The evolving landscape of Industrial Design education requires a balance between theoretical instruction and hands-on experience with manufacturing processes and relevant materials. However, many traditional teaching methods do not provide sufficient opportunities for students to engage directly with fabrication and material manipulation, limiting their ability to develop practical skills essential for the industry. The lack of integration between conceptual design and real-world manufacturing techniques creates a gap in industry readiness. To address this challenge, this study explores the integration of small-scale countertop sized fabrication tools and machines within the lecture venues to create an immersive Studio-Based Learning (SBL) environment.

Students in Design Education are equipped to enter their respective creative industries. It is the intention that their skills and capabilities, once they graduate, are matched as closely as possible to the industries into which they will fit. During their time within the higher education faculty, they need to be exposed to relevant technologies and processes. By adapting manufacturing technologies for small-scale use in the classroom, students can gain hands-on experience and integrate these technologies into their learning processes.

The role of the design educator is to mediate learning and equip students to effectively contribute to their specific field once they graduate. With an ever-increasing demand for the ethical consideration of the sustainability of products and the impact of the manufacture thereof, so too the role of the educator should compensate and prepare learners accordingly. This paper aims to investigate the social and environmental responsibilities of industrial design professionals by referring to the works of key authors as well as current industry practices.