The Singh Center at the University of Pennsylvania serves as a hub for innovation in nanoscale science and engineering. Researchers, students, and industry partners collaborate here on advanced fabrication, characterization, and device development that drive technology breakthroughs.
Whether you are exploring instrumentation access, educational programs, or industrial collaboration, the center offers a structured pathway from idea to impactful prototype. The following sections outline the core functions, technical offerings, and user pathways that make this facility a leading node in the regional nanotech ecosystem.
| Core Function | Primary Service | Target User | Outcome Example |
|---|---|---|---|
| Device Fabrication | Cleanroom processes for nanomaterials | Researchers and startups | Prototype sensors and quantum devices |
| Characterization | Electron microscopy and spectroscopy | Academic and industry teams | Precision material and surface analysis |
| Training & Education | Workshops, certification, safety training | Students and new users | Competent independent lab usage |
| Collaboration & Commercialization | Project partnerships and IP guidance | Companies and spinouts | Accelerated product development |
Access Procedures and Project Planning
Users begin by reviewing the center’s intake portal, where they can submit project abstracts and describe required capabilities. Early consultation with center staff helps align project scope with available tools, timelines, and training needs. Clear documentation of objectives, safety considerations, and data management plans streamlines approval and scheduling for multi-user campaigns.
Instrumentation and Capabilities
The Singh Center maintains a diverse suite of fabrication and metrology tools, including electron-beam lithography, reactive ion etching, and high-vacuum deposition systems. Complementary characterization suites support electrical, optical, and structural analysis under controlled environmental conditions.
Research and Innovation Focus
Projects at the center often target next-generation electronics, quantum information devices, and advanced energy systems. By integrating design, fabrication, and characterization under one roof, teams can iterate rapidly and maintain tight control over process variables.
Education, Training, and Workforce Development
Hands-on workshops and modular certification programs equip students and early-career researchers with practical nanofabrication skills. Safety protocols, tool-specific best practices, and mentorship from experienced users help build a capable, responsible user community.
Strategic Growth and Community Impact
The center prioritizes initiatives that expand regional innovation capacity, strengthen industry partnerships, and translate academic research into scalable technologies.
- Establish clear project goals and success metrics before submitting a proposal.
- Leverage staff expertise in experimental design and process optimization.
- Plan for data management, documentation, and potential IP considerations early on.
- Engage in training and peer exchanges to maximize throughput and learning.
FAQ
Reader questions
How do I schedule instrument time at the Singh Center?
Submit a project proposal through the center’s online portal, attend an intake meeting, and work with staff to align your schedule with available tool blocks and required training.
What are the typical costs and billing structures for users?
Billing is generally based on machine time, materials consumed, and staff support level; fee structures are tiered for academic, nonprofit, and commercial users and updated periodically.
Can external companies and startups access the facility on the same terms as university teams?
Yes, external teams can access fabrication and characterization services through formal industry collaboration agreements, with tailored access levels, confidentiality options, and billing arrangements.
What kind of training or certification is required before using the cleanroom?
New users must complete safety and tool-specific training modules, obtain certifications for each major system, and demonstrate proficiency under supervision before gaining independent access.