You will get Deep-Tech Commercialization & Go-To-Market Review
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Project details
Raising capital or launching a new technical product? Investors and executive teams don’t fund technology alone — they fund credible paths to revenue.
If your commercialization or go-to-market strategy feels vague, overly optimistic, or disconnected from technical milestones, it weakens confidence — even if your innovation is strong.
I provide a structured, investor-level review of your commercialization strategy to identify gaps, risks, and credibility issues before you present to investors or leadership.
With 15+ years of engineering experience, support provided to over 175 businesses, and as the author of Startup’s Guide to a Winning Commercialization Plan, I specialize in helping deep-tech founders bridge R&D and revenue.
You will receive annotated feedback, an investor-style red flag summary, and prioritized recommendations to strengthen your market positioning, revenue logic, competitive differentiation, and go-to-market sequencing.
Ideal for deep-tech startups, hardware and biotech ventures, and corporations launching new technical products.
If you're unsure, send your commercialization strategy — I’ll tell you honestly if this review is the right fit.
If your commercialization or go-to-market strategy feels vague, overly optimistic, or disconnected from technical milestones, it weakens confidence — even if your innovation is strong.
I provide a structured, investor-level review of your commercialization strategy to identify gaps, risks, and credibility issues before you present to investors or leadership.
With 15+ years of engineering experience, support provided to over 175 businesses, and as the author of Startup’s Guide to a Winning Commercialization Plan, I specialize in helping deep-tech founders bridge R&D and revenue.
You will receive annotated feedback, an investor-style red flag summary, and prioritized recommendations to strengthen your market positioning, revenue logic, competitive differentiation, and go-to-market sequencing.
Ideal for deep-tech startups, hardware and biotech ventures, and corporations launching new technical products.
If you're unsure, send your commercialization strategy — I’ll tell you honestly if this review is the right fit.
What's included
| Service Tiers |
Starter
$155
|
Standard
$249
|
Advanced
$449
|
|---|---|---|---|
| Delivery Time | 2 days | 3 days | 4 days |
Live Consultation (Minutes) | 0 |
Frequently asked questions
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About Colleen
PhD Engineer | SBIR & Federal Funding Strategist | 9-Book Author
100%
Job Success
Tarpon Springs, United States - 1:25 am local time
With SBIR agencies now accepting proposals again after months of disruption, I am also working with startups who need to build a competitive technical narrative quickly. I have advised hundreds of federal proposals and authored six books specifically on federal funding strategy, commercialization planning, and R&D architecture. This is structured engineering analysis — not document editing and not narrative consulting.
What I Do
Prototype & Validation Evaluation
I assess whether:
Performance claims are supported by reproducible data
Validation methods are technically sound
Gaps exist between lab results and scalable reality
TRL positioning matches actual maturity
Early manufacturability risks are understood
This ensures engineering claims withstand investor or agency scrutiny.
Capital-Stage Engineering Risk Assessment
Before raising capital or entering Phase II, I evaluate:
Assumptions embedded in financial models
Scale dependencies affecting yield and cost
Timeline feasibility under technical constraints
R&D sequencing discipline
Risk retirement logic
The goal is to identify vulnerabilities before investors, boards, or agencies do.
Manufacturing & Scale Risk Analysis
For companies approaching pilot or production, I assess:
Lab-to-production transfer risk
Process sensitivity and yield variability
Equipment and materials alignment
Cost-of-goods realism
Capital-dependent engineering decisions
Scale amplifies assumptions. I evaluate them before expansion.
SBIR, Federal Grants & Non-Dilutive Funding Strategy
For federal funding pathways — including SBIR, STTR, DOE, NSF, NIH, and ARPA-E — I provide technically defensible strategy across the full proposal and commercialization process.
With SBIR agencies now accepting proposals again after a period of disruption, founders who are prepared will have a significant advantage over those rushing back in without a defensible technical narrative.
Includes:
SAM.gov registration and compliance guidance
Work plan and R&D architecture structuring
Risk mitigation sequencing and go/no-go logic
TRL/MRL calibration and milestone design
Commercialization plan development
Technical-commercial narrative alignment
Phase I to Phase II transition strategy
Non-dilutive funding landscape assessment beyond SBIR
This is engineering system design aligned with funding mechanics — not proposal outsourcing.
Background
PhD Engineer — 15+ years in R&D and manufacturing engineering
Semiconductor and pharmaceutical production environments (Draper Laboratory, Catalent)
Yield improvement and process transition
Mathematical modeling and design of experiments
Lab-to-production system design
175+ deep-tech startups advised across SBIR, DOE, NSF, NIH, and ARPA-E programs
Federal reviewer — NSF, DOE, NIH, and related programs
Founder and operator of a deep-tech consulting business for 10+ years
I understand how engineering decisions are evaluated under capital pressure — from both inside companies and from the reviewer side.
Books & Technical Publications
Author of 9 books spanning federal funding strategy, deep-tech commercialization, and advanced engineering systems:
Federal Funding & Grant Strategy
The Startup's Guide to Winning Non-Dilutive Funding
SAM.gov Registration in One Day
The Startup's Guide to Creating Your Research and Development Plan
Commercialization & Founder Strategy
The Startup's Guide to a Winning Commercialization Plan
Break Out of Your Job Now: The Innovator's Guide to Launching Your High-Tech Business
The Brilliant Path: Choosing Your Ideal Career, Trade, or Business
Advanced Engineering & Technical Systems
PEM Fuel Cell Modeling and Simulation Using MATLAB — Elsevier Science
Designing and Building Fuel Cells — McGraw-Hill
Science Education
Energy All Around Us: A Fun Book About Energy for Kids
These publications reflect deep expertise in thermodynamics, electrochemistry, transport systems, modeling, and engineering system design — expertise I now apply to technical risk reduction and defensible commercialization strategy.
Who I Work With
Deep-tech startups at any stage
SBIR and STTR companies — Phase I, Phase II, and resubmissions
University spinouts navigating commercialization
Venture-backed hardware and advanced materials teams
Advanced manufacturing ventures approaching pilot or production
Companies preparing for technical diligence or acquisition
Steps for completing your project
After purchasing the project, send requirements so Colleen can start the project.
Delivery time starts when Colleen receives requirements from you.
Colleen works on your project following the steps below.
Revisions may occur after the delivery date.
Client submits materials (Intake + Files)
Upload current commercialization plan/draft (PDF or Word) Provide 5-minute context via intake form: - product + customer - stage - intended use of the plan (internal / funding / partner / board) - deadline (if any) - top 3 questions or concerns
Quick completeness check (triage)
I scan for baseline completeness (enough substance to review). If key inputs are missing (e.g., no target customer, no offering description), I request brief clarifications before deep review