Discover how technology has changed the world around us by pursuing technological solutions to everyday problems. While using scientific and engineering methods, learn how electricity, electronic systems, magnets, and circuits work. Understand the design process and bring your ideas to life. Explore how engineering advances your ideas and the world!

Do you like to invite solutions to solve problems? Applied engineering has advanced areas such as energy, transportation, health and genetics, alternative energy, food packaging, etc. Explore various inventions and solutions that have solved problems across industries. Examine how artificial intelligence and technology are making an impact on breakthroughs. Evaluate the range of robotic and STEM-related career options available for you to make a difference in lives with your contributions and innovations.

This course prepares students to take the Federal Aviation Administration's Part A exam, which is a key step to becoming a commercial drone pilot. The field of unmanned aerial vehicles is growing rapidly, as the opportunities to use them for search and rescue, photography, recreation, inspection, and many others continue to multiply. Students will learn the critical facts to prepare for the test's topics, which include regulations, airspace & requirements, weather, loading & performance, and operations. The course will conclude with a look at the most promising careers in the field of drones.

This CTE course gives students who are interested in a career path in an electrical-related field - including general construction - a foundation of knowledge and practice necessary for a successful career. Acellus Electrical Technology I is A-G Approved through the University of California. it includes Electrical Technology Introduction, Electrical Job-Site Hazards, Introduction to Electrical Theory, Resistive Circuits, Introduction to the National Electrical Code, Introduction to Device Boxes, Conduit Bending and Joining, Introduction to Raceways and Conduit, Conductors, Construction Drawings, The Residential Electrical Service, Wiring Principles, and Electrical Service Installation.

This CTE course builds on the foundation of Electrical Technology I to give students additional knowledge and skills they will need for a career in an electrical-related field and prepares them for the Electrical Technology certification exam. Acellus Electrical Technology II is A-G Approved through the University of California.

This course is the third course in the Introduction to Engineering and Design using Solidworks. Students continue through the engineering design process and use their prior knowledge to expand on and learn more advanced features of 3D modeling using Solidworks. Students learn advanced 3D construction tools, assembly, sheet metal designs, and more. Students use the skills that they have acquired in the 1st and 2nd classes and bring what they have learned to learn about CNC controlled equipment, 3D printing, Advanced Prototyping, and other Materials and Processes used throughout the field of Engineering. Students continue their work in an activity-project-based learning environment. Students move to the next level as they continue to solve problems, both individually and as a collaborative team, as they work through real-world applicable projects and problems. Students will expand on their technical representation and documentation of design solutions

This course is the 4th course in the Introduction to Engineering and Design using Solidworks. Students learn about the Solidworks design library, Basic Motion, Design Analysis with Simulation. They get to see their 3D drawings and renderings work together in an assembly and make the assembly move. Students will use their engineering design skills and abilities to figure out why some models don’t work and what to do to fix them. Students will create their own models, such as phone cases, gear boxes, or whatever they can dream up and 3D print. Students continue their work in an activity-project-based learning environment. Students move to the next level as they continue to solve problems, both individually and as a collaborative team, as they work through real-world applicable projects and problems. Students will also explore how this class can lead to Aerospace Engineering, Architectural Engineering, Civil Engineering, and many other opportunities. This course covers all pieces needed for the Certified Solidworks Associate Examination, including practice questions, practice exams, and much more.

This course introduces students to the engineering design profession. Students discover the design process and develop an understanding of a common approach to finding solutions to engineering problems. Students work through the engineering design process in an activity-project-based learning environment. Students progress by completing structured activities to solve open-ended projects and problems. Students discover the design process and use 3D design and modeling software (Solidworks) to represent and communicate solutions. Students solve problems as they practice common engineering design and developmental protocols in both individual and collaborative team activities, projects, and problems. Students will develop skill in technical representation and documentation of design solutions according to accepted technical standards.

Think about the last time you visited your favorite store. Have you ever wondered how the products you buy make it to the store shelves? Whether it is video games, clothing, or sports equipment, the goods we purchase must go through a manufacturing process before they can be marketed and sold. In this course, you?ll learn about the types of manufacturing systems and processes used to create the products we buy every day. You will also be introduced to the various career opportunities in the manufacturing industry including those for engineers, technicians, and supervisors. As a culminating project, you will plan your own manufacturing process for a new product or invention! If you thought manufacturing was little more than mundane assembly lines, this course will show you just how exciting and fruitful the industry can be.

This CTE Plumbing course, taught by Brad Harding and filmed in 3-D, provides students with a basic foundation of knowledge and skill required for a career in the plumbing technology field. It is also useful for students desiring a career in general construction. It is the first in a two-part course of study preparing students for Plumbing Technology certification. Acellus Plumbing Technology I is A-G Approved through the University of California. Units include: The Plumbing Professional, Plumbing Safety, Tools of the Plumbing Trade, Plumbing Math, Plumbing Drawings, Plastic Pipe and Fittings, Copper Pipe and Fittings, Carbon Steel Pipe and Fittings, Plumbing Fixtures, Drain, Waste, and Vent (DWV) Systems. and Water Distribution Systems

This CTE Plumbing course, taught by Brad Harding and filmed in 3-D, builds on the principles and skills of Plumbing Technology I to provide students with the additional knowledge and preparation they need both practically for their career as well as for the HVAC-R certification exam. Acellus Plumbing Technology II is A-G Approved through the University of California. Units include: Rough Ins and Drainage, Drains and Venting, Installing a Water Supply System, Water Closet Finish Work, Bath and Shower Rough In, Installing Water Heaters, More Water Heaters, Using Electricity with Plumbing, and Fuel Systems.

In Principles of Architecture, students will review various concepts used in the design and architecture field. They will learn about basic drafting equipment and how to use and maintain it. They will analyze challenges and solutions within the development of design. They will also learn how to prepare drawings manually and using AutoCAD software. A substantial portion of the course will be spent on sequential processes so that students develop an understanding of creating and annotating drawings as well as how to apply standard rules regarding line types, offset objects, creating layers, and setting up a page for plotting. They will also explore three-dimensional drawing and use coordinating and navigation systems to create them.