Engineering is the art of problem solving using science and mathematics. Engineers, with their keen attention to detail and problem solving skills, work to find more efficient ways to engage in life. Engineering technologies is an activities based course that provides an introduction to engineering in the first year of the program. This includes extensive research into the scientific method followed by exposure to challenges in a number of fields. Some of the year one challenges will focus on biochemical, electrical, environmental, mechanical, and nuclear engineering. Students will explore the breadth of engineering career opportunities as they solve engaging and challenging real world problems. Content will be provided by applying engineering graphics, communicating technical information, engineering design principles, robotics, research, development, and manufacturing techniques. Students will utilize their mathematical and scientific skills to actively engage in the engineering process and develop cutting edge ideas and solutions to real issues. Students explore how modern engineers help improve the world through product design, mechanical design, infrastructure, and sustainability. Students will also engage in rich discussions about ethical considerations and sustainability. The second year of the program will offer students an opportunity to choose a focus area and independent engineering project. Students will be encouraged to make connections outside of the classroom and get themselves into the field of engineering. Students may schedule an internship, attend competitive events, participate in community service projects, or leadership activities to apply essential standards and workplace readiness skills through authentic experiences.

This course serves as an engaging and comprehensive introduction to the field of engineering for high school students looking to pursue a high level science or engineering degree in college. Students will explore the fundamental principles and practices of various engineering, gaining hands-on experience through projects, design challenges, and collaborative debriefs. The program aims to foster critical thinking, problem-solving skills, and a deep appreciation for the role of engineering in addressing real-world challenges. Suggested Prerequisites: Algebra II, Biology or Chemistry.