Dany Robberecht - The benefits of cross industry innovation

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How to innovate with space technology? Why it's important to look at available technologies from space.

CONFIDENTIAL
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Space exploration led to various new technologies. Without space
programs we wouldn’t have GPS, accurate weather predictions, solar
cells or ultraviolet filters in sunglasses and cameras. Nowadays we
execute medical research to prolong human lives and much more.
SPACE for a better world

CONFIDENTIAL
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Remarkable progress in building a better world, but we can capitalize
upon an emerging social movement demanding a better world.
SOCIETYin transition

$CONFIDENTIAL Ref: DOCLOG-XXXX-DOC-A (edit in slide master)Document Title - yyyy.mm.dd (edit in slide master) 3 - The anxiety we feel in this fractured world - The groundswell of activism that has risen as we voice our concerns - The imperative to use and build technology for good ADDRESSthe forces at work$

CONFIDENTIAL
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• master pollution (air quality, noise, …)
• fight congestion and rethink mobility
• sustain our quality of living
• …
BY 2050 70% OF OUR POPULATION WILL BE URBAN
NEW TECHNOLOGIES NEW EARNING
MODELS
NEW VALUE
CHAINS
DISRUPTIVEthinking

CONFIDENTIAL
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“Technology goes beyond mere tool making; it is
a process of creating ever more powerful
technology using the tools from the previous
round of innovation.” –Ray Kurzweil

CONFIDENTIAL
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EARTH
OBSERVATION
SPACE
TRANSPORTATION
SPACE
SCIENCE HUMAN
SPACEFLIGHT
NAVIGATION &
TELECOM
Technology Valorization Problem solving Technology Solutions Opportunity Creation
Application Owners
© VERHAERT – TXF technology transfer model
ACCESScompetitive edge

CONFIDENTIAL
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USERScentre of gravity
Business layer
Design layer
Needs to generate revenue
Needs to solve human problems
Needs to function seamlessly
Product Product
Technology layer
• A better world is about us, real
people with real behavior! NOT
about markets or customer or …
• Look at the real jobs, not at meta-
levels.
• Users finally decide on a the value
add, other opinions don’t matter!

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VALUE product development
PRODUCT
DEVELOPMENT
TECHNOLOGY TRANSFER
INCUBATION
SPACE TECHNOLOGIES APPLICATIONS
SENSOR TECHNOLOGY
ROBOTICS & AUTONOMY
NEW MATERIALS
MICRO FLUIDICS
VR & SIMULATION
ADVANCED OPTICS
SPACE DATA & ALGORITHMS
MOBILITY
SAFETY & SECURITY
ENERGY
MARINE
LIVING AND WORKING
PUBLIC DOMAIN

CONFIDENTIAL
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TOGETHER for a better world

The document discusses how nanotechnology and nanomaterials can be used in sustainable construction. It begins by providing context on nanotechnology and its potential applications in construction materials like steel, concrete, glass, drywall, fabrics, coatings, and insulation. It then discusses a case study of using a sound-dampening nanogel material called ISOPods to provide acoustic privacy in open-plan offices without walls. The document concludes by giving an example of using aerogel, a transparent insulating nanomaterial, for skylight panels and insulation.

Sc10 slide share

Guy Tel-Zur

The document provides a summary of Guy Tel-Zur's experience at the SC10 supercomputing conference. It outlines the various talks, panels, and presentations Tel-Zur attended over the course of the conference related to topics like computational physics, GPU computing, climate modeling, earthquake simulations, and the future of high performance computing. It also mentions visiting the exhibition and learning about technologies like Eclipse PTP, Elastic-R, Python for scientific computing, Amazon Cluster GPU instances, and the Top500 list of supercomputers.

Innovation in e-business

Monika Maciuliene

This document provides an overview of innovation and different types of innovation. It begins with definitions of innovation and discusses theories on innovation, including waves of innovation proposed by Schumpeter and Kondratiev, seven sources of innovation identified by Drucker, and Rogers' diffusion of innovation theory. It then describes the four types of innovation identified by Henderson and Clark: incremental, radical, modular, and architectural. Examples are given of each type of innovation. The document aims to explain what innovation is and why it is important to understand the different types of innovation.

Economics of Technology

OntarioEast

Dennis Senik of Doyletech Corporation presents a model for understanding how new technologies are adopted in markets. The model examines how three factors - market needs/wants, technological advances, and industrial systems - interact and evolve in predictable ways as innovations penetrate markets. Doyletech helps clients apply this model to identify opportunities to increase value creation by better aligning these factors. Their analysis of various industries reveals gaps or weak links that economic development organizations can address to stimulate jobs and growth.

Mobile Monday (October 2014) - Riding Global Tech Trends

Mobile Monday Yangon

The document discusses various emerging technologies and trends, including self-driving cars, industrial robots, digital medicine, the Internet of Things, 3D printing, cryptocurrencies, synthetic biology, and personalized medicine. It explores questions about how these trends could impact industries like transportation, healthcare, retail, and more. It also considers opportunities to build new infrastructure or services to facilitate new technological paradigms.

Analysis of applying TRIZ in and on a Large Scale System - Semiconductors

Richard Platt

Data Sets as Facilitator for new Products and Services for Universities

Hendrik Drachsler

This document summarizes a presentation given by Dr. Hendrik Drachsler on using data sets to facilitate new educational products and services. The presentation discusses how data emerges from online interactions and can be used with recommender systems. It argues that while the field of technology enhanced learning collects plenty of data, it lacks shareable data sets that could enable more transparent, comparable experiments. Developing open educational data sets could support evaluating learning theories, comparing recommender systems, and creating new data-driven educational products and services.

Short TRIZ Workshop for the University of the Philippines

Richard Platt

The document provides information about a presentation on nanotechnology materials for sustainable construction. It discusses how nanotechnology can revolutionize building materials like steel, concrete, glass, drywall, fabrics and more. It presents a case study on how to integrate new nanotechnology materials into commercial real estate by identifying business needs that these materials can help solve, finding incentives, collaborating with manufacturers, and testing prototypes outside the critical path. The presentation emphasizes taking an incremental approach and using a thorough, integrated process to manage risks and support extensive change.

Corenet montreal 2_13_08_nanotech_materials

AHMED NADIM JILANI

The document discusses a presentation given on nanotechnology materials for sustainable construction. It covers several topics: - An overview of nanotechnology and how it can revolutionize building materials through precise manipulation at the atomic scale. - Examples of how nanotechnology is being applied to improve materials like steel, concrete, glass, drywall, fabrics, coatings, and insulation. This includes making materials stronger, more durable, energy efficient, and sustainable. - A case study of how a nanogel acoustic insulation product was used to provide privacy in an open-plan office without walls, addressing new regulatory requirements. Testing showed the material effectively reduced noise transmission. - Benefits of aerogel, a transparent nanotechnology insulation

Mano Manoharan GE - Nano-enabled Manufacturing

EmTech

1) The document discusses GE's efforts in the area of nano-enabled manufacturing and nanotechnology. 2) GE has established a Nanotechnology Platform to develop new nano-materials and nano-engineered surfaces through its Global Research Centers. 3) The goal is to use nanotechnology to create a "step change" and enable new, high-impact products through approaches like superhydrophobic surfaces and nano-engineered metals and ceramics.

Architecture@future 09.01.12

Kumar Snehansu

GU STIA305 06

Georgetown University

The document provides an overview of technological innovation and change. It discusses models of technological change including technology push and market pull. It describes how innovations can take place in products or processes and outlines models like the classical product cycle theory. The document also discusses factors like competition, disruptive innovations, the rebirth of manufacturing, and how information technology has impacted services. Finally, it outlines perspectives on long-term technological waves and clusters.

Cloud Testbeds for Standards Development and Innovation

Alan Sill

Invited talk given at the 2014 Chip-to-Cloud Security Forum "Advances in Securing Embedded, Mobile and Cloud Services and Ecosystems" in the seminar session on "Procurement, SLAs, and Standardisation on a Global Scale." In this talk, Dr. Sill reviews the history of cloud and grid computing, the formation and charter description for Phases I and II of the US National Institute of Standards and Technology (NIST) "SAJACC" working group, and brings the discussion up to date with an overview of current "DevOps"-oriented cloud standards and software interoperability hands-on testing efforts worldwide.

CSCW in Times of Social Media

Hendrik Drachsler

The document provides a summary of a lecture on CSCW in times of change and social media. The lecture discusses how CSCW and social media are transforming organizations into networked structures and how personalization of data is enabling personalized paths for consumers. It also explores applications of these changes in domains like science and health, and outlines future challenges in areas like open science, linked data, and mobile technologies.

Drive 2017 | 25 oct the human touch upps

CLICKNL

The Human Touch | UPPS - Ultra-Personalised Products and Services Due to increased access to digital manufacture and computational support, Ultra Personalised Products and related serivices are here to stay. This year, we want to highlight the diversity and feasibility of personalisation. Furthermore, we will officially launch the Smart Industry research project on this topic: Next UPPS Moderator: Jouke Verlinden Introducing Next UPPS Together with representatives from TU Delft/ Eindhoven/Twente, we will briefly introduce this session with regard to the promise and challenges of ultra-personalisation. Speakers: Jouke Verlinden, Tom Vaneker, Stephan Wensveen Ultimaker 2 Go - Packaging for the maker community The customizable packaging for Ultimaker’s 2Go 3D-printer is an inspiring example of a solution that leverages the creative power of the online maker community. In this talk, Mark tells about the design process of this unique project and explains the crucial role the packaging plays in a customer journey that unfolds both online and offline. Speaker: Mark Assies Personalised shoes Solemaker is an ultra personalised platform for generating shoes uniquely made for the user. Speaker: Troy Nachtigall Personalised Headphones Great sounding headphones that you can build, upgrade & repair yourself. The headphones were launched on kickstarter a year ago. Speaker: Patrick Schuur Personalised 3D printing Printing for the human dimension Speaker: Joris van Tubergen Closing discussion and connecting to FieldLab(s)

Industrial Agility, Come rispondere alla quarta Rivoluzione Industriale

Paolo Sammicheli

Rogers Presentation

RogersEU

Rogers Corporation is a materials technology company founded in 1832 that has grown to become a global leader in specialty materials and technologies, with $379 million in annual sales. It has 2400 employees worldwide and matches its three strategic business segments - Internet Growth, Clean Technology, and Mass Transit - with materials that enable performance in high-speed networking, clean energy, and transportation. Rogers provides a collaborative and technically challenging work environment for its employees.

Chaos engineering open science for software engineering - kube con north am...

Sylvain Hellegouarch

This document discusses chaos engineering and the need for more reliable systems. It begins with examples of past engineering failures from NASA space missions. It then discusses the emergence of chaos engineering practices and the formation of a CNCF working group to develop standards. The document outlines deliverables for the working group, including a whitepaper and landscape of chaos engineering tools. It argues that chaos engineering should be viewed as an open science for exploring reliability. It proposes initiatives like the Open Chaos Initiative to share experiments and findings across organizations to improve reliability through collective learning.

How and When do New Technologies Become Economically Feasible

Jeffrey Funk

These slides contrast two processes by which new technologies become economically feasible. Some technologies become economically feasible as advances in science facilitate the creation of new concepts and improvements in the resulting technologies. Other technologies become economically feasible as improvements in electronic components (e.g., Moore's Law), smart phones, and the Internet experience improvements.

Innovation

biya05

This document provides an introduction to innovation management. It defines innovation as the commercial application of new products, processes or services. The key points are: - Innovation involves exploration, exploitation and diffusion of new ideas. There are three main forms: product, service and process innovation. - Technological paradigms and long wave cycles influence patterns of innovation. Disruptive innovations create new markets through simpler designs. - Innovations can be incremental, architectural, modular or radical depending on their novelty and impact on core design concepts and system architecture. - Factors like scientific paradigms, technology development and disruptive technologies shape innovation opportunities over time. Companies adopt innovations through various mechanisms.

STM Week: Demonstrating bringing publications to life via an End-to-end XML p...

GigaScience, BGI Hong Kong

The document discusses the challenges of urgent research needs around climate change and disease pandemics. It proposes that scientific publishing needs to change to better disseminate information openly and quickly in a trusted peer-reviewed form, while also sharing underlying data and methods. A new open-access journal called GigaByte is presented that uses an XML-based publishing platform to allow dynamic and machine-readable publication of research in an effort to address these challenges. Key features include streamlined review and publication processes, as well as embedding interactive content and using persistent identifiers.

10 Breakthrough Technologies 2013, MIT Technology Review

Pedro Moneo

The document discusses MIT Technology Review's annual list of the 10 most important technological milestones from previous years. It provides examples of technologies from past lists that have proven successful like microfluidics in 2001 and data mining in 2001. It also gives examples of technologies that have not yet proven successful like personal genomics in 2004 and nanocharging solar in 2007. The document aims to show the publication's track record of identifying technologies that will have major impacts, both positively and negatively.

Technology Change, Creative Destruction, and Economic Feasibilty

Jeffrey Funk

Living Multiple Lives: The New Technical Communicator

Scott Abel

This presentation delivered by Noz Urbina at the Documentation and Training West 2008 conference (www.doctrain.com) in Vancouver, BC. The world is becoming more and more tech-savvy by the picosecond. More savvy means more demanding! Today organizations need to juggle management of customer-generated content, maximize the use of cross-departmental contributions, and still deliver quality technical communication products to their user base. This presentation takes a low-tech, cross-industry look at why strategies are changing and how organizations are adapting (or not!) to these challenges.

Living Multiple Lives: The New Technical Communicator

Scott Abel

Presented by Noz Urbina at Documentation and Training West, May 6-9, 2008 in Vancouver, BC This presentation is for team leaders, information managers, tech communicators and product managers who care about maximizing efficiency and return on investment in the information-heavy parts of their product cycle. We will discuss current developments in the field of Technical Communications and how the role of the Technical Communicator has been rapidly and fundamentally evolving. The world is becoming more and more tech-savvy by the picosecond. More savvy means more demanding, and an organization’s ability to balance internal and external management of supporting technical information while delivering quality technical communication products has gone from being a burdensome nuisance, to a central and strategic must for market competitiveness. This presentation takes a low-tech, cross-industry look at why strategies are changing and how organizations are adapting to these challenges. Best practices for approach, organizing teams, planning for change, DITA/XML, and departmental integration will all be addressed.

Open Engineering Framework

John Vogel

- The document introduces a framework for open engineering, which applies open source principles to product design. It describes an open design environment and reviews Georgia Tech's basic product design process as it pertains to complex mechanical or aerospace systems. - It outlines the key stages of the design process: establishing need, defining the problem, establishing value, generating alternatives, and evaluating alternatives. Tools like quality function deployment, morphological matrices, and Pugh matrices are discussed for evaluating concepts. - Finally, it proposes an open engineering portal that would enable the open community to interface with the formal design process through shared design documents and integration of changes across the different stages.

New books jul

maethaya

This document provides summaries for 8 books in the ENLIB new books catalogue from July 2011. The books cover topics including solar energy engineering, displacement-based seismic design, GPS and GNSS technologies for land surveyors, modeling renewable energy solutions, feed-in tariffs for renewable energy, multiple criteria decision analysis, the design of the winning robots from the 2006 FIRST Robotics Competition, and how the coming energy revolution will transform the energy industry and potentially save the planet. Each summary includes the book title, author, publication year, and call number.

Technology watch - AI in chemical industry

Dany Robberecht - The benefits of cross industry innovation

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