Automated Tracking Antenna for WSU HARBOR
Automated Tracking Antenna for WSU HARBOR
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I spearheaded a key enhancement for Weber State University's HARBOR program by developing an automated tracking antenna. This project showcased my ability to secure resources, demonstrated by a successful grant I authored, and my skill in identifying and executing critical improvements—essential for strategic product direction and stakeholder management.
I spearheaded a key enhancement for Weber State University's HARBOR program by developing an automated tracking antenna. This project showcased my ability to secure resources, demonstrated by a successful grant I authored, and my skill in identifying and executing critical improvements—essential for strategic product direction and stakeholder management.
This was the poster for the poster presentations hosted by The Weber State University's Office of Undergraduate Research (WSU OUR).
The system's sensors required direct line-of-sight communication via a Yagi antenna, previously necessitating manual tracking for up to two hours as the balloon ascended to the outer atmosphere. We proposed and successfully built an automated tracking system, maintaining line-of-sight seamlessly. This solution was a monumental success, costing just 1/10th of existing industrial alternatives.
The system's sensors required direct line-of-sight communication via a Yagi antenna, previously necessitating manual tracking for up to two hours as the balloon ascended to the outer atmosphere. We proposed and successfully built an automated tracking system, maintaining line-of-sight seamlessly. This solution was a monumental success, costing just 1/10th of existing industrial alternatives.
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