Investeringsoversigt

1469 investments

Titel Sort descending	Periode	Program
Accelerated Financial Algorithms	2017 - 2020	Industrial Researcher
Accelerated Financial Algorithms Period 2017 - 2020 Region Region Hovedstaden Program Erhvervsforsker Area Andet Investment Percentage 52.58 Invested 1.1 mill. Budget 2.0 mill. Partners University of Copenhagen, SIMCORP A/S People SIMCORP A/S Read more about the project
Accelerating circular business model innovation for the SDGs in the construction industry – Development of an open source system dynamics modelling tool	2020 - 2023	Industrial Researcher
Accelerating circular business model innovation for the SDGs in the construction industry – Development of an open source system dynamics modelling tool Period 2020 - 2023 Region Region Hovedstaden Program Erhvervsforsker Area Infrastruktur, Transport og Byggeri Investment Percentage 100 Invested 1.1 mill. Budget 1.1 mill. Partners Danmarks Tekniske Universitet, RAMBØLL DANMARK A/S People RAMBØLL DANMARK A/S Read more about the project
Accelerating vaccine development through a deep learning and probabilistic programming approach to protein structure prediction	2019 - 2022	Industrial Researcher
Accelerating vaccine development through a deep learning and probabilistic programming approach to protein structure prediction Period 2019 - 2022 Region Region Hovedstaden Program Erhvervsforsker Area Biotek, Medico og Sundhed Investment Percentage 42.6 Invested 1.1 mill. Budget 2.5 mill. Partners University of Copenhagen, EVAXION BIOTECH A/S People EVAXION BIOTECH A/S Read more about the project
Acromegaly	2018 - 2021	Industrial Researcher
Acromegaly Period 2018 - 2021 Region Region Hovedstaden Program Erhvervsforsker Area Biotek, Medico og Sundhed Investment Percentage 42.3 Invested 1.1 mill. Budget 2.5 mill. Partners University of Copenhagen, Antag Therapeutics ApS People Antag Therapeutics ApS Read more about the project
Activation of Kv3 channels as a novel and innovative approach to treat schizophrenia	2016 - 2019	Industrial Researcher
Activation of Kv3 channels as a novel and innovative approach to treat schizophrenia Period 2016 - 2019 Region Region Hovedstaden Program Erhvervsforsker Area Biotek, Medico og Sundhed Investment Percentage 40.57 Invested 1.1 mill. Budget 2.7 mill. Partners University of Copenhagen, H LUNDBECK A/S People H LUNDBECK A/S Read more about the project
Active Filter Solutions for Reducing Harmonic Emissions in Wind Power Plants	2015 - 2019	Industrial Researcher
Active Filter Solutions for Reducing Harmonic Emissions in Wind Power Plants Period 2015 - 2019 Region Region Midtjylland Program Erhvervsforsker Area Ikke defineret Investment Percentage 54.23 Invested 992.391 Budget 1.8 mill. Partners Technical University of Denmark, Siemens Gamesa Renewable Energy A/S People Siemens Gamesa Renewable Energy A/S Read more about the project
Adaptive and self-learning slaughterhouse robots	2017 - 2019	Industrial Researcher
Adaptive and self-learning slaughterhouse robots Period 2017 - 2019 Region Region Hovedstaden Program Erhvervsforsker Area Produktion, Materialer, Digitalisering og IKT Investment Percentage 54.44 Invested 1.1 mill. Budget 2.0 mill. Partners Aalborg University, Teknologisk Institut People Teknologisk Institut Read more about the project
Adaptive Coastal Planning under Climate Change Uncertainty	2022 - 2025	Industrial Researcher
Adaptive Coastal Planning under Climate Change Uncertainty Period 2022 - 2025 Region Region Hovedstaden Program Erhvervsforsker Area Ikke defineret Investment Percentage 69.56 Invested 1.1 mill. Budget 1.5 mill. Partners Technical University of Denmark, NIRAS Allerød People NIRAS Allerød Read more about the project
Adaptive Robotic Disassembly for Remanufacturing Powered by AI and Digital Twin Technology	2025 - 2028	Industrial Researcher
Adaptive Robotic Disassembly for Remanufacturing Powered by AI and Digital Twin Technology Period 2025 - 2028 Region Program Erhvervsforsker Area Ikke defineret Investment Percentage 41.77 Invested 1.1 mill. Budget 2.6 mill. Projektet sigter mod at udvikle AI-drevet robotteknologi til automatiseret demontering i remanufacturing-industrien. Ved at kombinere kunstig intelligens, aktiv perception, digital tvilling-teknologi og avanceret kontrol som adaptiv impedansstyring, kan robotter håndtere komplekse opgaver mere præcist og fleksibelt. Dette reducerer afhængigheden af manuel arbejdskraft, styrker lokal produktion og accelererer den grønne omstilling gennem øget automatisering og intelligent interaktion. Partners Aarhus University, NGIN A/S People Aarhus University Read more about the project
Adaptivt Lys i Transparente Rum	2017 - 2021	Industrial Researcher
Adaptivt Lys i Transparente Rum Period 2017 - 2021 Region Region Hovedstaden Program Erhvervsforsker Area Infrastruktur, Transport og Byggeri Investment Percentage 111.57 Invested 964.000 Budget 864.000 Partners IT-Universitetet, KHR Architecture AS People KHR Architecture AS Read more about the project
ADDITIV ARKITEKTUR – Bæredygtigt 3D-print af byggeri via nye, digitale designprocesser.	2022 - 2025	Industrial Researcher
ADDITIV ARKITEKTUR – Bæredygtigt 3D-print af byggeri via nye, digitale designprocesser. Period 2022 - 2025 Region Region Hovedstaden Program Erhvervsforsker Area Produktion, Materialer, Digitalisering og IKT Investment Percentage 50.08 Invested 1.1 mill. Budget 2.1 mill. Projektet forsker i AM og 3D-print af byggeri i. Via en digital designproces undersøges materialeegenskaberne ved PLA, beton og metal anvendt med den nyeste automatiserede AM-produktionsteknologi. Herved skaber projektet ny viden, som virksomheder i byggeriet kan anvende til at udvikle deres produktion, øge produktiviteten og skabe nye arbejdspladser, og samtidigt fremmes et mindsket og reduceret materialeforbrug og C02-udslip i byggeriet. Dette vil være med til at kunne sikre den digitale omsti Partners The Royal Danish Academy of Fine Arts, Schools of Architecture, Design and Conservation, HENNING LARSEN ARCHITECTS A/S People Read more about the project
Adipose tissue function, insulin receptors and adipogenesis	2017 - 2020	Industrial Researcher
Adipose tissue function, insulin receptors and adipogenesis Period 2017 - 2020 Region Region Hovedstaden Program Erhvervsforsker Area Biotek, Medico og Sundhed Investment Percentage 64.58 Invested 1.1 mill. Budget 1.7 mill. Partners University of Southern Denmark, Novo Nordisk A/S People Novo Nordisk A/S Read more about the project
Adjustable sheet metal forming tools for high-volume production	2023 - 2025	Industrial Researcher
Adjustable sheet metal forming tools for high-volume production Period 2023 - 2025 Region Program Erhvervsforsker Area Ikke defineret Investment Percentage 27.74 Invested 1.1 mill. Budget 3.9 mill. Et nyt værktøjskoncept introduceres i masseproduktion af pladeformgivne emner. I det nye koncept vil diameteren på formgivningsstempler kunne justeres for hvert emne. Det betyder for det første at diameteren kan være forskellig under formgivningen og tilbagetrækningen. Derved undgås meget værktøjsslid. Den justerbare diameter gør det også muligt at reagere på variationer i målte tykkelser af det materiale der kommer ind i presserne. Dette kan sikre kontinuert kvalitet af de fremstillede emner. Partners Technical University of Denmark, GRUNDFOS HOLDING A/S People Read more about the project
Adoption 2.0	2022 - 2024	Industrial Researcher
Adoption 2.0 Period 2022 - 2024 Region Region Midtjylland Program Erhvervsforsker Area Ikke defineret Investment Percentage 65.27 Invested 1.1 mill. Budget 1.6 mill. Partners IT University of Copenhagen, Trifork A/S People Trifork A/S Read more about the project
Advanced Accurate and Computationally Efficient Numerical Methods for Wind Turbine Rotor Blade Design	2017 - 2020	Industrial Researcher
Advanced Accurate and Computationally Efficient Numerical Methods for Wind Turbine Rotor Blade Design Period 2017 - 2020 Region Region Syddanmark Program Erhvervsforsker Area Energi, Klima og Miljø Investment Percentage 58.45 Invested 1.1 mill. Budget 1.8 mill. Partners Technical University of Denmark, LM WIND POWER A/S People LM WIND POWER A/S Read more about the project