Harnessing 3D Printing in Higher Education: Benefits, Case Studies, and Resources

Nearly 1,000 schools and universities worldwide rely on Markforged solutions. Our 3D printing systems are integral to academic programs, research labs, and makerspaces.

In this article we explore how 3D printing transforms education, the strategic advantages for academic institutions, the expanding landscape of additive‑manufacturing programs, and real‑world case studies from leading universities.

Why universities should invest in 3D printing resources

3D printing is reshaping manufacturing across aerospace, automotive, consumer goods, and medical devices. By equipping campuses with 3D printing technology, universities can provide students and researchers with future‑ready skill sets that align with industry demands.

Attracting STEM talent
Access to cutting‑edge 3D printers and a robust curriculum enhances the appeal of engineering and materials science programs.

Improved design outcomes
Capstone projects, robotics, rocketry, Formula SAE, and other club competitions gain a competitive edge when students can prototype rapidly.

Career readiness
Employers increasingly seek graduates who can work with additive‑manufacturing technologies. Hands‑on experience differentiates your alumni.

Industry partnerships
Equipped facilities attract corporate sponsorships and joint research projects.

Operational productivity
On‑site printers cut supply‑chain wait times, lower logistics costs, and broaden the range of available parts.

Current uses of 3D printing in academia

Universities integrate 3D printing in several ways:

STEM curriculum enrichment
Hands‑on additive‑manufacturing prepares students for real‑world engineering challenges.

Markforged printers support a wide range of materials, enabling deep exploration of material properties in disciplines such as materials science engineering.

Makerspaces
Student‑accessible 3D printers foster creativity, critical thinking, and cross‑disciplinary problem solving.

Research acceleration
Rapid prototyping shortens experimental cycles, reduces costs, and eliminates external vendor lead times for complex parts.

Emerging opportunities in additive manufacturing education

As AM technology evolves, universities at the forefront of science and technology stand to gain significant advantage.

Key drivers:

Industry growth
Lux Research forecasts the AM market to reach $51 billion by 2030 (15% CAGR).

Labor shortages
With seasoned engineers retiring, fresh graduates who master AM are in high demand. 3D printing’s rapid iteration model accelerates skill acquisition.

Universities leveraging Markforged printers

Markforged’s reliability and ease of use make it a preferred choice for leading campuses:

• Purdue University – Two Metal Xs and two Mark Twos power the Bechtel Innovation Design Center, a state‑of‑the‑art prototyping and manufacturing hub.
• Rochester Institute of Technology – The AMPrint Center equips students with industry‑grade printers for safe, effective learning.
• Saskatchewan Polytechnic – Integrates Markforged machines into its manufacturing technology curriculum.
• UMass Amherst – The ADDFab Life Sciences lab uses Markforged printers for industrial‑grade parts, research, and curriculum development.
• Oklahoma State University – The ENDEAVOR facility hosts two Onyx Pros, two Mark Twos, an X7, and a Metal X across five makerspaces and design labs.

Markforged for academic institutions

Our printers combine advanced capability with intuitive operation. Minimal configuration and calibration let educators and students focus on design rather than setup.

We offer tailored discount programs to maximize value:

Composite Starter Package – $10k savings
Includes a Mark Two (Gen 2) with continuous fiber, a one‑year success plan, materials bundle, and access to our Virtual Composites Curriculum.

Metal X purchase bonus – $40k savings
Buy a Metal X (Wash 1, Sinter 2) and receive two Mark Twos, plus a three‑year success plan.

Markforged University
Multi‑day certification for engineers and managers that accelerates mastery of composite and metal 3D printing with real‑world industry applications.

Resources for academic institutions

1. Education & Research – Case studies showcasing how universities embed AM into curricula.
2. Learning Library – From fundamentals to advanced webinars on design for additive manufacturing.
3. Additive Manufacturing Trends Report – Insight into evolving workflows and industry transformations.
4. Product Data Sheets – Technical details to match your institution’s needs.
5. Customer Success Stories – Real‑world examples of organizations leveraging Markforged 3D printing.