Welcome to the Spring 2020 STEM Expo Engineering Projects Page
Below you will find short videos describing the projects our students worked on this semester. Please enjoy the show!
We would love to hear from you. Please leave a comment or a question for the participants in the comments section at the bottom of this page. Be sure to note the title of the project if the comment is regarding a specific project. Participants will be checking the comment section daily from 5/11/2020 through 5/15/2020 and replying to questions and comments.
Note: For best results please use Google Chrome to view this site
Course: MN261 Animation and Materials
Project Title: Cleanslate Convertible Table
Presenter Name: Daniel Facey, Joseph Remondi
Brief Description: Reinvent how we think of the modern workbench
Course: MN261 Animation and Materials
Project Title: Four Cylinder Engine
Presenter Name: Samad El Khider, Adam Hodges, Andres Victoria
Brief Description: Four cylinder crankshaft driven engine as a teaching tool
Course: MN261 Animation and Materials
Project Title: 3D Scanner Holder
Presenter Name: SOLID TEAM - Borislav Ignatov, Kevin Riordan, Peter Kisner
Brief Description: A device for mounting and adjusting the position of 3D scanning devices with relation to a model being scanned
Club: Engineering
Project Title: Water Purification
Presenter Name: Lydia Tonani, Sean Branagan, Dominick Marascio, Charles Moses, and Huy Huynh
Brief Description: In an attempt to purify water for the population’s use, our project utilizes reforestation, electroflocculation, atomic bond formation and magnetic separation to remove heavy metals
Course: EE115 Circuit Analysis II
Project Title: Cloud Computing and Industry 4.0
Presenter Name: Jonathan Freyman
Brief Description: What is Cloud Computing and how it relates to Industry 4.0
Course: EE115 Circuit Analysis II and EE125 Digital Computer Systems
Project Title: Humanoid Robotic Arm - Bucc's Hand
Presenter Name: Huy Huynh
Brief Description: Being able to control a robot from a distance to perform tasks in dangerous environments such as helping people in dire needs is necessary. Here, a remote-control robotic arm using Kinect is a first step we took in order to do so.
Course: EE115 Circuit Analysis II and EE125 Digital Computer Systems
Project Title: Quantum Computing
Presenter Name: Alex Juffras
Brief Description: Quantum Computers have the capacity to greatly increase processing power when compared to Supercomputers used today.
Course: EE125 Digital Computer Systems
Project Title: Industry 4.0 and IIoT (Industry Internet of Things)
Presenter Name: Sam Porter
Brief Description: An overview of Industry 4.0 focusing on the role of IIoT
Course: MN130 Engineering Design I
Project Title: Push-Behind Sweeper
Presenter Name: Travis Burke and Tristan Smyser
Brief Description: A push-behind sweeper is quite and portable primarily designed for use in movie theaters. It is easy to use without disturbing guests as well as allowing it to be easily carried from theater to theater
Course: MN241 Architectural Design
Project Title: Flooring Store
Presenter Name: Joe Remondi
Brief Description: A video showing some views from Revit software of a building with showroom and warehouse areas
Course: MN261 Animation and Materials
Project Title: LED Sign Holder
Presenter Name: Michael Patriacca and Cardoucha Sanon
Brief Description: A monitor mount and holder for an LED sign. It is designed to visually facilitate communication in situations where things might be unclear.
Course: EE115 Circuit Analysis II
Project Title: RIAA Equalization
Presenter Name: Matthew Sharon
Brief Description: RIAA Equalization
Course: EE115 Circuit Analysis II
Project Title: Blockchain
Presenter Name: Kamal Norford
Brief Description: Blockchain explained.
Course: EE125 Digital Systems
Project Title: Artificial Intelligence
Presenter Name: Mark Caguana
Brief Description: Artificial Intelligence
Course: ET111 iCreate: Intro to Coding Robotics Electronics and Technology
Project Title: Hand Sanitizer Dispenser
Presenter Name: Andrew Hartman
Brief Description: An ultrasonic sensor detects when a hand is under the hand sanitizer. Then, the Arduino Uno tells the servo motor to rotate which dispenses sanitizer without needing to touch the bottle.
Course: MN130 Engineering Design I
Project Title: PS4 Stand
Presenter Name: Christian Celestin, Dominic Schiappa
Brief Description: Design of a console stand for a PS4 incorporating a Raspberry PI and a cooling system
Course: EE115 Circuit Analysis II
Project Title: AI
Presenter Name: John Ssemanda
Brief Description: Overview of Artificial Intelligence
Course: ET111 iCreate: Intro to Coding Robotics Electronics and Technology
Project Title: Light Sensitive Shark
Presenter Name: Isaac Oliveira
Brief Description: An Arduino is programmed to read the light from 2 LDRs (but there was only 1 LDR available so some improvisation was needed). An LDR is a resistor that changes resistance depending on how much light is shining on it. The Arduino reads the resistance from the LDR and depending on the resistance will turn a servo in one direction or another. With this set-up the shark is swimming away from the light!
Course: ET111 iCreate: Intro to Coding Robotics Electronics and Technology
Project Title: Make your own Keyboard
Presenter Name: Anthony Dibiasio
Brief Description: An Arduino is programmed that when it reads certain inputs (the contact being made by the user's fingers) a signal with a certain pulse width is sent to a buzzer. This signal input to the buzzer creates a tone of a certain pitch. Therefore you are able to build a keyboard.
Course: MN130 Engineering Design I
Project Title: Raspberry Pi Enclosure and Succulent holder
Presenter Name: Saguaro Co. - Anna Santos and Courtney Burke
Brief Description: An aesthetic turn on a standard Raspberry Pi enclosure. Our design not only makes the enclosure more appealing, but also gives it additional purposes.
Course: MN130 Engineering Design I
Project Title: Space Saver 3000
Presenter Name: Orlando Morais, Jason Morgan-DeLossa, Anthony Kippenberger
Brief Description: A collapsible work surface to add more effective square footage to your living arrangement