Digital Fabrication

Design and Drawing for Production is a dynamic and innovative high school course that challenges students to think creatively and develop their problem-solving skills. Throughout the course, students will have the opportunity to choose from six major technical drawing areas, such as isometric, and create designs that meet specific criteria for success. By focusing on critical thinking and creative problem-solving skills, students will be able to produce high-quality designs that are both effective and practical. Additionally, students will be encouraged to conduct research and critical analysis, considering environmental, societal, and cultural impacts, and exploring historical references to enhance their work. With a strong focus on developing competencies in drawing conventions, uses of materials, and professional conduct, students will be equipped with the skills necessary to communicate their ideas effectively. Finally, by linking the application of design to the real world, students will be provided with the tools they need to explore pertinent careers and understand the factors of cost, materials, method, labor, technology, processes, ecological and environmental impact that affect the production process. Students will be evaluated based on their ability to meet specific design and drawing criteria, and the course will provide a challenging and rewarding experience for anyone interested in pursuing a career in design or production.

Explore the world of materials processing with our comprehensive high school course. From harvesting and refining raw materials to manufacturing processes and the impact of material processing on personal, economic, societal, and environmental factors, this course covers everything. Get hands-on experience in sourcing and classifying ceramics, polymers, forest products, metals, and composite materials, and learn to separate, combine, and form these materials. This exciting course opens up a world of possibilities for students interested in manufacturing, engineering, or sustainable development.

If you're intrigued by the science of materials, then this high school course is the perfect introduction for you. Discover the fundamentals of material science as we explore the atomic and molecular structure of different materials, and learn about the impact of these structures on material properties. Investigate how materials behave under different conditions of stress, heat, and environment, and understand how these properties are crucial to the design and manufacturing of new products. From polymers and ceramics to metals and composites, we'll cover it all. This exciting course opens up a world of possibilities for students interested in engineering, chemistry, or materials research. Get hands-on experience in the lab and explore the fascinating world of material science.

Are you fascinated by the products you use every day and how they are made? This course will introduce you to the basic systems of manufacturing, from input to output. You will learn how to command a system and assess its expected impacts on the environment, economy, society, and personal life. You will explore the resources needed for manufacturing, including the history, technical knowledge, materials, tools/machines, capital, energy, and time. In addition, you will learn about the processes used in manufacturing, such as forming, separating, combining, and conditioning, and how to control them for quality assurance and profitability. By the end of this course, you will have gained a deeper understanding of the manufacturing industry and its impacts on our world.

Are you interested in the cutting-edge technologies of modern manufacturing? In this course, you will explore the exciting world of Computer Integrated Manufacturing Technologies, where you will develop skills in 3D computer-aided design and modeling tools and learn about computer-assisted fabrication, flexible manufacturing systems, and contemporary CNC machining technologies. Through hands-on projects, you will learn how to use digital design tools to create virtual models and explore how these models are used to control machines in the manufacturing process. You will also learn about the principles of flexible manufacturing systems and the benefits of computer-assisted fabrication. Join this course and become a master of the digital design and manufacturing processes that are shaping the future of production!

Looking to explore the world of product design and engineering? This course offers a hands-on, interactive approach to developing your understanding of the process, from initial product selection through to production and beyond. The first semester delves into product engineering, including choosing and developing a product, prototyping and testing, and managing the production process. In the second semester, we'll take a deep dive into traditional and computer aided manufacturing, including precision measurement, machine set-up and operation, and the use of computer numerical control and robotics. Finally, we'll explore the latest trends and impacts in the industry to prepare you for a successful career in product design and engineering. Get ready to take your creativity to the next level and bring your ideas to life!

Are you interested in the science behind product development and innovation? Then Production Research and Development is the perfect course for you! In this course, you will explore the history of research and development, personnel and organizational structures, budgeting and controlling, technical ability, and safety standards. You will also learn about the processes of research and development, including identifying problems, collecting data, and analyzing data to develop conclusions and recommendations. You will even get hands-on experience in designing and engineering products, utilizing personnel, and running trial tests to de-bug your designs. By the end of the course, you'll have gained the skills and knowledge necessary to create innovative products and processes that impact the environment, economy, and personal lives.