Skilled & Technical Science - Metals Technology

Metals Technology Program of Study

The Metals Technology Program of Study stands out as a unique pathway for students interested in Skilled and Technical Science. This program not only teaches students how to manipulate metal into functional objects and expressive art forms but also combines tradition and innovation in a way that is unparalleled. The curriculum, including foundational art courses, advanced metalworking, and digital design, fosters creativity, precision, and a deep understanding of materials and processes.

A Comprehensive Curriculum

The Metals Technology Program of Study is not just about theory and artistry. It provides a well-rounded approach to metalwork, equipping students with practical skills that are highly valued in various industries. The program combines artistic expression with technical expertise across a range of courses, ensuring that students are prepared for the real world.

• Art I/II: This yearlong course begins by establishing a foundation in the visual arts, focusing on basic skills and understanding as outlined in the Art I description. Students then advance to explore a broader range of 2D and 3D materials and techniques, refining their design skills and tackling more complex compositional challenges. Throughout the course, students enhance their critical thinking by analyzing and interpreting their artwork and others through discussions and written reflections.
• Jewelry & Metal Design I: This foundational course introduces students to the art of jewelry design and metalsmithing, emphasizing self-expression through traditional and contemporary techniques. Students will develop their sawing, filing, polishing, forming, soldering, and patination skills to create original wearable and non-wearable metal art. The course focuses on skill development, creative problem-solving, and applying the Elements and Principles of Design.
• Jewelry & Metal Design II: This course deepens students' artistic and technical capabilities in creating jewelry and small metal sculptures by advancing the skills acquired in Jewelry & Metal Design I. Participants will master advanced techniques such as stone settings, mold making, casting, cold connections, mixed media, roller printing, metal etching, and chain making.
• Jewelry & Metal Design III: Building on the foundation of Jewelry & Metal Design I and II, this course enhances students' jewelry-making skills to support their AP 3-D Design Portfolio. Students will apply advanced metalsmithing techniques such as metal fabrication, stone setting, and casting to create pieces for their portfolios. They are also encouraged to participate in local and state metal art shows to showcase their work.
• Jewelry & Metal Design IV: Continuing from Jewelry & Metal Design I, II, and III, this course further refines students' metalsmithing skills to enhance their AP 3-D Design Portfolio. Students will delve into advanced techniques in metal fabrication, stone setting, and casting, creating pieces for their JMD and AP portfolios. Participation in local and state metal arts shows is highly encouraged to showcase their developed skills.
• AP 3D Design: (College Credit) This advanced placement course challenges highly motivated Pottery, Sculpture, and Jewelry students to earn college credit by creating a comprehensive portfolio demonstrating mastery of various art concepts and media. Adhering to rigorous AP College Board guidelines, students' grades are based on their portfolio works, showcasing their proficiency and dedication to 3D design.

Career Opportunities

Graduates of the Metals Technology Program are well-prepared to embark on diverse career paths where their blend of creative and technical skills is highly valued:

• Metal Artists/Designers and Jewelry Designers channel their creativity into crafting unique, expressive pieces that reflect their artistic vision.
• Welders/Fabricators and Machinists play critical roles in manufacturing, construction, and custom fabrication, applying their technical skills to build and repair with precision.
• Industrial Designers and Architectural Metalworkers combine aesthetics with functionality to design products and structural elements that enhance our daily lives and environments.
• CAD Technicians and designers bridge the gap between traditional metalwork and modern technology, using digital tools to design and visualize projects before execution.

Preparing Future Leaders

The Metals Technology Program of Study goes beyond teaching students how to work with metal. This versatile material inspires people to push the limits of what they can accomplish with it. By engaging in hands-on projects, collaborating with others, and exploring real-world applications, students are motivated to be innovative and excel in their chosen paths.