Best Universities Offering 3D Printing Courses
As 3D printing and additive manufacturing continue to revolutionize industries ranging from aerospace to healthcare, leading universities worldwide are stepping up to advance research and education in this dynamic field. These institutions not only offer specialized programs but also house cutting-edge laboratories and collaborate with industry leaders. Whether it's developing bio-printed tissues, lightweight aerospace components, or sustainable construction methods, the top universities are at the forefront of innovation. Their contributions are shaping the future of design, production, and materials science. For students and researchers alike, these universities offer the ideal environment to explore and contribute to the next wave of manufacturing.
1. Pennsylvania State University
Pennsylvania State University stands out as a leader in additive manufacturing (AM) education and research. It offers both a Master of Science and an online Master of Engineering in Additive Manufacturing, preparing students for advanced roles in the industry. The university also features an Advanced Medical Technologies Program that supports clinicians and researchers with services such as medical additive manufacturing and virtual surgical planning. Beyond the classroom, Penn State hosts several cutting-edge AM labs that drive innovation and practical applications in the field.
Among these facilities, the Center for Innovative Materials Processing through Direct Digital Deposition (CIMP-3D), developed in partnership with 3D Systems, serves as a world-class hub for AM technology development. The 8,000-square-foot Additive Manufacturing Demonstration Facility provides access to diverse AM equipment, a modern design studio, and a prototyping lab. The Additive Construction Lab (AddConLab), a collaboration between the College of Arts and Architecture and the College of Engineering, explores large-scale additive construction techniques. Meanwhile, the Bio-Soft Materials Laboratory (B-SMaL) focuses on printing bio-compatible granular hydrogels for tissue modeling and regeneration. Current research efforts include software development for tracking AM data and creating new models for laser powder bed fusion.
Penn State’s facilities house a wide range of advanced printers across multiple technologies, including metal, SLS, SLA, FDM, and binder jetting, reflecting its comprehensive approach to additive manufacturing.
2. Virginia Tech University
Virginia Tech offers robust opportunities in additive manufacturing (AM) education and research, although it does not currently offer a dedicated AM degree. The Design, Research, and Education for Additive Manufacturing Systems (DREAMS) Laboratory in the Department of Mechanical Engineering offers students at all levels—from undergraduate to postdoctoral—hands-on experience with advanced additive manufacturing systems. 3D printing technologies and methodologies.
The DREAMS Lab is a hub for interdisciplinary innovation, focusing on materials, methods, and the expanding applications of 3D printing. Its current research projects tackle critical challenges and explore new frontiers in AM. Topics include cyber and physical security in AM systems, robotic material extrusion beyond traditional gantry limitations, development of tissue-mimicking materials for medical applications, and sustainable printing using post-consumer plastic waste as filament sources.
The lab is equipped with an impressive array of AM technologies. For metal 3D printing, it features machines like the SLM 280 2.0 and DMS 2Cubed Hybrid Metal Additive System. It also supports SLS through printers such as the Prodways ProMaker P2000 HT and DTM Sinterstation 2500 Plus. For FDM, systems include the Stratasys Fortus 400mc and custom high-temperature desktop printers. The lab also utilizes material jetting with machines such as the Objet Connex350 and the Nordson PicoPulse Jetting Valve.
SLA, binder jetting, and multi-axis robotic deposition are also explored using both commercial and custom-built setups. Complementing these tools, the Filabot EX2 Filament Extruder allows in-house filament production from recycled materials.
Overall, Virginia Tech provides a comprehensive and innovative environment for AM exploration, preparing students for real-world challenges through active research and practical application.
3. University of Texas at El Paso
The Keck Center for 3D Innovation at the University of Texas at El Paso (UTEP) is a leading multidisciplinary research facility dedicated to advancing additive manufacturing (AM) technologies. Its work spans across AM technology development, engineered and structured materials, and advanced AM applications. With a strong focus on integrating education and innovation, the center offers robust academic programs alongside groundbreaking research opportunities.
The Department of Mechanical Engineering at UTEP supports these efforts with a 15-credit-hour Graduate Certificate in 3D Engineering and Additive Manufacturing. This certificate can serve as a supplement to a master’s degree in mechanical engineering or other graduate-level programs, or it can be pursued independently by professionals aiming to deepen their expertise in AM.
The Keck Center is equipped with over 13,000 square feet of dedicated laboratory space and more than $8 million in advanced infrastructure. This includes over 50 different AM systems and facilities for advanced manufacturing processes, metrology and reverse engineering, materials testing, and synthetic and analytical chemistry. The center's comprehensive capabilities make it an ideal environment for developing new AM technologies and pushing the boundaries of what 3D printing can achieve.
Research initiatives at the Keck Center include a holistic approach to metal additive manufacturing, exploration of hybrid and large-area AM systems, and the development of new materials, such as polymer matrix composites, polymer blends, and ceramics for use in AM. These projects aim to expand the capabilities and applications of 3D printing across multiple industries. The Keck Center's combination of academic training, cutting-edge research, and industrial collaboration firmly positions it as a leader in the additive manufacturing landscape, both regionally and nationally.
4. The University of Sheffield
The University of Sheffield in the UK is home to the Advanced Manufacturing Research Centre (AMRC), a globally renowned facility that spans multiple advanced manufacturing disciplines, including an impressive additive manufacturing division. The AMRC collaborates closely with a diverse range of industrial partners, including Boeing, Rolls-Royce, BAE Systems, and Airbus. These collaborations range from short-term, project-based partnerships to long-term memberships aimed at advancing manufacturing technologies. Through these partnerships, the AMRC serves as a bridge between academic research and industrial application, making it a key player in the development and implementation of innovative additive manufacturing solutions.
The University of Sheffield also offers a dedicated Master’s program in Additive Manufacturing and Advanced Manufacturing Technologies. This program emphasizes state-of-the-art manufacturing processes and materials, and requires students to undertake an industry-relevant research project centered on additive manufacturing. The program integrates practical skills with theoretical knowledge, preparing graduates for careers at the forefront of manufacturing innovation.
In addition, the university is actively engaged in major AM projects, such as the £33 million partnership with GKN Aerospace. This collaboration encompasses initiatives such as the Developing Design for Additive Manufacturing (DAM) program and the Additive Industrialization for Future Technology (AIRLIFT), both of which aim to transform aerospace component design through advanced 3D printing techniques.
Research at the AMRC focuses on several key areas, including the characterization of metal powders, powder metallurgy processing technologies, and intelligent design for additive manufacturing. These research efforts are supported by a wide array of high-end 3D printing equipment, including metal 3D printers such as Renishaw’s AM250, AM400, and AM500Q, as well as systems from Desktop Metal and Optomec. Other technologies include SLS, FDM, SLA, and hybrid systems like the DMG Mori Lasertec, enabling the AMRC to stay at the forefront of innovation in additive manufacturing.
5. Purdue University
Purdue University offers a strong selection of courses and hands-on learning opportunities in additive manufacturing, though it does not currently offer a dedicated degree program in the field. The university supports multiple facilities focused on innovation in advanced manufacturing, including the Adaptive Additive Technologies Lab, which is part of the Purdue Polytechnic Institute. This lab emphasizes the development of adaptive structures and utilizes additive manufacturing, alongside novel manufacturing methods, to support its research objectives. The lab houses a variety of 3D printing technologies such as FDM, SLA, and other general-purpose fabrication tools, creating a versatile environment for engineering innovation.
In addition to the Adaptive Additive Technologies Lab, Purdue is home to the Bechtel Innovation Design Center, a comprehensive makerspace tailored for engineering students. This center serves as a hub for prototyping and advanced fabrication, offering equipment for FDM 3D printing, composite material printing, and metal 3D printing. It also includes resources for CAD/CAM design, laser cutting, welding, and engraving, providing students with access to a comprehensive suite of manufacturing technologies and tools that complement the university's robust engineering curriculum.
Purdue's current research in additive manufacturing is both diverse and impactful. One major project, funded by the U.S. Air Force, aims to develop a new metal 3D-printed runway mat for use in temporary or expeditionary airfield operations. Another initiative, backed by the U.S. Department of Energy, is focused on accelerating the development of a 3D-printed nuclear reactor core, a project with the potential to revolutionize the nuclear energy sector. Purdue researchers are also exploring methods to 3D print concrete components for wind turbines designed for offshore applications, which could enhance the scalability and cost-effectiveness of renewable energy infrastructure. The university’s printers include Lulzbot 5 and 6, Makerbot Replicators for FDM, Stratasys Objet Eden 350 for material jetting, and SLA printers such as Autodesk Ember and Formlabs models, making Purdue a key contributor to additive manufacturing education and innovation.
SelfCAD: The Best 3D Printing Software for Education
SelfCAD is a user-friendly 3D design software designed for creating models suitable for 3D printing. It enables users to create 3D models from scratch or modify existing ones with ease, making it suitable for both beginners and experienced users. If your files have issues such as holes or mesh defects, SelfCAD provides repair tools to fix them efficiently. The video below shows an overview of SelfCAD.
Once your design is ready, you can use the integrated online slicer to generate the G-code needed for 3D printing.
What sets SelfCAD apart is its accessibility and educational support. It features a wide range of tutorials, including hands-on interactive lessons that help users learn by doing. The SelfCAD Academy offers structured, step-by-step courses, while the "3D Modeling 101" and "3D Modeling for Beginners" video series on YouTube serve as valuable resources for mastering the software and improving your 3D modeling skills.
Conclusion
The top universities in 3D printing and additive manufacturing play a critical role in pushing the boundaries of innovation. With strong academic programs and industry partnerships, they prepare future leaders while driving technological breakthroughs that influence global industries. These institutions truly embody the spirit of advancement in modern manufacturing.