Quorvane Materials Seed

University spinout pitch deck: licence, team, first money

A university spinout pitch deck has to prove that the company owns what it needs to sell, that someone other than the inventor will run it, and that a customer has paid. Quorvane Materials, an invented spinout from a fictional engineering faculty, shows its licence terms, its CEO from industry and an 85,000 dollar paid pilot.

Create a presentation with OneCraft10 slides, read in order

Every slide, in order

The whole deck as it renders, one slide after another. Read it the way the audience would.

QUORVANE MATERIALS · SEED ROUND

Precast concrete with 40 percent less cement

A university spinout

A bio-based binder developed in the Faculty of Engineering at Hollis Bay University, now licensed exclusively to Quorvane. Raising 2 million dollars.

Hannah Ostrowski, CEO

Dr Samuel Adeyemi, CTO

November 2027

Slide 1 · cover · Name the spinout and its university origin, since the licence and the inventor are what an investor checks first.

The problem

Cement is one of the largest industrial sources of carbon dioxide, and precast producers are asked by their biggest clients to cut it. They can only use a mix that keeps strength, cure time and price.

Buyers are asking

Government and commercial building clients now ask precast suppliers for the embodied carbon of each panel.

Mixes are fixed

A producer cannot risk a mix that cures slower. The mould has to turn over every day.

Precast is controlled

Factory conditions make precast the easiest place to prove a new binder before site poured concrete.

02

Slide 2 · intro · The problem and why precast is the place to start, before the science.

THE PRODUCT

Drop in

A powder made from a plant by-product and a mineral activator. It replaces 40 percent of the cement in a precast mix with no change to the plant equipment.

1
Same equipment

Dosed from a second silo through the existing mixer. Nothing in the plant is replaced.

2
Same daily cycle

Panels reach stripping strength in 16 hours, so moulds still turn over every day.

3
Less cement, less carbon

228 kilograms of cement a cubic metre instead of 380, about a third less embodied carbon.

03

Slide 3 · pillars · The binder in three numbered points, written for a generalist investor.

The licence, in plain words

Signed with the university in August 2027. Two patents, exclusive to Quorvane.

Scope

Exclusive

Nobody else can be licensed the two patents for concrete products.

Worldwide

Every country the patents are filed in, for the life of the patents.

Payments

3 percent royalty

On net sales of the binder. No upfront fee was charged.

Annual minimum

25,000 dollars a year from 2030, credited against royalties.

Equity

15 percent

The university holds 15 percent of founding shares, diluted like everyone else.

No board veto

The university may name an observer, not a director.

Patents

Costs

Quorvane pays future filing costs; the university keeps ownership.

Sublicensing

20 percent of any sublicence income goes to the university.

04

Slide 4 · framework · The IP licence terms in plain words, four headings with two terms each, because spinout investors read the licence before the plan.

The team

A commercial CEO from the precast industry and the inventor as CTO, on leave from the university.

CEO: Hannah Ostrowski
Ran a precast plant for nine years
CTO: Dr Samuel Adeyemi
Inventor, on leave from the faculty
Two research engineers
Pilot lead
Process engineer, hired 2027
Plant trials
Advisers
Two, paid in options
Standards and certification

05

Slide 5 · tree · The team as a tree with the CEO at the top and the inventor beside her, since investors want to know who runs the company and who owns the science.

From the lab to a paying customer

Four years of university research, then eighteen months as a company.

2022

First lab mixes in the faculty concrete lab, funded by a research council grant.

2024

Two patent applications filed by the university. Strength results published.

May 2026

Quorvane incorporated. Hannah joins as CEO from the precast industry.

Sep 2026

400,000 dollar applied research grant for plant scale trials.

Aug 2027

Exclusive licence signed. Both patents granted the same year.

Oct 2027

Paid pilot with a precast producer: 85,000 dollars for 300 cubic metres of panels.

06

Slide 6 · timeline · From the lab prototype to the paid pilot customer, six steps, so progress since the spinout is visible.

What exists today

At November 2027, eighteen months after incorporation.

2

Patents granted

Both exclusively licensed to Quorvane for concrete products, worldwide.

1

Paid pilot

An 85,000 dollar contract with a precast producer for 300 cubic metres of wall panels.

$400K

Grant secured

Applied research funding for plant scale trials, matched by the university in kind.

07

Slide 7 · metrics · The three facts that de-risk a spinout: patents, a paying customer and non-dilutive money.

One cubic metre, two mixes

Results from the pilot pour in October 2027, tested by an accredited laboratory.

Per cubic metre
Standard precast mix
With Quorvane binder
Cement
380 kg
228 kg
Strength at 28 days
50 MPa
52 MPa
Time to strip the mould
16 hours
16 hours
Material cost
$265
$271
Embodied carbon
410 kg CO2e
270 kg CO2e
Embodied carbon is cradle to gate. Cost uses the pilot producer material prices.

08

Slide 8 · comparison · The standard precast mix against the Quorvane mix on the five things a producer decides on.

The ask

Sized to certify the binder and convert the pilot producer plus two more to repeat orders by 2029.

$2M

Seed round, 24 months of runway, university stake diluted equally

$0.8M

Pilot production line

A blending line that makes 2,000 tonnes of binder a year, enough for three producers.

$0.7M

Team

A sales engineer and a quality lead, so the CTO can stay on the next formulation.

$0.5M

Certification and IP

Durability testing for the national standard, and filing the patents in two more markets.

09

Slide 9 · investment · The two million dollar seed in three lines, each tied to moving from one pilot to repeat orders.

Read the licence first

The signed licence, both patents and the pilot test certificates are ready to share under NDA.

Email

hannah@quorvane.example

Phone

+1 617 555 0175

Origin

Faculty of Engineering, Hollis Bay University

10

Slide 10 · closing · Close with access to the licence and the lab data, the two documents a spinout investor diligences.

The structure

What each slide is doing, so you can reuse the order even with different content.

Slide 1cover
Name the spinout and its university origin, since the licence and the inventor are what an investor checks first.
Slide 2intro
The problem and why precast is the place to start, before the science.
Slide 3pillars
The binder in three numbered points, written for a generalist investor.
Slide 4framework
The IP licence terms in plain words, four headings with two terms each, because spinout investors read the licence before the plan.
Slide 5tree
The team as a tree with the CEO at the top and the inventor beside her, since investors want to know who runs the company and who owns the science.
Slide 6timeline
From the lab prototype to the paid pilot customer, six steps, so progress since the spinout is visible.
Slide 7metrics
The three facts that de-risk a spinout: patents, a paying customer and non-dilutive money.
Slide 8comparison
The standard precast mix against the Quorvane mix on the five things a producer decides on.
Slide 9investment
The two million dollar seed in three lines, each tied to moving from one pilot to repeat orders.
Slide 10closing
Close with access to the licence and the lab data, the two documents a spinout investor diligences.

Slide by slide

Slide one names the spinout and its university origin. Slide two states the problem and why precast is the place to start. Slide three is the binder in three numbered points. Slide four is the licence in plain words. Slide five is the team as an org chart. Slide six runs from the first lab mix in 2022 to the paid pilot in October 2027. Slide seven is patents, the paid pilot and the grant. Slide eight is the pilot pour against a standard mix. Slide nine is the two million dollar ask in three lines. Slide ten offers the licence, patents and test certificates under a confidentiality agreement.

How to adapt this deck

A software spinout usually has copyright and know how rather than patents, so slide four should say what the university assigned or licensed and whether students contributed code. A medical spinout needs a regulatory pathway slide after the licence, because the investor will ask how long until it can be sold. A spinout whose inventor will be CEO should say so on slide five and name the commercial hire the round funds, rather than leave the question open.

What spinout investors ask for

Knowledge Commercialisation Australasia, the body for university technology transfer offices, and AUTM in North America both publish guidance on spinout licences, and the terms investors check are consistent: exclusivity and field of use, royalty and minimum payments, the university equity stake and any control rights, and who pays for patents. A licence with a board veto or a high royalty can make a spinout hard to fund, so investors read it first. IP Australia explains how patents are granted and maintained for an Australian filing.

What makes this deck work

The licence is read before the plan

Slide four sets out scope, payments, equity and patents, two terms each: exclusive and worldwide, a 3 percent royalty, a 15 percent university stake with no board veto, and 20 percent of sublicence income. Spinout investors look for these first, and here they are on one slide.

The CEO is not the inventor

Slide five puts a CEO from the precast industry at the top of the chart and the inventor as CTO beside her. The most common worry with a spinout is an academic founder running sales; the org chart answers it without a sentence of argument.

The pilot result is a table

Slide eight compares one cubic metre two ways: cement down from 380 to 228 kilograms, strength up from 50 to 52 MPa, cost up 6 dollars and carbon down from 410 to 270 kilograms. The six dollar rise is shown, not hidden.

Questions people ask

What licence terms should a university spinout deck show?

Exclusivity and field of use, territory, royalty and any minimum payments, the university equity stake and control rights, who pays patent costs, and sublicensing terms. Put them on one slide in plain words. Investors read the licence before the business plan, so leaving it out costs a meeting.

How much equity does a university usually take in a spinout?

It varies by university and field, so check the policy of your own institution rather than relying on a number. This example uses 15 percent of founding shares, diluted like everyone else, with an observer seat rather than a director, and says so on the licence slide.

Should the inventor be the CEO of a spinout?

Sometimes, but investors want evidence someone can sell. If the inventor is CEO, name the commercial hire the round funds. In this example a CEO from industry runs the company and the inventor is CTO, shown on an org chart so the split is clear.

How do I show traction for a spinout with no revenue?

Patents granted, a paid pilot or paid trial, and non dilutive funding such as a grant. Even one small paid pilot proves a customer will pay for it. This deck shows two patents, an 85,000 dollar pilot and a 400,000 dollar grant on one slide.

Can I show the team without photos?

Yes. The org chart on slide five uses names and one line roles in boxes, with reports underneath. Profile slides with headshots exist too, but a spinout team is judged on roles and experience, which an org chart shows more clearly than faces.

How long should a university spinout pitch deck be?

Ten to twelve slides. Put the technical depth in an appendix for the technical adviser on the investor side. The free plan generates up to six slides, enough to draft the licence, team, traction, comparison, ask and cover before expanding on a paid plan.

Build your own in about a minute

The button below opens the generator with this use case already described. Change the wording to match your own, generate, then edit anything you like.

Make one like this

Other presentation examples

Want the steps in the builder? Read Make a pitch presentation with AI, then Add charts, maps and diagrams to slides. For everything this generator can do, see the presentation maker.

Sources

Written and checked by the OneCraft team. Last checked .