INNOVATION LAB

PROGRAM Welcome and short introduction round Introduction of the visiting group by Peter Joore 5-10 minutes Introduction Innovationlab by Jorien Schreuder Applied research and the Innovationlab by Inge Oskam Questions and discussion Tour around our facilities (special projects and facilities) Short conclusion session

INNOVATION LAB Jorien Schreuder Programma manager Engineering, Design and Innovation (ED&I) Poduct Design (PD) Electrical Engineering

INNOVATION LAB : WHY AND HOW WHY - Provide access for companies to the university of applied science for their questions regarding innovation -Provide real problems to students (motivation increases) -Students learn to design, test and realize solutions -Students can choose from a wide variety of subjects

INNOVATION LAB : WHY AND HOW HOW (for companies) : -Companies (or research institutes) contact HvA via website: -Selection of suitable cases on criteria: -Innovation ? -Do we have the equipment needed? -Which level? (second year student, or more towards bachelor level) -Is it mono-disciplinary of multi-disciplinary ?

INNOVATION LAB : WHY AND HOW HOW (matching): -Intake with company -If yes: then presentation at ‘meet and match) for students -Students can choose. So a boring presentation can have consequences !

INNOVATION LAB : RESULTS

INNOVATION LAB : INTEGRATION Integrated in study programme Links to research education Links to design education Students learn how to deal with real clients Workshops in design and in research skills

INNOVATION LAB : FUTURE Innovation lab is the heart of the curriculum More multidisciplinairy work Students of all levels Even more integration with research programme Long-term relationships with companies

RESEARCH AND THE INNOVATION LAB Inge Oskam, professor Technical Innovation & Entrepreneurship Research programma Urban Technology

RESEARCH PROGRAMME URBAN TECHNOLOGY SOLUTIONS FOR A SUSTAINABLE, LIVEABLE AND CONNECTED CITY 1. Sustainable: efficient use of materials, water and energy with sustainable technologies and new business models. 2. Liveable: improving quality of life of inhabitants and users of the metropole. 3. Connected: realising smart connections, both locally and worldwide.

RESEARCH PROGRAMME URBAN TECHNOLOGY SOLUTIONS FOR A SUSTAINABLE, LIVEABLE AND CONNECTED CITY Applied research for smart technological solutions for the city Research, design, prototyping and implementation Metropole Amsterdam is our field lab where these solutions are realised and tested Together with companies, organisations and knowledge partners in the Metropole Amsterdam, for example through partnership with Amsterdam Smart City

Faculty of Technology in collaboration with faculty of Digital Media & Creative Industries and faculty of Economics & Management 9 professors with 60 (parttime) researchers (teacher-researchers, PhD’s, researchers, research trainees) 4 knowlege areas and 2 cross themes: RESEARCH PROGRAMME URBAN TECHNOLOGY SOLUTIONS FOR A SUSTAINABLE, LIVEABLE AND CONNECTED CITY

TOGETHER WITH BACHELOR ENGINEERING E-technology Engineering Design & Innovation Product Design Business Engineering 15 Through innovation and research projects with students in: Innovation Lab Minor programmes - New Materials - Start-up your Business in Technology Graduation programmes Honours programme CleanTech Engineering

SMART ENERGY SYSTEMS Design and realisation (pilots) of smart energy systems that contribute to the development of a climate-neutral city GreenIT: Software Energy Footprint Lab and greening of datacentres Electrical mobility and charge infrastructure: data driven analysis Smart grids, for example vehicle-to-grid Smart energy systems for buildings Professors: Energy and Innovation (lector Robert van den Hoed) and Smart Energy Systems (vacancy) Urban Technologies Smart Mobility & Logistics Smart Urban Design Smart Energy Systems Circular Design & Smart Production

17 SOFTWARE ENERGY FOOTPRINT LAB

DATA–GEDREVEN ANALYSE VOOR BELEIDSONDERSTEUNING

CIRCULAR DESIGN & SMART PRODUCTION Sustainable urban production through circular design and smart use of materials and advanced production methods Circular product design: application of biobased plastics and upcycling waste Closing (material and food) cycles, for example with vertical urban farming Advanced manufacturing methods (e.g. 3D printing) in the city Customised engineering en personalised design Circular business models en value networks Professors: Technical Innovation & Entrepreneurship (lector Inge Oskam) and Smart Production (vacancy) Urban Technologies Smart Mobility & Logistics Smart Urban Design Smart Energy Systems Circular Design & Smart Production

DESIGN FOR CIRCULAR PRODUCTS BIOBASED PLASTICS & UPCYCLING WASTE

VERTICAL FARMING PROTOTYPING AND CLOSING CYCLES

RESEARCH & THE INNOVATION LAB Preparing students for applied research, by working on actual innovation/research questions from practice (companies, entrepreneurs, universities) from the research programme Urban Technology improving research skills exploring the problem (literature, observations, interviews, etc.) exploring the solution (experimenting, prototyping, testing, etc.) improving collaboration skills in multidisciplinary teams with entrepreneurs and scientists

SKATEBOARD OF BOTTLE CAPS FROM THE PLASTIC WHALE

3D PRINTING WITH BIOMATERIALS FOR VU UNIVERSITY

SHELL ECO MARATHON CAR: 1:3829KM HALLBACH MOTOR

RESEARCH & THE INNOVATION LAB Working method of Innovation Lab is being extended to minor programmes in 3rd year projects in honours programme CleanTech Engineering specialisations in 4th year, followed by individual graduation

MINOR NEW MATERIALS Application for textile waste stream of G-star Activities: Materials research Applications research Manufacturing experiments Design & prototyping Business case Multidisciplinary team: Mechanical engineering Business engineering

HONOURS PROGRAMME CLEANTECH ENGINEERING Exploring consumer applications of vertical urban farming technologies: Grow2Go vending machine for fresh mint tea Activities: Exploring technologies and possible applications Idea and concept design Demonstrator and user survey Business case and model Multidisciplinary team: Mechanical engineering Electrical engineering Product Design Business engineering