Coding
Engineering Principals
Foundations of Trades 1
Engineering Logic
Clean Energy
Students will get an introduction into the coding language and basic coding commands. Drag and drop along with javascript code will be used for projects including a game, sensor driven servo motors, and app creation. Students will also be working with CAD software to compliment the projects.
Students will get hands-on experience with engineering fundamentals such as sketching and 3D modeling as well as digital design software. They will be introduced to subtractive manufacturing, CNC Router and laser engraving. They will be exposed to additive processes such as 3D printing and vacuum forming and some fundamentals of electricity, both AC and DC systems.
This course is going to focus on basic fundamentals of trades. We will learn measurement, equipment safety, light construction, residential wiring, some drywall repair and installation, cutting stairs and rafters. We will also do some small customer service projects given the opportunity.
Students will learn the fundamentals of electricity and related terminology. Students will work with AC/DC electrical training systems to construct various series and parallel circuits as well as the related math formulas such as Ohm’s law to perform a circuit analysis of the circuits they build with the use of a digital multimeter.
Clean Energy Technology is a hands-on course that dives into wind energy, solar, energy, electric vehicles, and other diverse clean energy sources. Students will integrate STEM practices with leading technologies and the latest industry trends to discover how we can revolutionize our energy landscape and pave the way for a more sustainable future.
Technology Innovations
Robotics
Advanced STEM & Industrial Maintenance
Subtractive & Additive Manufacturing / Principles of Manufacturing
Foundations of Trades 2
Computer Integrated Manufacturing
Biomedical Science
Students will get a chance to interact with new technologies that will be used in the future workforce. Aspects of the automation process, robotics, drones, modeling and design will all be covered in some capacity in this class. Students will also work with some electrical circuits to get an understanding of why electricity is an integral part of important technological advances.
Students will learn to work with and code a 6-axis robot, including using inputs and outputs to drive the code, create and use electronic circuits, become familiar with physical computing, and work on wiring and coding basic PLC devices. Students will also work with the engineering design process to create and code their own robotic projects. Students may be exposed to robotC, python, html, and ladder logic in an attempt to understand how to effectively communicate and utilize computers to accomplish tasks.
In Advanced STEM, students will work on advanced STEM projects, these include skills learned in the lab and beyond. Students can choose projects that they want to do and run equipment they want to run. The Industrial Maintenance component will require students to complete projects for customers, this may include quoting, designing and manufacturing parts for customers.Entrepreneurship will be another area of focus, students will start to get an understanding of how business works, how items are priced, and how to plan work in a busy environment.
This course will be focused on Subtractive Manufacturing, we will work with the CNC Mill, Lathe and CNC Router. Students will get a better understanding of Pneumatic systems and power transmission systems. Students will work with 3D modeling and 3D printers to create projects. Plastic Injection molding will be taught as well. Students will then work on projects that utilize all these skills.
This course is going to focus on basic fundamentals of trades. We will learn measurement, equipment safety, light construction, residential wiring, some drywall repair and installation, cutting stairs and rafters. We will also do some small customer service projects given the opportunity.
Students will learn the fundamentals of Industrial Hydraulic Systems, CNC Machining Centers, Industrial Robotics, PLC programming using ladder logic, Drafting and Design Concepts with the use of Autodesk Inventor as well as how to construct and analyze AC/DC electrical circuits.
Biomedical Science is a course that integrates the principles of human anatomy and physiology with cutting edge lab techniques. Students will learn how to use their new lab skills in a clinically relevant way, and how to work in a collaborative fashion to solve problems.