembled, it can be used for a wide range of purposes. Thermal cameras are ideal for looking at heating and cooling systems, including ones within the home or a car. While the thermal camera can be used for the sake of fun, it also has the potential to be used to observe heating and cooling issues.
The 3D-printed camera boasts a design that reminds of vintage cameras and it is one that can be customized easily based on one's color preferences. On the inside, a few electronics are required and some programming must be completed for the thermal sensor and screen to function properly.
Once the DIY camera project has been fully assembled, it can be used for a wide range of purposes. Thermal cameras are ideal for looking at heating and cooling systems, including ones within the home or a car. While the thermal camera can be used for the sake of fun, it also has the potential to be used to observe heating and cooling issues.
Trend Themes
1. DIY Electronics Projects - The trend of intermediate level electronics project kits that teach programming and 3D printing skills, like Adafruit's DIY Arduino Thermal Camera project, may present opportunities for entrepreneurs to create new education-focused product lines.
2. Compact Thermal Sensors - The trend towards more compact and customizable thermal sensor technology, exemplified in Adafruit's DIY Arduino Thermal Camera project design, may present cost savings and new applications in commercial and industrial settings.
3. Functional Customization - The trend towards customizable and personalized design, as seen in Adafruit's 3D-printed camera project, may present opportunities for new products in industries like fashion, home decor, and automotive customization.
Industry Implications
1. Consumer Electronics - The consumer electronics industry may benefit from incorporating customizable and educational projects like Adafruit's DIY Arduino Thermal Camera into their product lines to foster customer engagement and learning.
2. HVAC Systems - The HVAC industry may benefit from utilizing compact and customizable thermal sensors, such as those used in Adafruit's DIY Arduino Thermal Camera project, to better evaluate performance and identify issues in heating and cooling systems.
3. 3D Printing - The 3D printing industry may benefit from the trend towards more functional customization seen in Adafruit's 3D-printed camera project by creating new lines of customizable products for a variety of industries.
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