Senior Design Showcase - Spring 2022 NEW FRONTIERS OF THERMAL TRANSPORT - University of Central ...
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UCF College of Engineering and Computer Science
Senior Design Showcase
Spring 2022
NEW FRONTIERS OF THERMAL TRANSPORT
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I-Design Showcase
WELCOME FROM THE DEAN
Welcome to the Spring 2022 Senior Design Showcase! This event is the hallmark of the
UCF College of Engineering and Computer Science and it couldn’t be sustained without
your support. The teams you’ll engage with over the next few days have work tirelessly
over the past year to bring their innovative ideas and creative solutions to fruition. They’ve
worked with faculty advisors to develop their ideas, listened to the needs of project
sponsors, and collaborated with fellow students to design, build and test prototypes. Now,
it’s time to showcase their hard work.
This year marks a special milestone for the Senior Design Showcase. This is the first time
that teams from the Department of Materials Science and Engineering have presented a
project. I congratulate these teams on achieving this honor and I encourage you to do the
same when you interact with them. They’re the first of many MSE teams who will present
in the future, and I welcome them all to the showcase.
Finally, I’d like to thank everyone who helps to make this event possible, from the students
to the faculty advisors and team leaders who coach them. I appreciate the efforts of our
instructors, alumni and industry partners who volunteer their time to judge the projects,
as well as the college staff who bring this event to life twice a year. I’d also like to extend
a special thank you to our event sponsors, Leidos and Duke Energy, as well as our project
sponsors who help us make this event possible. I look forward to seeing what the bright
minds of CECS have created this semester.
Go Knights! Charge On!
Michael Georgiopoulos, Ph.D.
Dean, UCF College of Engineering and Computer Science
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UCF College of Engineering and Computer Science
TABLE OF CONTENTS
Interdisciplinary Projects.......................................................................5
Computer Science.................................................................................10
Electrical and Computer Engineering.................................................16
Industrial Engineering and Management Systems............................21
Mechanical and Aerospace Engineering............................................24
Materials Science and Engineering.....................................................29
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I-Design Showcase
SPONSORS
We’d like to thank our event sponsors, who make the Senior Design Showcase possible.
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UCF College of Engineering and Computer Science
Interdisciplinary Projects
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I-Design Showcase
Interdisciplinary Projects
Predictive Uptime Maintenance for Peristaltic Pumps
Majors: Mechanical Engineering, Computer Science
This project encompasses four peristaltic pump test systems that utilize state-of-the-art techniques to
implement a predictive maintenance routine that maximizes the system’s uptime. A machine learning
algorithm and sensors have been created to monitor pump systems operations. This allows users to
determine the best time to perform maintenance and will indicate when maintenance is required. A user
interface will display the real-time status of each pump’s operations and specify which specific maintenance
is recommended.
Steelcase Frameless Glass Packaging Design Solution
Majors: Mechanical Engineering, Industrial Engineering
A cost-neutral solution for packaging bulk glass that provides protection against cracks and chips that can
occur during transit. Glass stays in the designed package to the point of installation. Design is flexible and
dynamic enough to be tilted or rolled safely. Biodegradable and reusable materials are to be used in the
manufacturing of the package to minimize environmental impact.
The Industrial Engineering Effect II: Total Refrigeration Gaskets
Majors: Industrial Engineering, Computer Science
Creates an improved software for Total Refrigeration Gaskets that provides effective and accurate tools to
lend in the production of orders received. The improvements consist of consistent verbiage and functional
tools that will be used by all employees across all stations and makes a more user-friendly interface. These
improvements will help the bottlenecks present, reduce overtime and decrease waste. The software will be
integrated into the current production process and track the progress of orders.
Florida Space Institute Space Suit
Majors: Mechanical Engineering, Materials Science Engineering
A garment designed to protect astronauts in future space missions in two ways: It will provide cooling to the
astronauts wearing it to help reduce body temperature while working in harsh, hot environments such as
the lunar and Martian surfaces while also providing a modicum of protection against radiation. The wearer
is cooled by pumping water through tubes attached to the garment, and the garment will come with a
separate layer to be worn on top of the tubes that is 3D-printed out of a material that absorbs radiation.
Flexible Laryngoscope Blade with Free Moving Visual Stylet
Majors: Mechanical Engineering, Photonics
A new laryngoscope blade that is compatible with current versions. Will allow for better intubation and
can decrease patient mortality. If successful, the new blade will suppress tongues of any size and help
increase the chances of a first-attempt intubation on patients who would normally be difficult to intubate.
The laryngoscope has a video display connected to an optical stylet that is free moving to allow precise
adjustment by physicians.
Monkey Tracking Tech
Majors: Mechanical Engineering, Electrical Engineering, Computer Science
A prototype tracker that would improve the tracking capabilities of an endangered monkey species. The
project uses GPS and radio technology to send crucial information to a database that the researchers of
Proyecto Titi would use. Improves current tracking abilities, which uses VHF technology to manually track
the monkeys.
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UCF College of Engineering and Computer Science
Interdisciplinary Projects
Theatre on Wheels
Majors: Mechanical Engineering, Theatre
A multi-functional double-decker mobile stage that is self-powered and completely themed from front to
back. The structure itself is a powerhouse that will be utilized and enjoyed by consumers in two different
modes: mobile/parade mode and stationary/event mode, with the two modes being interchangeable at the
click of a button. The ability to host an event while being mobile, as well as stationary in any feasible location
is unique, and can ultimately lower costs associated with rented venues.
Aerojet FAR Robotic Payload
Majors: Mechanical Engineering, Computer Engineering, Computer Science, Electrical Engineering
Green Team, Red Team (See ECE projects for Blue Team and Gray Team) (See MAE projects for the Black
Team, Gold Team and the Continuity Team)
Teams designed and built rockets, gliders and small robotic payloads for UCF’s entry in the Friends of
Amateur Rocketry competition.
Photo-TANKS: Photonic Targeting Acquisition and ideNtification Knowledge Systems
Majors: Electrical Engineering, Computer Engineering, Photonic Engineering
Photo-TANKS seeks to be a proof-of-concept to help modernize outdated methods of target identification
and acquisition. Aids in the process of target identification and acquisition utilizing transmittable vehicle
identification codes and 360° video coverage that is continuously analyzed by AI for target acquisition.
Mobile LiDAR Scanner
Majors: Computer Engineering, Optics and Photonics
A LiDAR scanning system that will render a 3D image of a scanned area for use in military reconnaissance
missions. Includes a variable field of view that allows users to obtain the best axial resolution for each
rendered scan.
Remotely Controlled Diffused Surface Laser Beam Imaging System
Majors: Computer Engineering, Electrical Engineering, Optics and Photonics
Aims to solve problems that occur during outdoor high power energy experiments. Incorporates a power
source that is both chargeable and solar powered. Cuts the need for additional personnel, saving time and
potential costs, and can withstand any weather without the need to be physically covered or removed from
its optimal testing location.
Self-Contained Dye Laser Cavity for UV Sunscreen Absorbance Testing
Majors: Electrical Engineering, Photonics Engineering
A laser system that makes solar simulators used for sunscreen absorbance testing cheaper and easier to use.
The product uses laser dyes as opposed to the more common solid-state and semiconductor laser media. It
was designed to be hand-held, easily refillable and self-sampling for wavelength and optical power.
S.T.E.A.L.T.H.: Secure Transmission via Electronic and Laser Technology Hardware
Majors: Electrical Engineering, Photonics Engineering
This project attempts to develop a self-contained free space optical communication system that is optimized
to be lightweight, low power and compact. Optimization of these parameters enables the inclusion of such a
system on aerial platforms to aid in meeting their communication needs.
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I-Design Showcase
Interdisciplinary Projects
Portable Fluorescence Sensor for Lyme Disease Antibody Detection
Majors: Electrical Engineering, Computer Engineering, Optics and Photonic
Uses revolutionary thin optical filters to make the overall design compact and less expensive than most other
fluorescence sensor devices. The device will detect the fluorescent light emitted by markers which attach to
Lyme disease antibodies. The type of fluorescent light and concentration of light emitted by the markers is
used to determine that a person has Lyme disease.
Accessible Spectrometer for Water Impurity Detection
Majors: Optics and Photonics, Electrical Engineering
This project will detect certain contaminants in drinking water using spectrometry. It will use visible light
spectrometry to detect if there are contaminants in water. Aims to make drinking water safer for the wider
population, regardless of local government water purification systems.
OptoSmart Pet Feeder
Majors: Photonics Engineering, Electrical Engineering, Computer Engineering
This product helps eliminate the time, energy, and stress put on the pet owners to feed their pets while
they’re away from home. Using optics and electronics, the device ensures that the owner’s pets are being
routinely fed with their correct pet food, without the pet owner being physically present with them.
Low Power Variable Optic with Automatic Distance Correction
Majors: Electrical Engineering, Computer Engineering, Photonics Engineering
A rifle scope that utilizes modern technology to allow the user a more automated way to hit their target.
Using a rangefinder, the distance from the user to the target will be measured, and this information will then
be sent to a computer on board the scope to automatically adjust the reticle to tell the user where they need
to aim. The main audience for this product would be both military and sporting markets.
Solar-Powered Path-Finding Carrier Robot
Majors: Computer Engineering, Electrical Engineering, Photonics Engineering
A path-finding carrier robot that is completely solar powered. This robot can carry up to 25 pounds of cargo
while either following behind the user or autonomously navigating to GPS coordinates. The goal is to give
individual an extra arm to carry groceries to their house or textbooks around campus, as well as assisting
disabled individuals with everyday tasks.
Automated Laser Cavity Mirror Alignment and Beam Profile Modulation System
Majors: Computer Engineering, Electrical Engineering, Photonics Engineering
Aims to autonomously align the laser cavity as well as provide diagnostics on laser performance. Also
provides power meter and beam profiling capabilities, which is unique for a laser diagnostic device. Intended
to be used by laser researchers as well as laser manufacturing professionals in the production and alignment
of laser cavities.
Remotely Controlled Diffused Surface Laser Beam Imaging System
Majors: Computer Engineering, Electrical Engineering, Optics and Photonics
Aims to solve problems that occur during outdoor high power energy experiments. Incorporates a power
source that is both chargeable and solar powered. Cuts the need for additional personnel, saving time and
potential costs, and can withstand any weather without the need to be physically covered or removed from
its optimal testing location.
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UCF College of Engineering and Computer Science
Interdisciplinary Projects
Plant Habitation System for Life Sciences Research
Majors: Computer Science, Electrical Engineering
A plant habitation system to research how plants grow in lunar orbit, of which there is little to no information
on. The data will be gathered from the satellite and transferred to an on-Earth database from the humidity
sensor, temperature sensor, pH sensor and camera units. The web app will then display the sensor
information and images of the plant outlining ideal conditions for plant growth.
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I-Design Showcase Computer Science | 10
UCF College of Engineering and Computer Science
Computer Science
Depth Analysis on a Historical Stereogram Image of St. Augustine National Cemetery
An application that employs modern depth-finding techniques to reconstruct the 3D information found
in images of gravestones buried beneath St. Augustine National Cemetery. The data collected can be
intuitively processed by a custom user interface and the names of soldiers can be placed on the modern-day
gravestones.
Center for Humanities and Digital Research Inventory System
A basic scheduling and inventorying system for the equipment and items owned by the UCF Center for
Humanities and Digital Research. The system enables students to reserve and check out equipment that has
been made available to them.
MOSafely Social Media Risk Detection Dashboard
An interactive service in which users can share their donated Instagram and Twitter data in order to receive a
visual risk assessment of their direct messages online. Uses algorithms to scan a user’s conversations as well
as natural language processing to understand and mark each message as risky or not. Users are able to see
which messages have been flagged as risky.
AlgoVisionKnights II
A web app that provides visualizations for common data structures and algorithms, acting as a study aid and
resource with consideration for accessibility for students and learners alike from all walks of life. No code is
provided nor is the user inundated with information while still supplying necessary material as a resource.
Through My Eyes: An Immersive VR Experience to Represent Visual Impairment
An immersive virtual reality experience that simulates the struggles of daily activities for people with visual
impairments. Utilizes a simulated environment, lighting and sound to create scenes that immerse the user.
Wearing the Oculus Quest 2 headset, the user will be able to move and interact with elements within each
scenario, and attempt to complete basic tasks such as grocery shopping or crossing the street.
Team Microtonal Synthesizer: Microtonal Synth Based on a Traditional Keyboard Layout
Designed to streamline the ability to create microtonal music by creating a software synthesizer intuitive and
flexible enough to be used as an instrument for live performance as part of an ensemble. Microtonality as a
musical field is bizarre and at times can be incredibly expensive to enter; this software is designed around a
traditional keyboard layout to avoid a hard learning curve.
VizCon: A Software Replacement
A modern Integrated Development Environment designed for the purpose of teaching students in the
IT department about the effects of concurrency in programming. Includes a visualizer, which runs at
compilation time and shows users how the concurrent aspects of the program operate and change as the
program executes. The project is a replacement for jBACI, an older program which serves the same basic
purpose but is too outdated for modern usage.
Train Trax for Naval Education and Training Command
An open-source application that will track non-formal and offline learning for the Naval Education and
Training Command. Tracks the utilization of informal means of learning, such as Wikipedia, and allows
for administrators to track completion statuses and resource popularity. Designed for naval personnel,
especially those in areas without stable internet connection. This is the NETC’s first app with offline tracking
capabilities.
Polybay: NFT Marketplace
A marketplace for non-fungible tokens or NFTs. Users can buy, sell and create an NFT. Creates an application
that will support multiple wallets for connection to the website. Also offers lower cost transactions.
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Computer Science
EZ-RASSOR: EZ Regolith Advanced Surface Systems Operations Robot 2.0
An inexpensive regolith mining robot based on NASA’s RASSOR, a robot meant for high-school and college-
level classroom development projects. Migrates the codebase from ROS 1.0 to 2.0 to extend the artificial
intelligence components of the robot so that they might be used autonomously as well as remote controlled.
NASA Mini-RASSOR Competition Software
Provides the software programs for the NASA Mini-RASSOR Competition, which would allow students to
have hands-on experience with a NASA rover. This software communicates with lower-level code written by
NASA to execute basic movement, and provides a graphical interface to execute the code.
Simulation Exploration Experience
NASA coordinates an annual modeling and simulation challenge for students called the Simulation
Exploration Experience. This team will host the online servers for the event and will develop their own lunar
research models.
Distributed Observer Network Team
An improvement of the Distributed Observer Network or DON, a software created and used by NASA to
view simulations of rocket launches and lunar base development. This updated version aims to modernize
and simplify DON for new users and adds better features.
Profile Testbed for the U.S. ARMY
A hardware monitoring system that provides efficient analyzation of benchmark and stress tests for the
U.S. Army Program Executive Office of Simulation, Training and Instrumentation. Data can automatically be
uploaded to a website, where it can be analyzed and compared with other systems.
Virtual and Augmented Reality Laboratory Inventory Tracking System
Aims to improve lab efficiency and organization while providing an easy-to-use app for tracking inventory.
Intended to replace the current lab tracking system of spreadsheets. There will be a convenient physical
kiosk at the VARLAB that will provide swift check-ins and check-outs through the swipe of a student ID and
scan of a barcode. The app will provide logs, reports, statistics and user information for the administrators.
Composition Today: A Musician’s Hub
A rebuild of the Composition Today website with a refined user interface and structure. A social media site
that allows users to create events, articles and music posts was also created along with a mobile app and a
showcase page to help users discover new musicians and UCF music projects. Includes a mobile app.
Mission Planning and Execution App
The Mission Planning and Execution app gives the U.S. Army Program Executive Office of Simulation,
Training and Inventory the ability to create, track, manage, edit and share projects. Features include a user
management system, a user account settings page, a list of projects, a project creation system, and project
and outcome pages.
Enhanced Program Assessment and Reporting Tool
A web application for the U.S. Army Program Executive Office of Simulation, Training and Inventory that will
guide the user through a series of questions to evaluate compliance with MOSA, the Modular Open Systems
Approach. This tool is efficient, intuitive and collaborative, and replaces the current spreadsheets used.
3D Scanner and Mapper of Turbine Components for Siemens Energy
An iOS app that accesses the iPhone 13 Pro’s rear LiDAR scanner and outputs depth scans that are then
processed and mapped onto their 3D representation. The app is designed for Siemens Energy, and would be
used to assess the condition and lifecycle of turbine components.
| 12UCF College of Engineering and Computer Science
Computer Science
Speech Ordering with Natural Language Processing for Red Lobster
An in-house system for speech ordering that connects with the Red Lobster online ordering system to
submit food orders to specific Red Lobster locations. This system translates customer speech to understand
the intent and converts it to the desired order. The information is then displayed in a dashboard for Red
Lobster administrators to view.
Senior Design Showcase Judging Application
A central platform for Senior Design Showcase judges to view and evaluate projects. This app allows judges,
instructors and administrators to track team scores and submit feedback online. The platform includes
internal algorithms for automatically assigning ballots, support for rounds spanning multiple days, a mobile
interface for in-person real-time judging and more.
Improving Java Verification
Simplifies the process of verifying Java software in the OpenJML tool by implementing quantifier
comprehensions that can validate the correctness of sums, products and counting operations. Expands the
functionality of OpenJML as well the set of programs that be specified concisely with this tool.
Autonomous Drone Swarm for Lockheed Martin Missiles and Fire Control Research Laboratory
Black Team, Gold Team, White Team
Teams developed a simulated swarm of drones that can aid in search and rescue missions, threat detection
and location mapping. The goal is to increase the speed and efficiency of drones, and to show that they can
be used in this manner without human intervention.
Automated Analysis of Cyber Threat Models with Trivium
Combines network vulnerability scans and a network model created in the data-driven modeling software
Trivium. This analysis will output the most probable paths that an attacker would take from Point A to Point
B in a network, giving stakeholders a helpful big-picture understanding of the security of their network.
Fighter Squadron Digital Operation Risk Management
Operation risk management forms allow pilots to accurately measure their risk going into a flight and advise
them to take proper precautions in per-flight briefings. This project optimizes this process by utilizing a
web-based app with a mobile component for handling the process of filling out and submitting ORM forms.
Supervisors and flight leads will easily see submitted forms and review them based on the associated risk
score.
Web Application to Support Testing in Computer Science Classes
Provides a low-cost web app that incentivizes new computer science students to enhance their
understanding of programming. Students accrue a point for every solution their test broke and are ranked in
descending order by points on a leaderboard. The highest-ranking students will be awarded extra credit by
the professor.
Quantum Hydrogen Atom Simulation in Virtual Reality
An interactive simulation of the hydrogen atom model to help people understand the field of quantum
mechanics. Eases people into this area of study and provides a novel virtual reality experience unlike a
traditional 2D simulation.
Athlete Monitoring System: Sport Science AI’s Web Portal for Data-Driven Coaching Decisions
Low-cost option for sports teams to monitor their athletes and team performance. Includes a portal with a
planner and statistics on team performance and individual players. Aims to provide sport science and data
science tools for team and player analysis.
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Computer Science
Sport Science AI: Sports Video Understanding for Broadcast Videos
Allows coaches to analyze videos of matches for tactical information to improve player performance.
The system uses computer vision to recognize players of the field and to map players as they play. It also
incorporates an interactive web portal with a search function to analyze the video after it’s been processed.
ELLE-Oh: EndLess Learner
A new iteration of a suite of language-learning games that includes a card games and a maze. A website
interacts with a database of terms to quiz users’ knowledge. Users can also test their knowledge through a
randomly generated maze. This version adds sounds and customization options.
ELLE-No: Endless Learner Virtual Reality Game
Expands on the framework established by previous Senior Design teams. Uses Quest 1 and Quest 2 hardware
to run the game as a standalone. Also includes improvements to the central hub as well as a mini game that
is context dependent and more interactive.
Mangrove: Big Data Soundscape Analysis
A new iteration of Mangrove in which users can visualize 2D and 3D graphical outputs alongside listening to
this data to more effectively analyze, communicate and share data. Mangrove has a vast set of tools that can
be utilized by biologists and analysts alike to better understand and interpret how vital a role sound plays in
the environment.
MiSu: Sharing Smart Device Access
Implements a third version of the existing MiSu app, which allows homeowners to decide which smart
devices they want to share access to. Aims to fix any bugs left behind by the inherited code, to improve the
user interface, to integrate additional home devices into the hub and to implement a GPS location-based
feature that allows devices to only be used by guests when they are in proximity to the home.
Corre: A Mobile Application for Running Safety
Aims to improve the safety of runners who run alone. Corre will connect a runner with custom emergency
contacts that they provide. When a user goes on a run using Corre, the application will transmit their
location to their emergency contacts and receive a push notification. During a run, if the user is in danger,
they can hit the emergency SOS button and it will dial an emergency. Also allows users to chat with friends.
Somnium: Horror Game
A 2D horror game that utilizes facial recognition artificial intelligence to modify the player’s experience
based on their emotional reactions to gameplay. Combines these features with well-researched
psychological concepts to constantly adapt the media in response to the viewer’s reactions.
Trism: An SMS Marketing Platform
An efficient, simple-to-use platform for small businesses to reach their customer base by leveraging coupon-
based SMS marketing. With minimal effort, a business owner can generate a list of customers, provide them
with an incentive and monitor their responses.
VISIONome: Understanding the Human Genome
An easy-to-use visualization for understanding the human genome. Students interact with a dynamic
visualization that allows them to traverse the human genome and explore its tens of thousands of genes.
Project AVA
Aims to create a motion-tracking system design from the lens of virtual production, a new paradigm of the
video production industry. Creates a discrete system with a user-friendly interface that works directly with
3D creation tool Unreal Engine.
| 14UCF College of Engineering and Computer Science
Computer Science
.FamilyChat: Mobile Messaging Application for Group Communication
A mobile application designed specifically for communication among family members. The app pairs
interactive features like pins, pools, lists, events and banners with standard messaging functionality. Improves
the group-chat experience.
Jiu-Jitsu 3D Tutorials
A web app that houses self-paced animated tutorials of Brazilian Jiu-Jitsu, and improves upon current video
and note-based tutorials. Specializes the review of Jiu-Jitsu techniques and improves the efficiency of user
learning.
Study Buddy
A mobile application that is designed to maximize performance and organization for studying. The app
allows the user to manage courses, notes, chats and events, and provides a novel and all-encompassing
experience for students.
Depths: A Dystopian Adventure Game
A 2D adventure game that takes players through a flooded dystopian world. Offers a fun experience
to personal computer players ages 13 and older, and serves as a cautionary tale of the importance of
combatting climate change. Depths can also be widely distributed to those who want to learn more
about marine life and the environment. Upon a formal launch, proceeds from the game will be donated to
environmental organizations.
EasyMeshVR: Using the Power of VR to Make 3D Modeling More Accessible
Modeling organic meshes is a skill that is cultivated over years of experience. EasyMeshVR aims to make this
process easier by allowing users to interact with their models in VR as if it’s a real object directly in front of
them. A convenient and immersive alternative for students who don’t want to spend time learning advanced
mesh software.
ZDFocus: A Cell Detection Toolkit
A software for biomedical professionals that uses a deep-learning algorithm to handle and analyze cell
images through a process known as Imaging Mass Cytometry. The user can export the cell’s information
from the software for future analysis. This software is more accurate and easier to use than traditional IMC
processes.
Social Media Teen Nudging
Aims to allow researchers at the Socio-Technical Interaction Research lab to conduct experiments on
teenagers by allowing them to use the Truman platform to interact with other users. By using Truman,
researchers are able to study the behaviors of teenagers by seeing how they respond to certain actions,
including messages from strangers. Implements nudges that will appear on the screen and ask the user
questions to keep them safer online.
Army Reserved Unified Communication Platform
A beta app that can handle the necessary forms of communication and documentation with significantly
better efficiency in one unified platform. Designed for use by the U.S. military.
Plant Habitation System for Life Sciences Research
A plant habitation system to research how plants grow in lunar orbit. The data will be gathered from a
satellite and transferred to an on-Earth database from the humidity sensor, temperature sensor, pH sensor
and camera units. The web app will then display the sensor information and images of the plant, outlining
ideal conditions for plant growth.
| 15I-Design Showcase
Electrical and
Computer
Engineering
| 16UCF College of Engineering and Computer Science
Electrical and Computer Engineering
Solar Tracking Charging Station
The main purpose and goal of this project is to achieve a high level of clean energy, while maintaining
portability with a large solar tracking system. With the use of portable tracking systems, it may be possible
to prevent scooters from dying due to low battery energy during peak periods. As soon as peak hour begins,
this system could supply energy to these scooters to keep them fully charged and ready for customers to
use.
Internet of Things Smart Doggy Door
Uses an onboard computer and a mobile application to provide the user with a way to manage when
animals can use the door. The mobile application allows the user to control the system remotely. The door
responds to nearby collars using radio frequency identification. Upon recognition, the door will unlock
depending on what permissions that have been set for the animal.
Pill3
The Pill3 is a smart medicine dispenser that stores weeks’ worth of pills and sends smart phone notifications
whenever it’s time to take it. With three universal pill storage containers, the Pill3 can have up to three
distinct prescriptions regardless of size and shape. The Pill3 aims to be an inexpensive alternative to other
high-end medical adherence devices while still maintaining most of the functionality.
Wireless Solar Charger
This device charges other devices wirelessly from a rechargeable battery pack. Uses a solar panel to charge
a battery, which then powers a wireless charging pad; this pad then charges any connected device. This
device can be made at a much cheaper cost than similar devices on the market.
Pill-Bud: Your Friendly Pill Dispenser
An automatic pill dispenser that will deliver a pill to users at a requested time, accessed through a user-
friendly mobile application. Intended for users who have difficulty remembering to take their medication and
are well-versed in the usage of technology.
Phonenergy Wireless Internet of Things Edge Power Multimeter
The goal of this project is to create an Internet of Things smart meter that is capable of supplying highly
accurate readings, in a secure manner. To overcome security vulnerabilities, the device uses LoRaWAN for
local communication to a gateway Edge computer. The Edge computer acts as a central hub of operation,
capable of prepossessing and detecting local anomalies. All of this will come together on an easy-to-read
interface web app that will display data in real-time.
Wirelessly Connected Laser Shooting Gallery
Provides users with at-home entertainment that is fun and endlessly replayable. The system involves a
single laser “gun” controller and multiple portable targets. The controller and the targets all have their
own microcontrollers, which can communicate wirelessly. The gun fires a visible laser, which is sensed by
phototransistors embedded in the targets.
Pool-AID: Pool Alarm System
Pool-AID is designed to minimize the rate of drowning-related accidents. The system will alert nearby adults
when there is an event that could result in an incident in their pool. The project is designed to work in
outdoor pools and would be used by homeowners to provide extra safety measures for their children.
| 17I-Design Showcase Electrical and Computer Engineering BRON-S: Bluetooth Remote Operate Nerf Sentry Turret A simple and lightweight sentry turret that could easily be carried, assembled and operated by a single person. Does not require any external cables for power or for data transmission. Utilizes facial recognition software so threats can be automatically detected within a certain proximity. The turret will then be able to fire on any targets fully autonomously with the option of manually controlling the turret with a Bluetooth device. Interactive Cat Toy A plush electronic toy with a variety of features proven to entice cats into play. These features include sound effects, light displays and toy motion, along with catnip scenting and interchangeable skins that are modeled to look like small animals that cats love to play with. Trash-E: Autonomous Litter Picker Upper Autonomous cleaning robots, like a Roomba, currently only pick up small objects like food wrappers, dirt, crumbs, etc. Trash-E provides a solution that allows owners to autonomously pick up larger pieces of trash. This robot utilizes computer vision to detect cups and uses laser data to move around the room. It then picks up the cup with its arm and gripper that’s attached to the end and moves it into a container on Trash-E. Chromesthesia Simulation Device The Chromesthesia Simulation Device is a project designed to simulate a phenomenon called synesthesia, in which a person will involuntarily associate sounds to visual effects, such as shapes and colors. The device works by taking in sound frequencies from the surrounding environment, localizing the sound, converting them to an associated color, and displaying them on a screen. Robodog: A Robotic Dog With AI Assistant Capabilities In recent years, home automation, smart devices, and assistive technology have greatly increased in popularity. With robodog, the aim is to provide smart AI assistant capabilities in a package capable of personal interaction. Smart Mirror A smart mirror device similar to other popular smart devices such as Google Nest or Amazon’s Alexa. This device would be marketed to the same consumers that are familiar with smart home devices. It is capable of showing weather data and news, and has face and speech recognition capabilities. The Envoy Commander: Physical Implementation of Distributed Machine Learning An abstract algorithm that is widely accepted as successful reinforcement learning solution. Turns the algorithm into a physical model using simple machines playing a simple game that they initially know nothing about. Ideally, the simple machines work together using wireless communications and figure out the game. Safe T: Secure, Anti-Theft, Flexible, Engineered Taillight An all-in-one anti-theft alarm and lighting system for bicycles. It is intended to provide environmental illumination for bicyclists in order to increase visibility of surrounding obstacles while making the bicyclist more visible to nearby motorists along with providing turn indication via alternatively-flashing signal lights. Car Sentry System In the event of a hit-and-run scenario, a victim may not have the time to obtain vehicle information. Many civilian vehicles are not equipped with any form of surveillance systems to log these instances for insurance or legal purposes. The Car Sentry System is a low-cost, portable license plate scanner for the average | 18
UCF College of Engineering and Computer Science
Electrical and Computer Engineering
Car Sentry System
In the event of a hit-and-run scenario, a victim may not have the time to obtain vehicle information. Many
civilian vehicles are not equipped with any form of surveillance systems to log these instances for insurance
or legal purposes. The Car Sentry System is a low-cost, portable license plate scanner for the average
day-to-day driver. This device will be used to log license plate information and potentially other vehicle
attributes.
SMOCK Lock: A Smart and Secure Lock
The SMOCK Lock provides a secure lock with multiple levels of security that has no need of physical keys
to let people borrow. The door will also auto lock after a set time. The SMOCK Lock provides more features
than most if not all the other locks around its price point and a mobile app to go along with it.
Depth Perception Haptic System
A hands-free alternative to the canes used by the blind or those with low vision. Robot vision and distance
sensors are combined to create a map of the space in front of the user. This map is then projected on to a
vest lined with vibrating motors.
Aether: Air Quality Sensor Network
The Aether air quality sensor network is a wireless, LoRaWAN enabled, air quality sensor designed to
measure and estimate the EPA’s Air Quality Index. The sensor data is transmitted over the network to an
Amazon Web Services back-end and performs additional processing and hosting of the web application. The
lithium-ion battery inside the device can be charged by the integrated solar panel or through USB.
Argus: Wearable Scanner Device
The project supplements the use of a white cane for people with visual impairments, as well as assist
people in dark environments, such as caves and water caverns. The device works by using lidar sensors and
vibration motors to detect the user’s surroundings and relays information of how close the user is to objects
in their frontal view. Depending on how close the user is to an object, the vibration motor on the device will
vibrate in the direction where the object is.
Snoozie: Smart Pillow
Aims to help users track and improve their sleeping habits. Uses a suite of sensors to track light, movement,
pressure, temperature and sound. Sends data to an app that will show what the user needs to do to improve
their sleep. The pillow will also have Bluetooth speaker capabilities so the user can play white noise or music
when they are falling asleep.
FriendlyEyes: Navigational Assistant for the Visually Impaired
Green Team, Light Green Team
FriendlyEyes is an electromechanical system designed to emulate the role of human vision in scanning our
surroundings while walking. The goal is to offer an alternative to the white cane for the visually impaired
while providing wider functionality. It is designed around three different sensing technologies coexisting in a
vest-like garment, each of which covers a distinct range and performs a different function.
Aerojet FAR Robotic Payload
Blue Team, Gray Team (See Interdisciplinary Projects for Red Team and Green Team) (See MAE projects
for the Gold Team, the Black Team and the Continuity Team)
Teams designed and built a small robotic payload for UCF’s entry in the Friends of Amateur Rocketry
competition.
| 19I-Design Showcase Electrical and Computer Engineering Pick Pocket Tuner An automatic guitar tuner to quickly tune a guitar to a desired frequency. The tuner uses a vibration sensor or a ¼” jack to detect what frequency the string is currently tuned to and automatically tightens or loosens the peg to achieve the correct frequency. Purrfect Cat Care System The Purrfect Cat Care System combines state-of-the-art monitoring with automatic feeding and watering to provide holistic cat care. By tracking the cat’s food and water consumption and litterbox use, early warning signs of many diseases can be caught long before human owners would notice. Motion-Detecting Sentry Turret Uses computer vision to identify targets and marks them with paintballs. Detects human targets via a laptop then triggers a paintball gun to fire paintballs on targets that stay in the turret’s field of vision for over five seconds. Made for paintball enthusiasts. Pegasus Protection Services: Indoor Tracking System An all-in-one smart security system that has facial recognition cameras and the ability to track an individual throughout a building. Protects exclusive information of companies with the use of computer vision and Bluetooth indoor location tracking. Eliminates false alibis and holding individuals accountable when proprietary data is mishandled. Two-Cycle Power System A power system that would cycle between two forms of green energy generation: solar energy and back-up hydro-generators. This type of system benefits consumers who want to lessen the need for more traditional methods of creating energy while improving their green thumbprint on the world. Autonomously Returning Chair A desk chair that will automatically return to its desk once the user has left the chair. This product is meant for employees working in an office space that lack the discipline of returning their desk chairs to their desk when leaving the office, thus causing a messy work environment. When left unattended, the chair will search for its set return point and navigate to this destination, avoiding obstacles along the way. | 20
UCF College of Engineering and Computer Science
Industrial
Engineering and
Management
Systems
| 21I-Design Showcase
Industrial Engineering
Epic Engineering: Fuel Consumption Sustainability Project for Universal Orlando
Aims to help Universal Orlando by determining its current carbon emission, fuel consumption levels and
current trajectory. Includes various implementation strategies for Universal to provide both a cost and an
environmental analysis of alternatives. These strategies will form a phased approach that includes forecasts
centered on vehicle alternatives, the development of electric vehicle infrastructures, and business cases.
Digital Transformation at Lockheed Martin
Uses a simulation software called SIMIO to develop a system that allows for the smoothest flow of the
manufacturing steps each product must go through. By using data provided by the machine operators,
the team simulates their processes to identify ways to improve efficiency in production. It is applicable to
any manufacturing or system process. The model will be utilized by manufacturers and engineers at the
Lockheed Martin facility in Ocala.
CT Scan Flow Improvement for Orlando Advent Health
An assessment and analyzation of the workflow of and challenges faced by the CT scan cross-functional
team at Orlando Advent Health. Suggests solutions to reduce CT scan start and end times, thereby
improving patient outcomes, cutting costs and increasing employee’s work satisfaction.
Packaging Process Cost Reduction and Optimization
Optimizes and improves Load King Manufacturing’s packaging methodology to accommodate new products
and meet all functional requirements. By targeting the packaging and palletization process, the goal is
to incorporate eco-friendly materials and create a new pallet design for their top selling products while
focusing on cost reduction and waste management.
Coca-Cola Blending Room Ergonomics
Coca-Cola workers often lift and transport heavy raw ingredients for the blending process, which can lead to
injury or spillage, which wastes the product. This can also lead to delays in manufacturing the final product.
This proposed solution maximizes product output and minimizes the distributed weight physically moved by
the workers.
CocaErgo: Coca-Cola Ergonomic Handling of Line 9
Analysis of how Coca-Cola’s production line operates to understand the current throughput efficiencies.
Includes a risk assessment of the negative impacts and costs of the current ergonomic situation of their
production line.
Sprayer Depot: New Assembly Layout and Process Improvement
Uses Six Sigma to redesign the layout of Sprayer Depot’s assembly and production area to improve
workflow. The goal of reorganizing this area in the warehouse is to increase their material throughput and
work productivity. The other aim is to reduce the mistakes that occur in the stockroom when preparing an
order for shipping.
Improving the Overall Success for Orthopedic and Cancer Institutes
Aims to improve their overall success for Advent Health’s orthopedic and cancer institutes. Uses quality
engineering aspects to provide specific statistics that are easily measurable to improve Advent’s overall
strategy.
Colanauts for Coca-Cola’s Auburndale Facility
Creates a new process to reduce or eliminate defective blends at Coca-Cola’s Auburndale facility. Provides
a robust process that would allow product blenders to follow their standard of work thoroughly. It reduces
waste and variation, increases efficiency, allows for easier transfer between employees beginning and ending
their shifts.
| 22UCF College of Engineering and Computer Science
Industrial Engineering
LightPath1: Process Improvement of Fused Collimator Production Line
Helps LightPath transition its prototype fused collimator production line into a high-volume production line
to meet increased product demand. Employs a simulation model of the system that will be utilized for future
production demands. The model will provide a low-cost way for the team to test various scenarios without
wasting resources.
Wave Riders: Setting Standard Operator/Option Times
Regal 1 Team
Aims to balance tasks at Regal Marine Industries workstations, setting standard time expectations for each
workstation and eliminate lean wastes. Production team leaders will use this information to make changes to
the production line so it runs more efficiently.
Balancing Tasks for Regal Marine Industries 33-foot Yacht Line
Regal 2 Team
Aims to balance tasks at Regal Marine Industries workstations, as well as set standard time expectations for
each workstation with data from time studies and employee interviews. Production team leaders will use this
information to make changes to the production line so it runs more efficiently.
LightPath2: Viper Clean Room Facility Layout Expansion
Provides LightPath Technologies with a re-design of the facility layout to optimize the lens molding process
and to incorporate the coating process, which occurs outside of its main facility. Expands the clean room
facility to move this process into the main building, to optimize and refine the layout, and to reduce costs.
ARMageddon: A Swing-Arm Cost Savings Initiative at Steelcase Inc.
Aims to realize an annual costs savings of $250,000 for alternative designs and manufacturing methods
for Steelcase’s swing arm, a component used in the arm rests of its office chairs. Evaluates all possible
alternatives for materials, processes, and supply chains for the swing arm mechanism.
Virtual Reality Training Platform for Coca-Cola
A virtual reality training platform that allows Coca-Cola to enjoy the efficiency of normal operating
conditions while training large numbers of new operators. Once implemented, Coca-Cola can compare this
platform to previous training measures, and determine productivity improvements.
Drum and Coke: Empty Drum Handling at Coca-Cola
Implements a more ergonomic solution for Coca-Cola employees who manually handle heavy drums at
the Auburndale facility. The proposed system will utilize an automatic drum crusher that attaches to both
the line 9 and thaw room conveyors where crushed drums will be disposed of in on-site dumpsters. With
the implementation of this system, manual labor, opportunity for injury and overall disposal costs will be
reduced.
Amia Pack and Stack: Packing Solutions and Shipping Systems for Steelcase
Finds a solution that allows a high density of Amia chairs to be packed into a trailer to reduce unload
times at the destination site and to cut costs. Provides a cost analysis that can be used to understand how
increasing pack density and decreasing unload time will financially benefit Steelcase. Also analyzes impacts
on Steelcase’s carbon footprint to move closer to the company’s carbon neutral goals.
| 23I-Design Showcase
Mechanical and
Aerospace
Engineering
| 24UCF College of Engineering and Computer Science
Mechanical and Aerospace Engineering
UCF MicroSat Plants: CubeSat in Lunar Orbit
A life sciences research satellite developed in coordination with project stakeholders at NASA Kennedy
Space Center. The proposed satellite is a 6U CubeSat to be sent to a lunar orbit. The satellite will monitor
the effects of cosmic background radiation and lunar microgravity on the growth period of Red Russian
kale microgreens. This satellite will collect novel growth data on food development in a space environment
crucial for the future of lunar and martian colonization efforts.
Glider and Tow Airdrop
Green Team, Red Team, Black Team, Gold Team, Blue Team
Teams designed prototype gliders and towing mechanisms that can deliver payloads silently and remotely,
and can reach altitudes of 2,000 feet. Designs are cost effective and could be used in military missions.
ASHRAE Integrated Sustainable Building Design
Green Team, Red Team, Blue Team
Teams developed an integrated sustainable building design for a university performing arts center located in
Sydney, Australia, for the ASHRAE student design competition.
UCF Student Rocket Launch Initiative
Gold Team, Silver Team, Red Team, Blue Team, Green Team, Black Team
Teams are tasked with designing and building a rocket that can launch with a payload and safely reach a
target altitude of 2,000 feet.
ASME Human-Powered Vehicle
The ASME Human Powered Vehicle Competition tasks students with designing a vehicle meeting
designated safety and performance parameters, while completing a detailed critical design review. This
year’s competition tasks students to innovate in the field of electricity, so the team decided to implement a
direct-drive hub motor and add e-assist to the vehicle. This project serves as a development in the field of
environmentally friendly transportation alternatives.
UCF Micro Unmanned Aerial Vehicle Design Competition
Red Team, Green Team, Blue Team
Teams designed micro-scale electronic drones that have a broad range of applications for medical
institutions, humanitarian organizations, agricultural companies and delivery services.
Martian and Lunar Binder Jet 3D Printers
Gold Team, Black Team
Teams created 3D printers that can function on Mars or the moon, reducing the need to transport materials
from Earth.
Low Velocity Impact Tester
A machine that can test materials under low velocity impacts. The impact tester is able to perform projectile
impacts on various material specimens at given speeds and angles with a ball bearing type projectile. The
material is marked, a reference map is generated and high-speed cameras are used to capture the impact in
slow motion to reveal the impact propagation.
Photoreplicator: Volumetric 3D Printer
Current 3D printers can take up to a few days to print, depending on the size of the prints. This resin 3D
printer will print all parts of the desired object simultaneously in a tank of resin using ultra-violet light waves,
shortening the wait time for an object to print.
| 25I-Design Showcase Mechanical and Aerospace Engineering UCF Drone Delivery Challenge: Kibble Courier Black Team, Blue Team, Gold Team, Orange Team, Red Team, Silver Team, Green Team The UCF Drone Delivery Challenge requires teams to construct and manufacture a drone that has the capability to deliver fast food packages in a timely and efficient manner. Laser-Enhanced Nanoparticle Sintering This project aims to develop a faster manufacturing process for printing metal devices and electronics. The use of a laser and electric field allows for nanoparticles of two metal materials to be sintered into various patterns exponentially faster than traditional methods. This process can be implemented for manufacturing of energy and electronic devices like solar cells, sensors, actuators and rollable computers. Portable Mechanical Tester Aims to solve the problem of expensive, immovable tensile testing units that are typically unavailable for undergraduate engineers to use. A desk-sized tensile tester allows engineering students to get low cost, hands-on experience in solid mechanics and material science courses that do not have a lab component. By using a motor and power screw to stretch out soft materials, the tester can help determine several important material properties including the yield stress and elastic modulus. Formula Society of Automotive Engineers Aerodynamics Package Designed a product that improves the performance of the rear wing endplates of the Formula SAE car, allowing the driver to turn more easily at high speeds. Aeroponic Tower System for Home and Industrial Agriculture A semiautonomous aeroponic tower system that can be used to replace hydroponic tower systems with higher efficiency for water usage and faster plant growth. With a built-in sensor system, monitorization and control of variables such as fertilizer amounts and spray times are made easy for users of all backgrounds. This system will be used to grow home gardens and replace current hydroponic farms. AIAA Design, Build, Fly Competition Team In response to Covid-19, AIAA tasked teams to develop a remotely operated aircraft that can deliver bulk quantities of syringes as well as vaccine vial packages. The vial packages must be remotely deployed gently so as not to damage the contents, and the aircraft must be capable of short runway takeoffs after each deployment to allow for access to remote locations. To most effectively meet these requirements, the team carried out an in-depth design report modeling various aircraft and payload configurations. 3U CubeSat Rocket for Microgravity Experiments This system will provide researchers with an inexpensive rocket for microgravity experiments that is simple to build and will provide the opportunity to perform experiments at a week’s notice. The 3U CubeSat Rocket is built to maximize the microgravity time for the payload via optimum aerodynamic performance. Energized Composite Glider A fully functional remote-controlled aircraft that utilizes experimental technology to “turbocharge” the aircraft’s motor. The aircraft is designed as a glider to take advantage of its unique geometry, which will maximize the lift generated and minimize the required operational power for the motor. S.P.I.C.E.: Smart Prosthetic with Integrated Cooling Elements The most commonly reported problem for prosthetic users is the buildup of heat and moisture between the prosthetic socket and residual limb. This buildup can cause discomfort and medical problems for the user if left unchecked. The goal of this project is to create a prosthetic socket capable of regulating the temperature around the limb and removing any perspiration that may occur during use. | 26
UCF College of Engineering and Computer Science
Mechanical and Aerospace Engineering
U.S. Department of Energy Solar Decathlon Housing Design Challenge
New Housing Team, Attached Housing Team
The Solar Decathlon is an international competition that seeks to create a more energy efficient future by
challenging teams to implement sustainability principles and practices into building design and construction.
UCF has two teams participating this year, with one team competing in the Attached Housing division, and
another competing in the New Housing division.
SAE Micro Unmanned Aerial Vehicle Aero Design Challenge
Blue Team, Black Team, Gold Team, Red Team, Green Team
The SAE UAV competition is an international challenge to build an aircraft that is lightweight, limited in
power and restricted to a certain wingspan. The vehicle should be able to successfully take off within a
certain distance and carry two separate payloads. In this competition, the aim is to maximize the scoring by
carrying as much payload as possible while also going as fast as possible with the limited design parameters.
3D Printing of Engineered Materials in Microgravity
To be able to create replacement parts and components on-site for the International Space Station, the need
for 3D printers usable in zero gravity is crucial. The goal is to use this printer to fabricate components using
either regolith or raw material transported from Earth.
Soft Robotic Laparoscopic Surgery Assistant
A laparoscopic surgery assistant that will aid in the fatigue surgeons have during these prolonged
procedures. Granular jamming is used to support tools and hold them in place so the surgeon can
remove their hands from the operating area. This device also allows for a braking functionality to
restrict unnecessary movement during surgery. Operates without external electricity and will have low
manufacturing and production costs.
Small Satellite Deployer Mechanism
By using a deployer mechanism, a CubeSat can increase its size exponentially once launched. This
mechanism demonstrates potential mission expansions and capabilities. Utilizes 3D-printed components
and tape-spring booms to demonstrate a more modular, volume efficient mechanism that explores ideas not
currently used in the field.
Steelcase Flip-Top Table Redesign
A redesign of Steelcase’s flip-top table that reduces the cost of production by $10 per unit. The mechanism
is more efficient and the parts used are cost effective.
Automatic Pressure-Relief Wheelchair Cushion
A cost-effective wheelchair cushion designed to continuously sense and relieve pressure sores. Provides
support and assistance as well as treatment plans and real time data to the user.
Solar Desalination
Red Team, Green Team, Blue Team
This project aims to develop and create an affordable and practical machine that will produce fresh water
from saltwater using solar energy, with the target user being an average family in a developing island nation.
Arc-Resistant Medium Voltage Outdoor Circuit Breaker Housing
An arc-resistant housing for an outdoor medium-voltage circuit breaker to protect nearby maintenance
workers and equipment. This concept employs a simple venting system to reduce pressure buildup and
redirect the dangerous blast upward and away from any technicians working around the entire perimeter of
the outdoor circuit breaker.
| 27You can also read
