You will get Deep-Tech Commercialization & Go-To-Market Review
Top Rated
Top Rated
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
108 reviews
(100)
(4)
(4)
(0)
(0)
This project doesn't have any reviews.
OI
Oleg I.
Aug 12, 2026
Independent engineering review: scalability of a distributed biomass processing concept
KI
Kelly I.
Feb 19, 2026
60 minute consultation
JK
Jenny K.
May 22, 2025
SBIR Grant Writing
GC
Greg C.
Apr 6, 2025
SBIR Phase II - Fast Track - April Submission
Colleen helped me get my Direct to Phase II submitted on time and with incredible quality!
SP
Stephen P.
Jan 8, 2025
SBIR Phase II Application Support
About Colleen
PhD Engineer | R&D, Modeling & Funding | CTO | 9-Book Author
100%
Job Success
Tarpon Springs, United States - 6:37 pm local time
With a PhD in engineering and 25 years of experience in R&D, engineering analysis, manufacturing, and technology development, I work with companies when technical decisions have significant consequences for cost, performance, timelines, and investment risk.
For the past 10 years, I have also worked as a startup advisor, helping more than 175 deep-tech companies evaluate technology risk, develop R&D strategies, pursue non-dilutive funding, and transition innovations from research concepts toward commercial products.
My approach combines first-principles engineering, mathematical modeling, experimental analysis, and practical manufacturing experience. I do not just analyze data — I help teams understand whether their technology will work, what risks remain, and what engineering decisions should be made next.
## Engineering Services
### Engineering Modeling & Simulation
I develop engineering models to evaluate and improve complex systems, including:
* Heat transfer and thermal management analysis
* Fluid flow and pressure-drop modeling
* Transport phenomena modeling
* Electrochemical system modeling
* Performance prediction and optimization
* Python- and MATLAB-based engineering analysis
* Literature-based correlation development and validation
I have experience with engineering modeling tools including MATLAB, Python, MixSim, and multiphysics simulation approaches.
### Prototype Development & Technical Validation
I help companies evaluate whether prototypes are technically ready for the next stage by assessing:
* Performance claims and supporting data
* Experimental design and validation methods
* Failure modes and technical risks
* Technology readiness level (TRL)
* Scale-up challenges
* Design improvements needed before commercialization
### Manufacturing & Scale-Up Engineering
My engineering background includes semiconductor and pharmaceutical production environments, where I worked on process improvement, technology transfer, and manufacturing challenges.
I help companies evaluate:
* Lab-to-production transition risks
* Process sensitivity and yield challenges
* Materials and equipment selection
* Manufacturability constraints
* Cost and scalability assumptions
* Production readiness
### Deep-Tech Technical Due Diligence
For investors, founders, and leadership teams, I provide technical assessments of:
* Engineering assumptions
* Prototype maturity
* Validation discipline
* Development timelines
* Scale-up risks
* R&D strategy
The goal is to identify technical vulnerabilities before they become expensive problems.
## SBIR, STTR & Federal Funding Strategy
I also support deep-tech companies pursuing non-dilutive funding, including SBIR, STTR, DOE, NSF, NIH, and ARPA-E programs.
Over the past decade, I have advised more than 175 deep-tech startups on federal funding strategy, commercialization planning, and R&D architecture.
Services include:
* Technical strategy development
* Research plan structure
* Milestone and risk-reduction planning
* TRL alignment
* Commercialization planning
* Phase I to Phase II transition strategy
* Technical narrative development
My advantage is that I approach funding strategy from an engineering perspective. A strong proposal requires more than good writing — it requires a technically defensible development plan.
## Background
PhD Engineer with 25 years of experience in:
* Research and development engineering
* Manufacturing engineering
* Semiconductor and pharmaceutical production environments
* Mathematical modeling and simulation
* Transport phenomena and engineering analysis
* Design of experiments
* Technology transfer
* Prototype development
* Deep-tech commercialization
Previous organizations include:
* Draper Laboratory
* Catalent
I have served as a federal reviewer for NSF, DOE, NIH, and related programs, giving me insight into how technical proposals and commercialization plans are evaluated.
## Books & Publications
Author of 9 books covering engineering, commercialization, and federal funding strategy.
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