Forside | Innovationsfonden

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Do you have a visionary and ambitious research project that makes a difference - even on a global scale?

Green missions

Grand Solutions

Research collaborations with knowledge institutions and companies - based on specific societal challenges

International collaborations

You are seeking research collaborators on an international level that create innovative solutions

Are you a company with a development project that can grow?

Innobooster

You are a startup or SME with the need for new knowledge to realize the business potential incl. programme for companies in rural areas

Innovation Pilot in rural districts

Companies in rural districts, who have a good idea for a development or innovation project, can apply for funds to hire a graduate with a higher education.

Have you set the path to a career of an entrepreneur or an Industrial Researcher?

Innoexplorer

Are you employed at a public research and educational institution or hospital and have a research result with commercial or societal potential, which require further clarification or maturation before it can reach the market?

Industrial Researcher

For you who have an idea for a project like Industrial PhD or Industrial Postdoc that creates commercial value.

Innofounder

Are you a recent or soon to be graduate with a great business idea?

Industrial PhD in the private sector (politically prioritised topics)	Industrial PhD	27 April 2021, at 12:00 noon	/en/node/1464	e-f	1210
Industrial Postdoc in the private sector (politically prioritised topics)	Industrial Postdoc	27 April 2021, at 12:00 noon	/en/node/1465	e-f	1209
Roadmaps for mission-driven green research and innovation partnerships (Innomission-roadmaps)	Grønne missioner	12 May 2021, at 12:00 noon	/en/node/1471	g-m	1473

Robust optimization of flow meters using computational fluid dynamics with quantified uncertainty	2021 - 2023		Industrial Researcher
Robust optimization of flow meters using computational fluid dynamics with quantified uncertainty Period 2021 - 2023 Region Program Erhvervsforsker Area Energi, Klima og Miljø Investment Percentage 51.29 Invested 1.1 mill. Budget 2.1 mill. Formålet med projektet er at øge konkurrenceevnen og kvaliteten af Kamstrups ultralydsflowmålere ved at reducere tryktab, forøge signal-til-støj forholdet i ultralydssignalet, reducere flow-forstyrrelser i indløbet. Samtidig reduceres kostprisen og udviklingstiden for nye flowmålere markant. Dette opnås gennem numerisk fluiddynamik, optimeringsmetoder og kvantificering af usikkerheder, med henblik på at kunne udvikle optimerede flowmålere hurtigere. Partners KAMSTRUP A/S Aarhus University People Aktiv Read more about the project
3D Ejendomsudformning	2020 - 2022		Industrial Researcher
3D Ejendomsudformning Period 2020 - 2022 Region Program Erhvervsforsker Area Produktion, Materialer, Digitalisering og IKT Investment Percentage 48.66 Invested 1.1 mill. Budget 2.2 mill. Metodeudvikling til privat landinspektørfirma til mere effektiv proces og ejendomsdannelse i 3D – ejendomme under/over hinanden - ud fra en juridisk, teknisk og samfundsmæssig kontekst. Øget efterspørgsel på byrum under/over jorden samt bæredygtighed øger krav til ejendomsgrænser i 3D og retlige ejendomskonstruktioner. Ejendomsregistreringen – matrikel/tingbog mv. -udfordres af moderne digital forvaltning. Projektet inddrager praksis i Danmark, internationale erfaringer og nyeste teknologier. Partners Landinspektørfirmaet LE34 A/S, Aalborg Universitet People Aktiv Read more about the project
3D-CT custom made HipCap implant for osteoarthritis	2020 - 2021		Innoexplorer
3D-CT custom made HipCap implant for osteoarthritis Period 2020 - 2021 Region Program Innoexplorer Area Biotek, Medico og Sundhed Investment Percentage 100 Invested 1.1 mill. Budget 1.1 mill. Partners Bispebjerg Hospital People Aktiv Read more about the project
ABCAP	2020 - 2023		International collaborations
ABCAP Period 2020 - 2023 Region Program Internationalt samarbejde Area Biotek, Medico og Sundhed Investment Percentage 25.74 Invested 2.1 mill. Budget 8.3 mill. In this research programme we will develop and validate state-of-the-art Artificial Intelligence based models for Breast Cancer (BC) routine histopathology classification and for improved patient stratification in respect to prognosis and treatment response. Through both retrospective and prospective validation of the developed models, we will establish evidence towards future clinical translation. Our studies are based on large-scale population samples (>35,000 whole slide images), ensuring unbiased data and models. Novel methodologies for stain-free and multi-stain analysis will also be developed, which has the potential to contribute to improved models and advancing the field of digital pathology. The project aims to improve the quality of BC histopathology assessments by reducing errors and inter-assessor variability, enhancing patient stratification and reducing over- and under-treatment of patients, while also contributing toward more efficient/reliable routine pathology. Partners Zealand University Hospital, Karolinska Institutet, Tampere University, University of Eastern Finland People Aktiv Read more about the project

Investments 2018

The Innovation Fund invests in innovative ideas, ranging from emerging entrepreneurs to solving important social challenges.

7.7 B

DKR in active investments

3.300

Active projects

2.2 B

DKR in new investments in 2020

5.000

Applications