The teaching method at CAUP reflects this belief by integrating theoretical foundations with professional skills.
The goal: to prepare students to meet the challenges of modern scientific developments while also accommodating social demands in all facets of their work.
Recognising that being able to fully visualise design ideas was crucial to meeting this two-part goal, the college sought a 3D printing solution that it could install onsite for easy and cost-effective student use. The intent was that it would allow students to easily modify their designs and maximise their creativity to deliver more diversified designs.
The Objet Alaris30 Desktop 3D Printer, from Objet Geometries, fit all the requirements, making it a straightforward choice for CAUP.
Prior to installing the Objet Alaris30 printer, CAUP had relied on FDM, CNC and SLA prototyping technologies. However none of them satisfied the college, as the faculty felt the various technologies' shortcomings seriously limited students' creativity.
Ease of use makes the teaching process more effective
The Objet Alaris30 Desktop 3D printer allows students to realise their 3D designs quickly and with a very high degree of accuracy.
The students and teaching staff were pleased with the fine level of detail and smooth surfaces. The system is user-friendly and easy to use, enabling students with no prior machine experience to easily produce their designs safely and efficiently, and no need for complicated post-processing.
The Objet 3D printer has opened the way to enhanced educational and research possibilities for the department's students, as well as providing opportunities to share information and technology with other departments, helping to further academic developments.
"Objet's Alaris30 3D printer allows students to bring their unlimited creativity to a physical real model," said Chengyu Sun, Xxxtitle, College of Architecture and Urban Planning (CAUP), Tongji University.
"Its user-friendliness and personalised workflow make both teaching and learning much easier and more efficient," he said.
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