Professional Services Professional Services & Outsourcing Research & Intellectual Property

University Tech Transfer

MIT Stanford University of California Johns Hopkins
Inside this journey
  1. Pre-Discovery

    Align decision-makers, governance constraints, and timelines before detailed evaluation.

    1. Stakeholder Alignment

      Confirm decision roles, timeline, success metrics, and university constraints before deeper evaluation.

      Alignment Questions

      Quick Check: Who’s in the Room?

      • Who from your team is typically involved when you evaluate external technologies or university licenses? Options: VP/Head of R&D, R&D Director/Manager, CTO/Chief Architect, Corporate Counsel/IP Counsel, Business Development, Product Manager, Procurement/Commercial Ops, Finance, Other
      • Who is the single person with final authority to approve a license or strategic partnership? Options: VP/Head of R&D, CTO, CPO/Product Lead, CFO, CEO, Board/Investment Committee, No single final approver (consensus)
      • How do you prefer to engage with universities at the start—quick brief, technical deep dive, internal alignment workshop, or something else? Options: Quick executive briefing, Technical deep dive with scientists, Internal alignment workshop, Pilot scoping session, Initial NDAs then follow-up, Other
      • Briefly describe the business unit, product area, or roadmap need that would drive interest in a university technology.
      • Have you partnered with academic tech transfer offices before? If yes, what worked well and what caused friction? Options: Yes — mostly positive, Yes — mixed experiences, Yes — mostly negative, No

      If Your Timeline Slides, What Breaks First?

      • If your expected 12–36 month development timeline slipped by a year, how would that impact strategic priorities for this project? Options: Project delayed but retained, Scope reduced to core features, Shift to internal build, Project paused, Project canceled
      • Which external or internal deadlines are non-negotiable (e.g., market window, regulatory filing, fundraising round)? Options: Product launch date, Regulatory milestone, Funding round close, Customer contract start, Corporate budgeting cycle, Other
      • How firm are the milestones you just named—are they optimistic targets or hard constraints? Options: Hard constraints (cannot miss), Strongly preferred but flexible, Nice-to-have targets, Unsure
      • If we identified pathways to accelerate development, which internal roadblocks would still limit your ability to move faster? Options: Budget allocation, Headcount/engineering capacity, Regulatory preparation, Customer validation, Procurement/legal approval, Other
      • Tell us about a past project where timeline slippage materially changed the outcome—what happened and why?

      Are We Measuring the Right Thing?

      • If this engagement succeeded, what are the three concrete outcomes that would convince you the investment was worth it?
      • Which of the following success metrics matter most to you for early-stage university tech? Options: Time-to-prototype, Reduction in development cost, Strength/breadth of patent claims, Validation with target customers, Signed pilot or PO, Regulatory milestone progress, Founding of spin-out company
      • Which of those metrics are absolute must-haves versus nice-to-haves? Options: Must-have, Nice-to-have
      • Who in your organization will ultimately sign off on the success criteria, and how will they expect evidence presented? Options: VP/Head of R&D, CTO, Product Lead, Corporate Counsel, Finance, Board/Investors, Other
      • Given the invention's current readiness, how realistic do you feel your top success metrics are—and what would increase your confidence?

      What’s Hidden in the IP Fine Print?

      • What specific IP or licensing concern would cause you to walk away before a pilot begins?
      • Which IP factors worry you most right now? Options: Narrow claims / weak protection, Existing encumbrances / sponsored research, Unclear inventorship, Freedom-to-operate risks, University assignment/equity terms, Sublicensing/restriction on field-of-use
      • Do you have internal or external IP counsel familiar with university agreements who would review terms? If so, who typically raises the red flags? Options: Internal counsel, External counsel (outside law firm), In-house R&D/legal collaborates, No counsel assigned yet
      • How much flexibility on field-of-use, exclusivity, sublicensing, or equity would you need to move forward? Options: Full exclusivity in field, Exclusive with performance milestones, Non-exclusive with right of first negotiation, Option-to-license followed by exclusivity, Prefer no equity in exchange
      • Describe any past licensing term that felt like a deal-breaker and why.

      Who Else Must Say Yes?

      • Which stakeholders outside R&D must be convinced for a license to close, and which of them tend to be the toughest? Options: Legal/IP counsel, Procurement, Finance, Compliance/Regulatory, Business Unit Leader, C-suite/CEO, Board/Investors, Other
      • How do procurement or legal teams usually evaluate university partnerships differently than vendor contracts?
      • Where are the likely internal veto points we should anticipate? Options: Budget authority, IP committee, Legal counsel, Compliance/regulatory, Executive sponsor withdraws, Customer requirement conflicts
      • What internal materials, data, or assurances help move non-technical stakeholders from skepticism to support? Options: Commercialization brief / market validation, Patent strength report, Risk-mitigation plan, Pilot commercial terms (milestones/payments), Case studies of prior licenses, Other
      • If we prepared a three-slide stakeholder brief tailored to the toughest approver, who should it be aimed at and what must it answer?

      How Much Risk Do You Want to Carry?

      • What level of technical, schedule, or commercial uncertainty would push you to build internally instead of licensing a university technology?
      • Which of these risks keep you up at night when evaluating early-stage university IP? Options: Technical feasibility, Timeline slippage, Unclear patent strength, Sponsored research encumbrances, Cost to develop, Customer adoption risk, Regulatory barriers
      • What contingency budget or time buffer do you typically allocate for early-stage external technologies? Options: < 3 months / <10% budget, 3–6 months / 10–25% budget, 6–12 months / 25–50% budget, >12 months / >50% budget, No standard buffer
      • Which contractual levers would most reduce your perceived risk (pick up to three)? Options: Milestone-based payments, Staged exclusivity, Performance acceptance criteria, Right to terminate/repair, Joint development agreements, Option-to-license after pilot
      • Tell us about a time you signed a technology agreement that later created unexpected risk—what would you change now?

      If This Pilot Works, What Happens Next?

      • Assuming a five-invention pilot demonstrably shortens time-to-license, what are the realistic paths your organization would take next? Options: Exclusive license and scale internally, Non-exclusive licensing + further pilots, Spin-out / startup backing, Joint development with university, Purchase or equity investment, No immediate follow-up
      • What decision gates and timeline would you require to commit to full engagement after pilot success? Options: Demonstrated technical milestone, Customer validation metric, Patent prosecution milestone, Internal business case approval, Investor/funding milestone
      • Which commercial terms in a pilot agreement would make you comfortable committing resources (select top priorities)? Options: Clear IP handling post-pilot, Defined acceptance criteria, Limited financial exposure, Right-of-first-refusal, Performance-based exclusivity, Confidentiality and data-sharing terms
      • Who will own execution after the pilot—who needs to be pulled in early to avoid handoff delays? Options: R&D program manager, Business unit lead, Corporate development, In-house counsel, External partners/consultants
      • What internal obstacle worries you most after a pilot succeeds, and how could we help mitigate it?
    2. Faculty & IP Readiness

      Assess inventor engagement, existing encumbrances, and policy barriers that could block licensing or commercialization.

      Readiness Questions

      Quick Snapshot: What Brings You Here Today?

      • Which best describes your team’s primary motivation for pursuing university IP right now? Options: Accelerate internal R&D (build vs. license decision), Anchor a startup or spinout, Source foundational IP for a portfolio company, Evaluate technology for strategic partnership, Other
      • How soon would you need a license or exclusive access to move forward in your roadmap? Options: < 3 months, 3–6 months, 6–12 months, 12+ months, Unsure
      • Who on your team will be the day-to-day contact for technical and contractual discussions?
      • Have you worked with university technology or licensing teams before? If yes, briefly describe the most positive or negative element. Options: Yes — mostly positive, Yes — mixed, Yes — mostly negative, No, first time

      If the Inventor Isn’t Engaged, Would You Still Commit?

      • How critical is direct inventor engagement to your technical evaluation and de-risking? Options: Essential — must interview/test with inventor, Very helpful but not essential, Useful occasionally, Not necessary
      • If inventor access is limited or delayed, how would that change your willingness to proceed? Options: Stop evaluation, Proceed with caveats/conditional terms, Proceed but reduce commitment, Proceed without change
      • What specific activities would you expect the inventor to support (e.g., experimental protocols, materials transfer, technical Q&A, advisory role)? Options: Experimental collaboration, Materials/reagents transfer, Technical Q&A sessions, Advisory/consulting role, Code/data access, None of the above, Other
      • Tell us about a past project where inventor engagement made or broke the deal — what happened and why?

      What Would Surprise You in the Ownership Paper Trail?

      • How concerned are you about university encumbrances such as sponsored-research rights, federal obligations, or third-party licenses reducing your freedom to operate? Options: Highly concerned, Moderately concerned, Slightly concerned, Not concerned / trust we'll resolve
      • Do you require a clean chain of title or are you open to layered rights with carve-outs and diligence-based remedies? Options: Require clean chain of title, Prefer clean but open to remedies, Comfortable with layered rights if disclosed, Unsure — need guidance
      • Are there specific federal or sponsor-related terms (Bayh-Dole, march-in, data-sharing) that would be deal-breakers for you? Options: Bayh-Dole/march-in concern, Sponsor background IP restrictions, Export control limitations, No specific sponsor concerns, Unsure — need assessment
      • How long has your team been dealing with ownership/encumbrance uncertainty for this project or similar projects? Options: This is new (<6 months), 6–12 months, 1–3 years, 3+ years

      How Much Patent Ambiguity Can You Live With?

      • If the patent claims are narrow or prosecution is incomplete, would you still consider a pilot or option agreement? Options: Yes — with defined risk-mitigation, Maybe — depends on commercial need, No — need strong claims before licensing, Unsure
      • What indicators of patent strength matter most to you (e.g., claim breadth, prosecution history, filed foreign family, inventorship clarity)? Options: Claim breadth, Independent claim coverage, Prosecution maturity, Family filings/territories, Inventorship clarity, Prior art landscape/novelty studies, Other
      • Describe a time when patent uncertainty affected your product timeline—what were the consequences and how long did it take to resolve?
      • Would you be open to staged rights (evaluation license → pilot → exclusive) tied to defined prosecution milestones? Options: Yes — prefer staged approach, Possibly — depends on terms, No — prefer single definitive agreement, Need to discuss further

      Who's Really Driving the Decision Inside Your Organization?

      • If we handed you a license tomorrow, who would need to approve the legal, commercial, and technical terms? Options: VP/Head of R&D, General Counsel/IP counsel, Business Unit GM, Procurement, CEO/Founder/Board, Multiple of the above
      • Which of these internal priorities will most influence the deal: speed to integration, cost control, freedom to operate, strategic exclusivity, or maintaining a diverse vendor ecosystem? Options: Speed to integration, Cost control, Freedom to operate, Strategic exclusivity, Vendor diversity/competition, Other
      • How does your internal procurement or legal team typically react to university-standard terms (e.g., reach-through rights, reporting, sublicensing restrictions)? Options: Accept with minor edits, Require significant negotiation, Often walk away, Prefer bespoke agreements up front, Unsure
      • How long does internal approval normally take for a pilot license or material-transfer agreement in your company? Options: < 2 weeks, 2–4 weeks, 1–2 months, 2–3 months, 3+ months

      What Happens If Timeline Slips—What Breaks?

      • If university negotiations or inventor availability pushed your timeline beyond your target, what internal consequences would occur? Options: Project delay with little consequence, Reprioritization of resources, Loss of funding/board support, Move to alternate solution or build internally, Other
      • How long can your roadmap tolerate additional 3–6 months of uncertainty before you must pivot? Options: < 3 months, 3–6 months, 6–12 months, 12+ months
      • Would you prefer contractual remedies (e.g., termination rights, refund, acceleration options) to protect against delays, or operational remedies (e.g., interim access, data rights)? Options: Contractual remedies, Operational remedies, Both, Unsure
      • When timelines have slipped in past collaborations, how did that affect your team’s confidence in the partner—and how long did it take to rebuild trust?

      Tell Us About Your Appetite for Conditional or Pilot Agreements

      • Would you be open to an evaluation agreement (non-exclusive, time-boxed) as a step toward exclusivity? Options: Yes — prefer this, Maybe — depends on terms, No — need exclusivity up front, Unsure
      • What commercial signals would you expect from a 5-invention pilot to move toward a full license (e.g., developer traction, reproducible results, customer interest)? Options: Reproducible experimental results, Prototype integration success, Customer letters of intent, Defined commercialization milestones, Clear path to regulatory milestones, Other
      • Which pilot metrics would you require to feel comfortable signing an exclusive license? Options: Technical performance thresholds, Time-to-integration milestones, Customer validation signals, IP prosecution improvements, No specific metrics — prefer qualitative, Other
      • If we proposed a staged financial structure (low upfront + milestone payments), how likely would that be to accelerate your decision? Options: Very likely, Somewhat likely, Neutral, Unlikely, Would slow us down

      Tell Us About the Hard Lessons—Past University Deals That Didn’t Work

      • Think of a university collaboration that failed or stalled—what was the single biggest reason it unraveled? Options: Inventor disengagement, Restrictive IP terms, Slow negotiations, Unresolved encumbrances, Misaligned expectations, Other
      • How did that experience change how you approach future university IP opportunities? Options: More cautious / stricter terms, Require stronger due diligence up front, Prefer different institutions/partners, In-source development instead, No change
      • What red flags would you want surfaced immediately when we present inventions for your review? Options: Known sponsor encumbrances, Unclear inventorship, Limited or missing experimental data, Existing exclusive offers, Narrow claims, Other
      • How long has it been since such a failed experience—did it occur in the last year, 1–3 years, or earlier? Options: < 1 year, 1–3 years, 3–5 years, 5+ years

      Paperwork, Access, and Practical Needs—What Would You Require?

      • Which of the following documents do you typically require before starting a technical evaluation? Options: NDA/Confidentiality Agreement, MTA/Materials Transfer Agreement, Data/Code Access Agreement, Option-to-license term sheet, None — we proceed informally
      • How much technical material do you normally need to evaluate viability (e.g., datasets, protocols, prototypes)? Options: Detailed protocols and raw data, Summaries + representative data, Proof-of-concept prototypes, High-level descriptions only, Depends on technology
      • Are there security, export-control, or privacy processes we must plan for before sharing materials? Options: Yes — export control, Yes — data privacy, Yes — both, No special processes, Unsure
      • If we can provide inventor office hours (1:1 technical Q&A), how valuable would that be to your evaluation? Options: Crucial, Very valuable, Somewhat valuable, Not valuable

      What Would Make This Relationship Feel Strategic, Not Transactional?

      • If the university treated your team as a strategic partner, what three things would you expect consistently? Options: Rapid responsiveness, Transparent encumbrance disclosure, Flexible commercial terms, Joint roadmap planning, Direct inventor engagement, Regular progress reporting, Other
      • Which of those expectations do most university engagements fail to meet, from your perspective? Options: Speed/responsiveness, Transparency about constraints, Commercial flexibility, Technical collaboration, Ongoing program management, Other
      • How would you measure success of our early collaboration after the first 3 months? Options: Clear go/no-go decision reached, Prototype or demo achieved, Patent prosecution milestones met, Headway on commercial partnerships, Positive inventor collaboration, Other
      • Finally, what's one non-negotiable term or condition we should know up front to avoid wasted effort?
  2. Customer Discovery

    Clarify the customer's R&D outcomes, build-vs-license thresholds, development timeline, and risk tolerance.

    Discovery Questions

    Quick Intro — What's Driving This Conversation?

    • Which best describes your role in evaluating external technology for your organization? Options: VP of R&D / Head of Innovation, Director of R&D, Startup CTO / Founder, Venture investor / Principal, Product leader, Other
    • Briefly name the technical area or capability you’re exploring (e.g., biosensors, AI for drug discovery, advanced materials)
    • What triggered this search right now? Options: Roadmap gap requiring 3+ years to build, Foundational IP needed for a seed round, VC portfolio company need, Competitive pressure, Other
    • How soon do you need a working solution or demonstrator integrated into your roadmap? Options: Immediate (0–3 months), Short (3–6 months), Medium (6–12 months), Longer (12+ months), Unsure
    • What keeps you up at night about licensing university technology for this project?

    Are You Trying to Build a Moonshot or Fill a Gap?

    • What if building this capability in-house will cost you more than you expect — how would that change your approach? Options: We'd accelerate licensing, We'd hire more internally, We'd form a JV or spin-out, We'd pause the project, Unsure
    • What internal capabilities do you already have that are directly relevant to developing this technology? Options: Strong core team and labs, Some expertise but not enough, No internal expertise, Contract R&D partners, Other
    • If you chose to build internally, what is your realistic timeline and budget to reach a licenseable or product-ready milestone?
    • What specific technical milestones would make you feel comfortable not licensing (e.g., reproducible prototype, validated assay, performance threshold)?
    • Have you licensed university technology before? If yes, what went well and what didn’t? Options: Yes — mostly positive, Yes — mixed, Yes — mostly negative, No

    How Bad Would It Be If This Took Longer (or Failed)?

    • If this capability is delayed or fails to materialize, what are the tangible consequences for your product roadmap or funding timeline? Options: Missed product launch, Lost market window, Delayed fundraising, Increased costs, Other
    • How much additional budget or time can you realistically commit to a technology that underperforms initial expectations? Options: Significant (20%+ budget/time), Moderate (10–20%), Small (under 10%), None
    • When you face technical uncertainty, do you prefer incremental progress with staged go/no-go gates or a single concentrated development push? Options: Staged gates, Single push, Hybrid
    • Tell us about a past technical project that surprised you—what went wrong and how did it make you rethink risk?
    • Emotionally, how do your stakeholders react to risk—risk-embracing, risk-averse, or somewhere in between? Options: Risk-embracing, Risk-tolerant with milestones, Risk-averse, Varies by stakeholder

    Who Really Holds the Keys?

    • If a pilot or license requires sign-off, who are the decision-makers and what authority do they hold? Options: VP of R&D, CPO / Head of Product, CEO / Founder, Board / ICs, Legal/IP counsel, Other
    • What procurement, legal, or contracting constraints typically slow deals at your organization? Options: Complex legal reviews, Vendor approval processes, Budget cycles, Export control/ITAR, Other
    • How frequently does your organization require outside legal approvals or VC consent before signing licensing or pilot agreements? Options: Always, Often, Sometimes, Rarely, Never
    • Who in your team will own day-to-day collaboration with inventors or our program managers during discovery and pilot? Options: Internal technical lead, Program manager, Procurement contact, External consultant, Unsure
    • What internal timelines or events (budget reviews, board meetings, product sprints) create hard deadlines for this decision?

    What Would Perfect Look Like for Your Program?

    • Imagine a five-invention pilot that solves your top blocker—what measurable outcome convinces you to scale (reduced time-to-market, performance uplift, validated integration)? Options: Time-to-market reduction, Performance benchmarks met, Clear commercialization partner, Investment-ready IP, Other
    • Which KPIs will you use to judge pilot success? Options: Prototype meeting specs, Independent validation, Patent strength score, Partner commitment/LOI, Cost to further develop
    • How would success feel for your team beyond metrics—what internal perceptions would change?
    • If success required trade-offs, which are acceptable: faster timeline vs broader rights, higher cost vs exclusivity, or limited scope vs guaranteed diligence? Options: Faster timeline over broader rights, Higher cost for exclusivity, Limited scope with guaranteed diligence, Prefer not to trade core IP rights
    • What would a clear ‘no-go’ look like—what findings would stop you from proceeding? Options: Unresolvable technical risk, Unacceptable licensing terms, No inventor engagement, Market not interested, Other

    What Would Make Licensing Feel Safe?

    • What licensing terms or clauses are absolute deal-breakers for you? Options: Broad field exclusivity, High up-front fees, Strict diligence milestones, Unfavorable indemnity, No sublicensing rights, Other
    • How concerned are you about patent claim breadth and freedom-to-operate when evaluating university inventions? Options: Very concerned, Somewhat concerned, Neutral, Not concerned
    • Would you prefer a license structure that prioritizes speed (short pilot license + option) or one that prioritizes long-term certainty (full-term exclusive license)? Options: Speed-first (pilot/option), Certainty-first (full exclusive), Non-exclusive exploration, Hybrid
    • How important is the university’s flexibility on revenue structure (royalty vs equity vs milestone) to your decision? Options: Critical, Important, Somewhat important, Not important
    • Describe any past licensing term that made you walk away—and what specifically about it felt unfair or risky?

    The Pilot — Tell Us What Success Looks Like in Practice

    • If we proposed a 6–8 week portfolio audit of 5 inventions, what would you need to see in the deliverable to say it was worth the investment? Options: Clear go/no-go recommendation, Patent strength scoring, Technical validation notes, Commercial landscape summary, Prototype feasibility assessment
    • Which artifacts would you want from a pilot to accelerate licensing or internal adoption (e.g., bench data, integration plan, term sheet template)? Options: Bench data/replication, Integration prototype, Term sheet draft, Inventor interviews, Freedom-to-operate memo
    • How involved will your technical experts need to be during the audit—are inventor interviews and lab access acceptable? Options: Hands-on involvement, Periodic check-ins, Minimal involvement, Unavailable
    • What acceptance criteria should we use at the end of the pilot to trigger a licensing discussion? Options: Technical feasibility affirmed, Patentability & freedom-to-operate cleared, Commercial partner interest, Cost-to-develop acceptable
    • What would make you say yes to a pilot today (pricing, timeline, NDA, references)? Options: Low-cost pilot, Short timeline, Mutual NDA, Successful references, Clear option-to-license

    Hidden Roadblocks — Let’s Surface the Stuff No One Mentions

    • What faculty or institutional realities have surprised you in past collaborations (engagement level, conflicting obligations, publication timelines)?
    • Are there known encumbrances on relevant IP (sponsored research, existing licenses, inventor equity) we should be aware of? Options: Yes—sponsored research, Yes—existing license, Yes—inventor equity issues, No known encumbrances, Unsure
    • How do export controls, data privacy, or regulatory constraints shape your ability to work with university partners? Options: Major constraint, Moderate constraint, Minor constraint, No constraint, Unsure
    • If university inventors are unresponsive, how willing are you to proceed with limited inventor involvement (e.g., using published methods only)? Options: Very willing, Somewhat willing, Prefer inventor involvement, Not willing
    • What internal or external approvals could unexpectedly derail a pilot after it starts? Options: Budget cuts, Legal objections, VC objections, IT/security block, Other

    Practical Next Steps — How Do You Want Us to Work Together?

    • What is your preferred next milestone for us to reach together (introduction call, NDA, pilot SOW, internal review)? Options: Introductory call, Mutual NDA, Pilot SOW/Estimate, Internal decision memo, Other
    • Who should be on the short kickoff call from your side (names or roles)?
    • What cadence of updates would you find most useful during discovery (weekly, biweekly, end-of-pilot report)? Options: Weekly, Biweekly, Milestone-driven, Only final report
    • How would you prefer we present pilot findings to your leadership—technical briefing, executive one-pager, or both? Options: Technical briefing, Executive one-pager, Both, Other
    • Realistically, when can you commit to a 6–8 week audit if we align on scope today? Options: Start immediately, Within 2–4 weeks, In 1–2 months, Later than 2 months, Unsure
  3. Solution Experience

    Translate how a five–invention pilot will de-risk technology, validate commercial fit, and shorten time-to-license in the customer’s context.

    Experience Meetings

    • Current State Confirmation
    • Consequence & Success Metrics Workshop
    • Pilot Solution Experience — Representative Proof Session
    • Operational Pilot Planning & Inventor Engagement
    • Confirm Final Five-Invention Pilot List
    • Have explicit, quantified consequences (dollar/time/risk) tied to the current-state diagnosis.
    • Agree a short list of measurable pilot success metrics and the go/no-go thresholds the VP of R&D will use.
    • Prioritize decision criteria so the Solution Experience focuses on what matters to the buyer.
    • Customer to provide internal cost and timeline assumptions used in the scenario models.
    • Seller to produce a comparative ROI/time-to-license model for the five-invention pilot.
    • Facilitator to produce a KPI table with go/no-go thresholds for circulation.
    • Recap Preconditions (Current State, Consequences, Future State)
    • Demonstrate a clear, evidence-based de-risking path for a representative invention that directly ties to the buyer's consequences and metrics.
    • Obtain explicit validation from the customer that the demonstrated proof addresses their defined problem and metrics.
    • Agree portfolio-level impact projections (months-to-license reduction, probability-of-success uplift) supported by the representative proof.
    • Seller to prepare five concise proof-pack templates (one per invention) specifying required evidence, timeline, and acceptance criteria.
    • Customer to confirm which internal stakeholders must validate the representative proof and schedule their participation.
    • Facilitator to document validation responses and update the pilot KPI table accordingly.
    • Introductions & Objectives
    • Have a signed operational pilot plan with scope, deliverables, acceptance criteria, timeline, and governance owners.
    • Confirm inventor participation commitments and data-handling agreements necessary for the audit.
    • Establish an agreed risk register with mitigation actions and triggers to preserve the pilot timetable.
    • TTO to produce and circulate the pilot Statement of Work (scope, milestones, SMMs) and NDAs within 3 business days.
    • Legal teams to draft data/IP handling templates and expedited licensing term skeleton for pilot follow-on.
    • Seller to schedule inventor interviews and provide an interview questionnaire to the inventors and customer reviewers.
    • Agree a one-sentence current-state diagnosis that articulates what is breaking today.
    • Capture an evidence inventory (documents, data, patent status) sufficient to run the pilot proof.
    • Identify decision roles, constraints, and pre-work owners to remove blockers before the proof session.
    • Customer to upload R&D roadmap, build-time estimates, and internal go/no-go thresholds.
    • TTO to deliver five one-page invention briefs and current patent prosecution snapshots.
    • Facilitator to draft the finalized one-sentence current-state and circulate for confirmation.
    • Recap Current-State Statement
    • Quantify Consequences
    • Define Deliverables & Acceptance Criteria per Invention
    • Representative Invention Diagnosis
    • One-sentence Current State Draft
    • Proof: De-risking Plan & Evidence
    • Define Success Metrics & Thresholds
    • IP, Data & Confidentiality Procedures
    • Evidence Review
    • Roles, Responsibilities & Governance
    • Stakeholders, Constraints & Decision Roles
    • Proof: Commercial Fit Mapping
    • Scenario Modeling
    • Inventor Engagement Plan
    • Open Unknowns & Pre-work Closure
    • Prioritize Decision Criteria
    • Portfolio-level Aggregation
    • Force Validation: Customer Confirmation & Challenges
    • Risk Register & Contingency Triggers
    • Next Steps & Kick-off Timeline
    • Capture Acceptance Criteria & Evidence Requirements
  4. Pilot Scope & Strategy

    Define the pilot portfolio, audit deliverables, patent/licensing milestones, responsibilities, and acceptance criteria.

    Scope Configuration

    • Draft and file provisional patent application
    • Draft and file PCT/international patent application
    • Manage patent prosecution and respond to office actions
    • Draft and execute exclusive license agreement
    • Draft and execute non-exclusive license agreement
    • Draft and execute option-to-license agreement (startup)
    • Negotiate and execute confidentiality/CDAs
    • Draft and execute material transfer agreements for validation
    • Negotiate and execute sponsored research agreements
    • Manage license compliance, royalties, and invoicing
    • Process patent maintenance, annuities, and payments
    • Prepare and execute patent assignment and transfer documents

    Scope Questions

    Draft and file provisional patent application

    • Include this module in the pilot scope? Options: Yes, No
    • How many provisional applications do you anticipate needing? Options: None, 1-2, 3-5, More than 5
    • Are invention disclosures complete, with inventor confirmation and supporting data? Options: Yes, No, Partially
    • Desired filing timeframe for provisionals? Options: Within 2 weeks, 2-4 weeks, 1-2 months, Flexible
    • Is there any pre-publication embargo, conference presentation, or grant reporting that affects filing date? Options: Yes, No, Unknown
    • Notes on provisional requirements (e.g., figures, experimental data, co-inventor approvals)

    Draft and file PCT/international patent application

    • Include PCT/international filing in scope? Options: Yes, No
    • Do you plan to enter national phases in specific jurisdictions after PCT? Options: Yes, No, Undecided
    • Which target jurisdictions are priorities for national-phase entry? Options: US, Europe (EPO), China, Japan, Other, Undecided
    • Is there existing prior art or foreign filings we should coordinate with? Options: Yes, No, Unknown
    • Preferred timeline for PCT filing relative to provisional/priority date? Options: Within 12 months of provisional, Waive priority and file directly, Flexible
    • Any special confidentiality or export-control constraints relevant to international filing? Options: Yes, No, Unknown

    Manage patent prosecution and respond to office actions

    • Include prosecution management and office-action response in scope? Options: Yes, No
    • Which patent offices require active prosecution support? Options: USPTO, EPO, China CNIPA, Japan JPO, Other
    • Do you have preferred outside counsel or should we manage docketing and outside counsel selection? Options: Use preferred counsel, We should select counsel, No preference
    • What is the expected budget or authorization threshold for substantive prosecution actions (e.g., appeals, interviews)? Options: Under $10k per office, $10k-$30k per office, Over $30k per office, Decide case-by-case
    • Are there claim-scope priorities (broad composition claims vs method claims) that should guide response strategy? Options: Yes, No
    • Provide any open office actions or prosecution notes that we should review (application numbers, examiner names, deadlines)

    Draft and execute exclusive license agreement

    • Include an exclusive license option in pilot scope? Options: Yes, No
    • What exclusivity dimensions are required (field-of-use, territory, application-specific)? Options: Field-of-use, Territory, Channel/industry, Time-limited, Other
    • Preferred exclusivity term length? Options: 1-2 years, 3-5 years, Term of patents, Negotiable
    • Desired commercial terms to include (upfront fee, milestone payments, royalties, equity)? Options: Upfront fee, Milestones, Running royalties, Equity, No preference
    • Are sublicensing rights required or prohibited? Options: Allowed with approval, Allowed freely, Prohibited, Undecided
    • Any special obligations to inventors, sponsors, or third parties that must be reflected in the license? Options: Yes, No, Unknown

    Draft and execute non-exclusive license agreement

    • Include non-exclusive licensing in pilot scope? Options: Yes, No
    • Will non-exclusive licenses be limited by field, territory, or use-case? Options: Yes, No, Undecided
    • Preferred compensation model for non-exclusive deals? Options: One-time fee, Low royalty rate, Subscription/annual fee, Milestones, Other
    • Do you require minimal diligence or development milestones to maintain the license? Options: Yes, No, Case-by-case
    • Is exclusivity carve-out or priority licensing to be preserved for preferred partners? Options: Yes, No, Maybe
    • Provide preferred non-exclusive template clauses or deal-breakers (e.g., indemnity limits, publication rights)

    Draft and execute option-to-license agreement (startup)

    • Include option-to-license structures for startups in scope? Options: Yes, No
    • Preferred option term length? Options: 3-6 months, 6-12 months, 12+ months, Negotiable
    • Will option include exclusivity during the option period? Options: Yes, No, Partial
    • Required consideration for option (option fee, equity, milestone commitment)? Options: Option fee, Equity, Milestones, No fee
    • Do you require diligence milestones, investor-qualification thresholds, or fundraising conditions to convert the option? Options: Yes, No, Undecided
    • Any university spinout policies or conflict-of-interest rules that affect option terms? Options: Yes, No, Unknown

    Negotiate and execute confidentiality/CDAs

    • Include CDAs/NDA management in scope? Options: Yes, No
    • Will most CDAs be mutual or one-way? Options: Mutual, One-way (Recipient), One-way (Discloser)
    • Typical disclosure recipients (select all that apply)? Options: Corporate R&D, Startups, VC investors, Contractors/consultants, Academic collaborators
    • Preferred CDA term and confidentiality duration? Options: 1 year, 2 years, 5 years, Indefinite
    • Do CDAs need export-control or ITAR clauses included? Options: Yes, No, Unknown
    • Any existing CDA templates or mandatory legal language we must use? Options: Yes, No

    Draft and execute material transfer agreements for validation

    • Include MTAs/material transfer support in scope? Options: Yes, No
    • What types of materials will be transferred (select all that apply)? Options: Biological samples, Cell lines, Reagents/chemicals, Prototypes/hardware, Data sets
    • Are any materials subject to biosafety, human-subjects, or export restrictions? Options: Yes, No, Unknown
    • Required MTA provisions (use, return/destroy, publication, ownership of derivatives)? Options: Use limits, Return/Destroy, Publication rights, Ownership of derivatives, Other
    • Preferred liability/indemnity language or insurance requirements for recipients? Options: Standard university limits, Higher limits required, No special requirement, Undecided
    • Any material handling SOPs, chain-of-custody, or temperature/control requirements we should capture?

    Negotiate and execute sponsored research agreements

    • Include SRAs (sponsored research agreements) in scope? Options: Yes, No
    • Sponsor type and primary goals for SRA (select all that apply)? Options: Corporate R&D collaboration, Preclinical validation, Prototype development, Translational research, Other
    • Preferred intellectual property allocation (sponsor owns background/foreground, university retains ownership, options to license)? Options: Sponsor owns foreground, University owns foreground with license option, Joint ownership, Custom
    • Are there publication or confidentiality carve-outs required by faculty or funders? Options: Yes, No, Partially
    • Is government or restricted funding involved requiring specific flow-down clauses (e.g., Bayh-Dole, reporting)? Options: Yes, No, Unknown
    • Expected SRA budget, milestone payments, and timeline to deliverables

    Manage license compliance, royalties, and invoicing

    • Include post-execution compliance and royalty management in scope? Options: Yes, No
    • Preferred reporting cadence for licensees (select all that apply)? Options: Quarterly, Semi-annual, Annual, On-demand
    • Do you require audit rights and how frequently should audits be permitted? Options: Yes — annual, Yes — as-needed, No
    • How should invoicing and payments be handled (institution billing, third-party billing, online portal)? Options: Institution billing, Third-party billing, Online payment portal, Other
    • Are minimum annual royalties, milestones, or performance guarantees expected? Options: Yes, No, Case-by-case
    • Any currency, tax withholding, or cross-border payment considerations?
  5. Mutual Commit

    Agree pilot commercial terms, data sharing, IP handling, decision gates, and timelines for full engagement.

    Agreement Modules

    • Statement of Work (SOW)
    • Pilot Commercial Term Sheet
    • Master Services & Licensing Agreement (MSA)
    • Non‑Disclosure Agreement (NDA)
    • Data Sharing & Use Agreement (DSA)
    • IP Handling & Licensing Agreement
    • Material Transfer Agreement (MTA) / Sample Access
    • Inventor Engagement & Support Commitment
    • Acceptance Criteria & Decision Gates
    • Payment & Milestone Schedule
    • Option to License / Right of First Negotiation
    • Change Control & Governance Addendum
    • Liability, Indemnification & Insurance Addendum
  6. Deployment

    Operationalize the pilot with staged execution: audit, strategy, and active outreach.

    1. Portfolio Audit

      Execute the 6–8 week audit: score inventions, gather inventor validation, and produce commercialization briefings.

    2. Patent & Licensing Strategy

      Develop prosecution priorities, claim-strength assessments, and licensing approaches during the next quarter.

    3. Active Outreach & Pilot Licensing

      Run targeted licensee outreach, negotiate pilot terms, and capture term sheets or commitments to validate market interest.

  7. Success

    Review pilot outcomes against success signals, confirm go/no-go decisions, and capture learnings for scale-up.

    Success Reviews

    • Pilot Outcomes Review — Diagnosis
    • Go / No‑Go Decision Meeting — Formal Gate
    • Lessons Learned Workshop — Capture & Translate
    • Scale‑up Commercialization & Resourcing Planning
    • Stakeholder Handoff & External Communication

    Issues & Enhancements

    • Align IP prosecution priorities with commercialization milestones to avoid blocking partner talks.
    • Reach an explicit Go / Conditional Go / No‑Go decision documented with rationales.
    • Capture any conditions (metrics, timelines, funding) tied to a Conditional Go and assign owners.
    • Agree on the communication plan to internal stakeholders and external prospects.
    • Draft and circulate the formal decision memo summarizing verdict, rationale, and conditions within 24 hours.
    • If Go or Conditional Go: trigger updates to the licensing strategy and project plan; assign leads and target dates.
    • If No‑Go: document failure reasons, archive pilot artifacts, and prepare an internal closure report and learning brief.
    • Framing: Current State, Consequence, Future State (1 sentence each)
    • Produce a prioritized list of 3–6 concrete experiments or process changes to validate before scaling.
    • Assign owners, timelines, and success criteria for each experiment.
    • Identify playbook updates and documentation required to embed successful practices.
    • Ensure failure causes are translated into mitigations rather than vague recommendations.
    • Create a Lessons Learned report that includes root causes, experiments, owners, and timelines.
    • Set up and schedule the first validation experiments with clear success metrics and owners.
    • Update the pilot-to-scale playbook and templates to reflect validated changes.
    • Define One‑Sentence Future State for Scale
    • Agree on a concrete commercialization roadmap with milestones, owners, and timelines.
    • Secure initial resourcing commitments or approvals to begin scale activities.
    • Opening & Meeting Objectives
    • Establish governance and reporting cadence for scaled execution.
    • Draft the scaled commercialization project plan (milestones, budget, staffing) and circulate for approvals.
    • Initiate resource requests (budget/hiring/consulting) for approved elements of the roadmap.
    • Schedule kickoff for partner outreach aligned with roadmap milestones.
    • Stakeholder Map & Communication Objectives
    • Ensure consistent, approved messages are ready for each stakeholder group and a communication timeline is set.
    • Assign explicit owners for each outreach and define escalation contacts.
    • Establish monitoring and reporting cadence to surface issues early during scale-up or closure.
    • Prepare and approve communication templates (faculty note, partner brief, executive summary) for immediate distribution.
    • Send notifications to impacted stakeholders per the agreed timeline and collect acknowledgements.
    • Set up the agreed reporting channel (dashboard or weekly summary) and schedule the first update.
    • Ensure every stakeholder has the same one-sentence current-state understanding of the pilot outcomes.
    • Quantify the business, technical, and schedule consequences of unmet signals.
    • Identify and assign owners for any data gaps that must be closed prior to decision.
    • Produce a short 'decision packet' checklist to carry into the formal gating meeting.
    • Finalize and distribute the decision packet (outcomes summary, KPI comparisons, inventor statements) to decision attendees 48 hours before the Go/No‑Go meeting.
    • Owner assignments to close identified data gaps, with clear deliverables and deadlines.
    • Prepare a concise consequence memo translating pilot gaps into estimated cost/time/risk impacts.
    • Recap Decision Criteria & Pre-Reads
    • One‑Sentence Current State
    • KPI & Success Signal Verdicts
    • Core Messages (Go / Conditional / No‑Go)
    • High-Level Roadmap & Milestones
    • Timeline Walkthrough
    • Risk & Mitigation Review
    • IP & Patent Prosecution Priorities
    • Success Signals & KPI Review
    • Timing & Channels
    • Root Cause Analysis (Failures & Surprises)
    • Consequence Quantification
    • Commercial Outreach & Partner Strategy
    • Role Assignments & Escalation Paths
    • Commercial Validation & Market Signals
    • What Worked: Replicable Elements
    • Budget, Staffing & Resource Allocation
    • Inventor & End‑User Validation Evidence
    • Monitoring & Reporting Cadence
    • IP & Licensing Posture Summary
    • Translate Learnings into Experiments & Controls
    • Open Data Gaps & Unresolved Questions
    • Prioritization & Resourcing Estimate
First-Party AI

1-2 minutes please — Your AI agent is working

First-Party AI™ can make mistakes. Always check important information.