Project Development

Task : Project Dovelopment

Prepare drafts of your final project summary slide

(presentation.png, 1920x1080) and video clip

(presentation.mp4, 1080p HTML5, < ~minute, < ~25 MB),

put them in your root directory,and check that they are linked in the final presentation schedule

Project Development plan

1. Develop a plan for dissemination of your final project

2. Complete your final project, tracking your progress:-

What tasks have been completed, and what tasks remain?
What's working? what's not?
What questions need to be resolved?
What will happen when?
What have you learned?

Project Progress Overview

✅ Completed Tasks

• The final project idea, titled "Mini Agrisun Trap", has been thoroughly conceptualized and finalized as a solution for pest control in agricultural environments.
• A solar-powered electronic circuit has been successfully designed and tested to ensure it operates independently without external power supply.
• The PCB (Printed Circuit Board) for the project was designed, fabricated, and accurately soldered to support the device's functionality.
• A custom-designed 3D-printed housing was created and fully assembled to enclose and protect all internal electronic components.
• The microcontroller was programmed to detect low-light conditions and control the LED accordingly, enabling efficient night-time operation.
• Initial functional testing has been completed under laboratory conditions to validate system performance and identify improvements.

🕒 Pending Tasks

• Conduct the final field testing in an outdoor farm environment to evaluate the device's practical performance and durability.
• Record and edit a demonstration video to visually present the functionality and application of the project.
• Complete the final documentation and update the Fab Academy website with detailed explanations, images, and testing results.
• Implement minor code refinements and enhance waterproofing measures to ensure long-term outdoor usability.

Key Questions That Require Further Consideration

• What strategies can be implemented to ensure the device remains functional and efficient during prolonged periods of overcast weather, where solar input is minimal?
• Which waterproofing techniques offer the best protection for sensitive electronic components while keeping the solution cost-effective for outdoor applications?
• Are there methods to extend the battery's operational life without adding significant cost to the overall project budget?
• Is the current level of light intensity sufficient to effectively attract insects in diverse environmental conditions and varying field locations?
• What design improvements are necessary to make the product suitable for large-scale manufacturing and deployment in rural agricultural regions?

What Will Happen and When?

• June 3: Conduct the final field testing of the device and gather feedback from users regarding its performance and usability.
• June 4: Edit and finalize the project demonstration video to ensure it clearly explains the working and purpose of the project.
• June 7: Complete all final documentation and upload every required file to both FabCloud and GitHub repositories.
• June 9: Prepare and rehearse the final project presentation to be ready for the official review and evaluation.

What Have You Learned?

Throughout this project, I developed practical skills in designing and integrating solar-powered electronics with mechanical components. I gained hands-on experience with PCB design, microcontroller programming, and 3D fabrication. Managing the project timeline taught me valuable planning and troubleshooting techniques. Additionally, I learned how to document and share my work effectively to benefit the community.