[DEMO] Morgan State Tech Transfer Playbook

Strategic Hypothesis

Morgan State's 130+ faculty IP portfolios represent $50M+ in potential commercialization value. The bottleneck is not research quality or federal relationships—both are strong. The constraint is execution: deploying specialized commercialization strategists to move innovations from lab → prototype → licensing → market.

If we operationalize the tech transfer pipeline:

Close 5+ technology licensing deals (Year 1), generating $250K-$500K licensing revenue
Increase federal R&D funding by $5M+ through DoE/DoT/DoD partnerships
Establish Morgan State as the HBCU leader in research commercialization
Create 10+ startup companies from university IP

Market Opportunity Analysis

Federal R&D Spending on HBCU Commercialization: The federal government is actively investing in minority-serving institution tech transfer. DoE, DoD, and DoT have dedicated budget lines for HBCU research partnerships.

Three Revenue Streams

Licensing Revenue: $25K-$100K per technology license; 130+ faculty IP = potential for 5-10 licenses/year
Federal Partnership Funding: $15M currently flowing through NAVSEA, DoT NTC, DoE partnerships; opportunity to expand to $25M+
Industry Partnerships: Defense contractors (Northrop Grumman, Lockheed Martin) seeking IP licensing and research collaboration

Competitive Advantages

66% of Maryland's African-American engineers (talent pipeline)
Established federal relationships (NAVSEA 5-year partnership, DoT Center, DoE Consortium)
Leadership of 7-university transportation research consortium
Deep expertise in autonomous vehicles, microelectronics, advanced systems

Stakeholder Engagement Strategy

Research Faculty (130+ IP Holders)

Primary pain point: "I have a patent, now what?" Current process lacks clear commercialization roadmap. Strategy: Deploy commercialization advisors who guide faculty through licensing, startup formation, and industry partnership options.

Federal Agencies (DoT, DoE, DoD)

Primary need: Outcomes-focused partnerships and technology transfer outcomes. Strategy: Structure partnerships to deliver: (1) research outcomes, (2) tech transfer metrics, (3) minority entrepreneur pipeline.

Defense Contractors

Primary need: IP licensing and talent pipeline. Strategy: Create structured IP licensing process and establish talent recruitment relationships (Morgan State engineers → defense tech companies).

Scaling Strategy

Pillar 1: IP Portfolio Audit & Prioritization

Week 1-2: Audit all 130+ faculty IP for commercialization readiness
Week 3-4: Score and prioritize top 15 candidates for licensing/startup pathway
Outcome: Clear list of 5 IP → immediate commercialization targets

Pillar 2: Commercialization Process Design

Document end-to-end process: IP discovery → patent → licensing → market entry
Create decision tree for faculty: "Which path? (Licensing / Startup / Research Partnership / Industry Collaboration)"
Establish timeline expectations and resource requirements for each path

Pillar 3: Federal Partnership Activation

Map federal funding opportunities aligned to research strengths
Activate CHIPS Act workforce development funding ($200M available nationally)
Expand DoT, DoE, DoD partnerships from $15M → $25M+ annual funding

Pillar 4: Industry Partnership Bridge

Establish IP licensing relationships with Northrop Grumman, Lockheed Martin, Raytheon
Create structured "Morgan State Tech Transfer" program for defense contractors
Target: 3-5 industry partnerships in first 90 days

90-Day Execution Plan

Phase 1: Audit & Prioritization (Weeks 1-3)

Goal: Identify 5 IP commercialization targets

Week 1: Email audit—contact all 130+ faculty, ask "Do you have commercializable IP?"

Week 2: Score responses by commercialization readiness and market potential

Week 3: Conduct discovery calls with top 15 faculty

Phase 2: Process & Partnership (Weeks 4-6)

Goal: Design commercialization roadmap + activate first federal/industry partnerships

Week 4: Document IP → licensing process and startup decision tree

Week 5: Map federal funding opportunities (CHIPS Act, DoE, DoD)

Week 6: Reach out to 3-5 defense contractors for partnership conversation

Phase 3: Deployment (Weeks 7-12)

Goal: Close 1 licensing deal + secure 1 federal partnership expansion

Week 7-8: Submit 2 IP licensing proposals to industry partners

Week 9: Negotiate CHIPS Act workforce development partnership

Week 10: Close first IP licensing deal

Week 11-12: Onboard next 2-3 IP for commercialization pipeline

Execution Model

Key insight: Morgan State has the IP, federal relationships, and talent. What's missing is execution capacity — someone dedicated to moving innovations through commercialization stages.

Recommendation: Deploy 1-2 Commercialization Strategists (6-month engagement, $50K-$75K) who:

Manage IP portfolio prioritization
Guide faculty through licensing/startup decisions
Negotiate with industry partners and federal agencies
Build operational infrastructure for sustained commercialization

Next Steps

Week 1: Schedule kick-off meeting with OTT Director, Chief Research Officer, and external commercialization advisor.

Week 1-2: Launch IP audit (email survey to 130+ faculty)

Week 3: Share audit results and 90-day roadmap with leadership

Goal: Begin first commercialization process by Week 4

Morgan State Tech TransferCommercialization Scaling