Remote
Work location
Silicone pouch project Ended
About the job
Evaluate a larger product and better understand its functional behavior, existing silicone pouch needs to be integrated with an air pump capable of operating for up to 30 minutes. Envisions a rechargeable, remotely controlled system that allows users to adjust the operating duration between 10 and 30 minutes in five-minute increments, as well as activate the expansion–contraction cycle wirelessly.
The programmed cycle will consist of a two-second expansion, a one-second hold, and a one-second release. For this initial phase, you can utilize off-the-shelf electronics paired with an ultra-flat air pump currently available on the market, and explore methods for effectively integrating these components with the silicone pouch provided.
The short-term goal for this project is to develop a functional prototype that integrates the air pump system with silicone pouch. This prototype will allow for evaluation of performance and assessment of how the system interfaces with the larger product concept.
The programmed cycle will consist of a two-second expansion, a one-second hold, and a one-second release. For this initial phase, you can utilize off-the-shelf electronics paired with an ultra-flat air pump currently available on the market, and explore methods for effectively integrating these components with the silicone pouch provided.
The short-term goal for this project is to develop a functional prototype that integrates the air pump system with silicone pouch. This prototype will allow for evaluation of performance and assessment of how the system interfaces with the larger product concept.
Evaluate a larger product and better understand its functional behavior, existing silicone pouch needs to be integrated with an air pump capable of operating for up to 30 minutes. Envisions a rechargeable, remotely controlled system that allows users to adjust the operating duration between 10 and 30 minutes in five-minute increments, as well as activate the expansion–contraction cycle wirelessly.
The programmed cycle will consist of a two-second expansion, a one-second hold, and a one-second release. For this initial phase, you can utilize off-the-shelf electronics paired with an ultra-flat air pump currently available on the market, and explore methods for effectively integrating these components with the silicone pouch provided.
The short-term goal for this project is to develop a functional prototype that integrates the air pump system with silicone pouch. This prototype will allow for evaluation of performance and assessment of how the system interfaces with the larger product concept.
The programmed cycle will consist of a two-second expansion, a one-second hold, and a one-second release. For this initial phase, you can utilize off-the-shelf electronics paired with an ultra-flat air pump currently available on the market, and explore methods for effectively integrating these components with the silicone pouch provided.
The short-term goal for this project is to develop a functional prototype that integrates the air pump system with silicone pouch. This prototype will allow for evaluation of performance and assessment of how the system interfaces with the larger product concept.
Evaluate a larger product and better understand its functional behavior, existing silicone pouch needs to be integrated with an air pump capable of operating for up to 30 minutes. Envisions a rechargeable, remotely controlled system that allows users to adjust the operating duration between 10 and 30 minutes in five-minute increments, as well as activate the expansion–contraction cycle wirelessly....
read more
Evaluate a larger product and better understand its functional behavior, existing silicone pouch needs to be integrated with an air pump capable of operating for up to 30 minutes. Envisions a rechargeable, remotely controlled system that allows users to adjust the operating duration between 10 and 30 minutes in five-minute increments, as well as activate the expansion–contraction cycle wirelessly.
The programmed cycle will consist of a two-second expansion, a one-second hold, and a one-second release. For this initial phase, you can utilize off-the-shelf electronics paired with an ultra-flat air pump currently available on the market, and explore methods for effectively integrating these components with the silicone pouch provided.
The short-term goal for this project is to develop a functional prototype that integrates the air pump system with silicone pouch. This prototype will allow for evaluation of performance and assessment of how the system interfaces with the larger product concept. read less
The programmed cycle will consist of a two-second expansion, a one-second hold, and a one-second release. For this initial phase, you can utilize off-the-shelf electronics paired with an ultra-flat air pump currently available on the market, and explore methods for effectively integrating these components with the silicone pouch provided.
The short-term goal for this project is to develop a functional prototype that integrates the air pump system with silicone pouch. This prototype will allow for evaluation of performance and assessment of how the system interfaces with the larger product concept. read less
Things to know
Intermediate
Skill Level
Open budget
Hourly
Full-time
Job type
Under 1-month
Job duration
Areas of expertise
100% FULLY-REMOTE
Arduino
CAD Design
CAD Modeling
Circuit Design
Electronics Design
Embedded Systems Engineering
Product Development
Prototyping
+6 more
Job categories
3D Architectural Modeling
3D Presentation Design
3D Printing Design
3D Product Modeling
+1 more
About the client
Payment not ready
United States (06:33 pm)
Posted
Active
Job activity
14 Applicants
0 interviews in progress
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