Program Overview
The BDes (Hons) Jewellery & Metal Design program at the University of Dundee fosters creativity and innovation in the field of studio jewellery. Through a blend of traditional techniques and modern technologies like CAD/CAM, microelectronics, and 3D printing, students develop a unique artistic voice and a deep understanding of the design process. With access to a state-of-the-art studio and dedicated facilities, the program prepares graduates for diverse careers as self-employed artists, designers, or in related fields.
Program Outline
Degree Overview:
The BDes (Hons) Jewellery & Metal Design program at the University of Dundee is a three-year program that encourages students to be innovators and pioneers in the field of studio jewellery. The program emphasizes the development of a unique voice within the diverse world of jewellery design. Students will gain a deep understanding of the design process, from visual research and concept development to the creation of finished pieces. The program focuses on both traditional jewellery making techniques and modern technologies such as CAD/CAM, microelectronics for wearables, novel materials, and 3D printing.
Teaching:
The program offers a strong studio culture, providing a supportive environment for students to share ideas. Students will learn traditional jewellery making techniques as well as modern technologies. The program is taught at Duncan of Jordanstone College of Art & Design, which has a specialist metal and mixed materials workshop, in-house casting facilities, studio spaces, digital resources in a well-equipped Make Space, a wood workshop for both 2D and 3D making, and a foundry.
Careers:
Recent graduates have been employed in a wide variety of fields of work and postgraduate activity, including self-employed artist or designer.
Other:
The program culminates in an exhibition of final outcomes as part of the annual Degree Show. Students have the opportunity to exhibit their work throughout the course and participate in special projects within the research environment of DJCAD.
