Project Apricorn

Project Apricorn is a high frequency emitting and recieving prototype inspired by the game of Pokémon. It is meant to emulate what it would be like to play Pokémon in a theme park scenario. The idea is that the theme park attendees are given a Pokéball, in which a base station recieves that Pokéball's signal to then be assigned a Pokémon. The player would then be able to interact with the Pokéland system that would be based inside of the said theme park.

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CDR

September

This presentation describes the initial project design/plan of implementation

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Midterm Demo

October

This video shows midterm progression.

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Final Presentation

November

Final presentation that presents final design, implemnation, and group efforts

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Final Demo

November

This video demonstrates final prototype.

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"I Choose You!"

Project Desrciption

Here is where we illustrate our inital project design from Senior Design 1


Project Apricorn is defined by the interactive experience created between the user and a Pokéball that utilizes radio frequency identification (RFID) to communicate between the user and system. Orlando is known for being the home of many themed entertainment parks and having close ties with the University of Central Florida, Project Apricorn is designed to be an extension to the interactive experience. The Pokéball will feature an integrated printed circuit board with a RFID transceiver which will relay information to the base station which will be connected to a database to determine the user's identity to access interactive software selection.

Components

  • Hardware
    The hardware components consist of two major entities, the handheld Pokéball assembly and base station.
  • Software
    Below displays the software diagram of the User Interface associated with the Pokéball.

Meet The Team

Meet the team that made "Project Apricorn" possible!

Rebecca Casimir


Rebecca Casimir is a senior attending the University of Central Florida Majoring in Computer Engineering. Her current technical insterests are Cyber Security and methods to content protection. As of today she is currently interning at Walt Disney Studios in cyber security, and she plans on continuing to transition to full time position after graduating in Fall 2022.
Rebecca Casimir Kalindi Desai is graduating December 2022 from University of Central Florida with a Bachelor's of Science in Computer Engineering. She will continue learning more about and working on cloud technology in the Fintech industry with Ximple Solutions. Ximple Solutions is a software company that provides cloud ERP solutions to small businesses.
Rebecca Casimir Trey Sandefur is a senior at the University of Central Florida. He will be finishing his Bachelor of Science in Electrical Engineering at the conclusion of the Fall 2022 semester. He will be transitioning from an Electrical Engineering Intern position at AOA into a full-time Associate Show Producer position. AOA serves as a themed entertainment production firm that has helped bring world-class attractions, resorts, and experiences to life.
Rebecca Casimir Darren Yong is currently a senior at the University of Central Florida. He will receive his Bachelor’s of Science in Electrical Engineering in December of 2022.

A sincere gratitude is extended to all of the professors and mentors who have been able to guide the authors through coursework and projects. If not for learning these essential concepts, this design would not be possible. Lastly, the authors would like to thank their family, peers, and close ones who have supported them throughout their college careers.

About

Below lists all of Project Apricorn's documentation from Senior Design 1 (Summer 2022) and Senior Design 2 (Fall 2022). Follow our Journey!