AMD and Dell published the case study “Innovating 3D Design Education” about the IPM lab at the Faculty of Mechanical Engineering, University of Sarajevo. It describes how Adi Pandžić, PhD, uses Dell Precision workstations powered by AMD processors and graphics to change how students learn 3D design, 3D printing and product development.
Key points from the case study
- Adi Pandžić established the IPM lab at the University of Sarajevo, supported by a strategic partnership with AMD and Dell.
- The heart of the lab is a Dell Precision 7865 workstation with an AMD Ryzen Threadripper PRO 5945WX CPU and an AMD Radeon PRO W7900 GPU with 48 GB of memory.
- The lab’s capabilities are offered to students free of charge, with support for student startup projects.
- On the new workstation, three models of over 2,000 parts each were opened at the same time in SOLIDWORKS Visualize.
- The lab is exploring new opportunities, such as using the AMD Radeon PRO GPU for AI projects.
The IPM lab at the Faculty of Mechanical Engineering
According to the study, Adi Pandžić is more than an educator: with experience in academia, as an influencer in CAD and product development and as a boutique 3D designer for major companies, he aims to reshape 3D design education in Bosnia and Herzegovina and bridge the gap between theory and real-world application.
The IPM lab is a hub for research in polymeric materials, 3D printing, product design, additive manufacturing, 3D printed materials and mechanical engineering. “My focus is to provide students with a modern lab where they will enjoy working and studying and where they will have access to new technologies,” he explains. “I offer the lab’s capabilities to students for free, and we try to support any student’s startup project. Partners like AMD and Dell help me provide students with the systems necessary for modern design and research education.”
From crashes to “a beast”
The study recalls earlier challenges with outdated technology. Adi Pandžić describes a student motorcycle project with over 2,500 parts in SOLIDWORKS, with which the team beat a worldwide field of engineers and designers to win a GrabCAD Golden Gear Award. “To this day, I remember how SOLIDWORKS kept crashing due to poor computer and graphics card performance,” he recalls.
The Dell Precision 7865 profoundly changed performance and the quality of work. “It is a beast! Our complex projects would be almost impossible if we didn’t have high-end workstations from AMD and Dell,” he says.
Multitasking is a must
“I always have a lot of documents, pictures, and videos open in addition to SOLIDWORKS,” he says. According to the study, the Dell Precision workstation runs multiple applications smoothly, without lag or crashes, in stark contrast to his previous workstations. “I can feel a significant improvement between my old workstation and the Dell workstation powered by the AMD Ryzen Threadripper PRO processor and AMD Radeon PRO graphics card.”
Multitasking is equally important in teaching. The study notes that experience managing complex workflows equips students with the skills they need for their careers. The same capacity is used for demanding tasks such as rendering multiple projects, high-resolution renderings and 4K animations.
Accelerating workflows with AMD
“When we first got the Dell workstation, I immediately opened Dassault Systèmes SOLIDWORKS Visualize and, at the same time, opened three models, each made of over 2000 parts. It all just worked. This says a lot,” he says.
His work often requires photorealistic renderings and animations. “The native support for AMD Radeon PRO GPUs in SOLIDWORKS Visualize speeds up our photorealistic rendering process a lot,” he explains. According to the study, this has improved the quality of students’ output and streamlined workflows, leaving more time for detailed 3D modelling, material testing and sophisticated CAD designs.
New opportunities for students
The study concludes that Dell and AMD technology is reshaping education and design at the IPM lab, which is also exploring the use of AMD Radeon PRO GPUs for AI projects. By removing barriers, students can explore their full creative potential, and hands-on experience with industry-standard tools prepares them for the professional world.
According to the study, Adi Pandžić also uses AMD hardware to design vehicle models for companies like Epic Games and for industry events. Download the full case study as a PDF from AMD. If you want to learn SOLIDWORKS, see training and services.
| Source | AMD and Dell – case study (PDF) |
|---|---|
| Original title | Innovating 3D Design Education |
| Publication date | February 7, 2024 |
| Workstation | Dell Precision 7865, AMD Ryzen Threadripper PRO 5945WX, AMD Radeon PRO W7900 (48 GB) |
Frequently asked questions
What is the IPM lab?
The IPM lab at the Faculty of Mechanical Engineering, University of Sarajevo, was established by Adi Pandžić, PhD, with a partnership with AMD and Dell. It is a hub for research in polymeric materials, 3D printing, product design and additive manufacturing.
Which workstation does the lab use?
According to the study, the heart of the lab is a Dell Precision 7865 with an AMD Ryzen Threadripper PRO 5945WX CPU and an AMD Radeon PRO W7900 GPU with 48 GB of memory.
Can students use the lab?
Yes. According to the study, the lab’s capabilities are offered to students free of charge, with support for student startup projects.
This article summarises a case study published by AMD and Dell; please refer to the original case study for details. About the author