Core Research Facilities
Welcome to WPI’s Core Research Facilities
WPI provides researchers access to a comprehensive array of research equipment housed within its core facilities, available for both internal and external assisted and unassisted use.
The equipment spans diverse fields, including:
- Materials analysis
- Micro- and nano-fabrication
- Microscopy
- Metrology
- Integrated photonics
- High-speed electronics testing
- Medical imaging
- Biomechanics instrumentation
- Medical device testing
Core Research Facilities Virtual Tours
Please click through the slideshows to learn more about our facilities and equipment
Core Research Facilities
Lab for Education & Application Prototypes (Photonics Lab)
Provides photonics testing, metrology, micro and nano fabrication capabilities, and expert support.
Life Sciences & Bioengineering
Houses instrumentation, histology, microscopy cores, and vivarium.
Materials Characterization
Offers analytical instrumentation (including XRD, SEM, TEM, and FIB-SEM).
Cell Engineering
Provides access to state-of-the-art instruments for quantitative analysis of engineered cells.
Metal Processing Lab
Advances near-net-shape manufacturing and materials recovery and recycling.
Medical Engineering and Imaging
Provides access to advanced imaging (e.g., MRI), fabrication, biomechanical and physiological testing resources.
Other Research Facilities and Equipment
Advanced Manufacturing
Digital manufacturing initiatives to enhance regional industry competitiveness, including advanced research in drying and additive manufacturing.
Fire Protection Engineering
The only facility of its kind at a university advancing groundbreaking fire science research,
Makerspace/Innovation Studio
78,000 sq. ft. area includes the McDonough Makerspace and the Fitzgerald Prototype Lab and is set up to create, model, and test new ideas and state-of-the-art equipment.
Biomanufacturing Education and Training Center (BETC)
10,000-sq.-ft. space for biotechnology professionals to gain research opportunities and customize workforce development solutions that help advance companies worldwide.
Photon Emission/Laser Fault Injection
Researchers using WPI’s AlphaNov microscope system can measure photons emitted by working transistors on an integrated circuit and use lasers to discover fault-sensitive regions on a chip.
Phemos-X
WPI’s Phemox-X is a high-resolution emission microscope that detects weak light and heat emissions in semiconductor devices, enabling researchers to find defects. The system is the first of its kind in New England.
What our research partners are saying...
- Bruce Szczepankiewicz, PhD, Vice President Chemistry
- Metro International Biotech LLC
- Jimmy (Hsin-Chun) Chu, PhD, Chief Technology Officer
- Loop CO2 Inc
- Kyle T. Webb, Scientist
- BioLattice Ophthalmics
Contact Us
with additional questions, for needed support, or for access to our broader networks.