COMPUTER AIDED DRAFTING AND DESIGN (CADD)
Over four years, students will acquire foundational skills that prepare them for success in architecture, engineering, and various design fields. They will progress from mastering hand drafting to becoming proficient in advanced CAD software such as AutoCAD, Revit, SolidWorks, and Geographic Information Systems (GIS). The program extends beyond computer-based learning, guiding students through real-world applications and career exploration in residential architecture, interior and industrial design, engineering, surveying, landscape design, urban design, and more. Students will also deepen their understanding of building codes, sustainable practices, and construction techniques. Upon completion, students will earn OSHA-10 and Revit certifications and will have developed a professional portfolio to support their pursuit of entry-level positions as draftspersons. Graduates will be equipped with the technical expertise, certifications, and portfolio necessary to enter the workforce or pursue advanced studies in engineering, architecture, or other related design-build career paths.
CADD I Grade 9 Credits: 10
Prerequisite: None
This course introduces students to the fundamental techniques of drafting and design, with a focus on AutoDesk drafting programs. Students will learn technical and mechanical drawing skills, as well as basic commands in AutoCAD. Throughout the course, students will apply these skills by creating original design projects. The course also includes an exploration of architecture, covering its history and diverse styles from around the world. In addition to learning the basics of architectural drafting, students will be introduced to interior design principles and will create a basic floor plan and elevations for their own design concepts.
CADD II Grade 10 Credits: 10
Prerequisite: CADD I
Students are introduced to the fundamental principles of residential design and drafting site planning, zoning regulations, and zoning ordinances that are applied to site design and site planning. Students will focus on the Auto Desk REVIT program and necessary commands in preparing a 3D model. Students will learn basic drafting and terminology associated with the field of drafting. In addition, students will be introduced to projects that will utilize the laser cutter and prepare models of a residential house. Students also will learn how to prepare a simple design portfolio that will include a basic resume and practice interview techniques.
CADD III Grade 11 Credits: 10
Prerequisite: CADD II
Students will enhance their skills through advanced design projects that align with industry standards, focusing on mechanical drawings in SolidWorks alongside AutoCAD and Revit. They will refine their professional portfolios while mastering equipment such as laser cutters and 3D printers. Career opportunities are explored through real-world application projects, including designing and analyzing model dragsters to understand the physics of their performance. Students will also develop products and packaging schemes tailored to industrial design career paths. The curriculum culminates with the design of an architectural design project, complete with architectural/mechanical drawings and model construction, preparing them for professional roles. The year concludes with OSHA-10 certification as part of the SLE program, ensuring readiness for the workplace.
CADD IV Grade 12 Credits: 10
Prerequisite: CADD III
In the final course of this program, students will apply the CADD skills they have developed over the past three years. They will earn a Revit Certification, demonstrating their proficiency in drafting using the Revit program. Students will also explore topics such as Construction Management, Commercial Design, Product Design, and Geographic Information Systems (GIS). The course culminates in a Capstone project, where students will focus on one of the following areas: Architecture, Landscape Architecture, Urban Design, Industrial Design, or Interior Design. As part of the Capstone, students will present their final design, showcasing their ability to integrate technology, as well as their written and verbal communication skills.