Project Progress
Project Progress
Embedded Files
Project 1:
Project 1:
Setting Up a Device to Receive and Transmit data, Introduction to Additive Manufacturing, Rapid Prototyping
Setting Up a Device to Receive and Transmit data, Introduction to Additive Manufacturing, Rapid Prototyping
Main Objectives:
Main Objectives:
Construct a 3D model design with 3D rapid prototyping software
Design and implement MATLAB/Simulink software in a Arduino
Utilize an actuator and sensor
Develop a group structure and working relationships
Become familiar with lab supplies
Cool Concepts We Learned:
Cool Concepts We Learned:
Using I/O with the Arduino
Running a Simulink model on a Arduino
Downloading SolidWorks
Designing a circuit that relies on the Arduino output and supplies enough current to a electromagnet
Project 2 :
Project 2 :
Game State Sensor, Image Processing, Concept Generation, and Website Design
Game State Sensor, Image Processing, Concept Generation, and Website Design
Main Objectives:
Main Objectives:
Build a system to identify the color, shape, number, and position of objects in a structured environment
Devise a list of Engineering requirements that satisfies what the customer wants
Utilize creativity to propose a solution that services the list of Engineering requirements
Place solutions and choices in a numerical form to determine the top solution
Construct a physical model of the top solution
Create a website to document progress
Cool Concepts We Learned:
Cool Concepts We Learned:
Creating a MATLAB program to analyze pictures
Background Subtraction
Intensity Thresholding
Color Processing
Regional Processing
Creating Engineering Requirements
Building Google Websites
Project 3 :
Project 3 :
Closed-Loop Motor Control, Life Cycle Analysis, and Employee Training Program
Closed-Loop Motor Control, Life Cycle Analysis, and Employee Training Program
Main Objectives:
Main Objectives:
Develop a understanding of closed-loop control through hardware-in-the-loop experiments
Control a motor with a closed-loop control Simulink model
Develop a graphical user interface that interacts with the close-loop control Simulink model
Perform a safety and risk assessment for the final project
Create a life cycle analysis of the final design
Devise a employee training program for newly graduated engineers
Document engineering requirements for the motor control system
Cool Concepts We Learned:
Cool Concepts We Learned:
Creating a User Graphical Interface
Utilizing a PID for Closed-Loop Control
Integrating a GUI with a Simulink Model
Safety and Risk Assessment Process
Life Cycle Analysis Process
Employee Training Programs
Project 4 :
Project 4 :
Customer Requirements and Final Design Parameters
Customer Requirements and Final Design Parameters
Main Objectives:
Main Objectives:
Design and build a autonomous robot with provided customer requirements that will compete against other robots
Cool Concepts We Learned:
Cool Concepts We Learned:
Calling a MATLAB function from a GUI
Changing Simulink parameters with a MATLAB function
Building a Gantt Chart
Designing and constructing a autonomous robot
Utilizing teamwork to successfully complete the robot
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