Showcasing the new initiative, MIT Startup Exchange, introducing the workshop What's next in mobile at MIT in January 2015. By Trond Undheim, PhD, Lead, MIT Startup Exchange.
In these slide we present a model for innovation in eResearch, including the different organizations that an enterprise needs to implement to support several innovation life cycles.
CAROU - Center of Actionable Research of the Open University- Big Data Expo 2019webwinkelvakdag
The document summarizes the work of the Center for Actionable Research of the Open University. It discusses challenges facing modern society like economic, environmental and social issues. The center conducts research through projects like Deep Solaris, which uses AI to identify solar panels from aerial images, and VERA, a voice emotion recognition assistant. The center's vision is to create solutions that address challenges and shape the future through collaborative actionable research, co-creation and education.
Insights shared about building an innovation ecosystem, including public-private partnerships, the importance of the university, and escaping the start-up valley of death.
These slides were presented at the MIT Enterprise Forum Cambridge event on 04.30.19 hosted at Foley Hoag in partnership with: ACTION Innovation Network, NECEC/Navigate, The Cleantech Open Northeast, Clean Energy Ventures (CEV), Greentown Labs, Launchpad Venture Group, MassCEC, The MIT Tech Transfer Center (MTTC), NECEC, North Shore InnoVentures, The Engine, and the Worcester Cleantech Incubator.
The Advanced Manufacturing Partnership (AMP) is a US government-industry-academic partnership aimed at increasing US competitiveness in manufacturing technology and workforce. AMP has identified 11 key manufacturing technology areas and made recommendations on manufacturing technology, workforce development, and scale-up policy. A key outcome was the establishment of the National Network of Manufacturing Innovation Institutes to help technology scale-up, including institutes focused on additive manufacturing, power electronics, and other areas. These institutes help startups collaborate, mature technologies, obtain financing, demonstrate production, and partner within innovation ecosystems.
The document provides information about an upcoming event hosted by MIT Enterprise Forum Cambridge on navigating the Massachusetts cleantech landscape in 2020. It includes an agenda with presentations on various cleantech incubators and accelerators in the region, including Greentown Labs, the largest cleantech incubator in North America. The event aims to help cleantech startups understand resources available to support their companies.
This document discusses the future of science parks and incubators. It predicts that science will become more open, networked, and distributed through forces like ubiquitous computing and open science. Science parks will need to adapt by becoming more lightweight, open to collaboration, and by blending uses like business and non-business. They will also need to provide spaces that support online communities and experimentation to foster innovation.
Showcasing the new initiative, MIT Startup Exchange, introducing the workshop What's next in mobile at MIT in January 2015. By Trond Undheim, PhD, Lead, MIT Startup Exchange.
In these slide we present a model for innovation in eResearch, including the different organizations that an enterprise needs to implement to support several innovation life cycles.
CAROU - Center of Actionable Research of the Open University- Big Data Expo 2019webwinkelvakdag
The document summarizes the work of the Center for Actionable Research of the Open University. It discusses challenges facing modern society like economic, environmental and social issues. The center conducts research through projects like Deep Solaris, which uses AI to identify solar panels from aerial images, and VERA, a voice emotion recognition assistant. The center's vision is to create solutions that address challenges and shape the future through collaborative actionable research, co-creation and education.
Insights shared about building an innovation ecosystem, including public-private partnerships, the importance of the university, and escaping the start-up valley of death.
These slides were presented at the MIT Enterprise Forum Cambridge event on 04.30.19 hosted at Foley Hoag in partnership with: ACTION Innovation Network, NECEC/Navigate, The Cleantech Open Northeast, Clean Energy Ventures (CEV), Greentown Labs, Launchpad Venture Group, MassCEC, The MIT Tech Transfer Center (MTTC), NECEC, North Shore InnoVentures, The Engine, and the Worcester Cleantech Incubator.
The Advanced Manufacturing Partnership (AMP) is a US government-industry-academic partnership aimed at increasing US competitiveness in manufacturing technology and workforce. AMP has identified 11 key manufacturing technology areas and made recommendations on manufacturing technology, workforce development, and scale-up policy. A key outcome was the establishment of the National Network of Manufacturing Innovation Institutes to help technology scale-up, including institutes focused on additive manufacturing, power electronics, and other areas. These institutes help startups collaborate, mature technologies, obtain financing, demonstrate production, and partner within innovation ecosystems.
The document provides information about an upcoming event hosted by MIT Enterprise Forum Cambridge on navigating the Massachusetts cleantech landscape in 2020. It includes an agenda with presentations on various cleantech incubators and accelerators in the region, including Greentown Labs, the largest cleantech incubator in North America. The event aims to help cleantech startups understand resources available to support their companies.
This document discusses the future of science parks and incubators. It predicts that science will become more open, networked, and distributed through forces like ubiquitous computing and open science. Science parks will need to adapt by becoming more lightweight, open to collaboration, and by blending uses like business and non-business. They will also need to provide spaces that support online communities and experimentation to foster innovation.
The document discusses open science and open innovation. It describes how open access to scientific data, publications, code, and workflows through online platforms is enabling new forms of collaborative scientific inquiry across traditional boundaries. Global collaboratories can now engage in research at unprecedented scales using open data. The benefits of open science include accelerating scientific discovery, empowering citizens and entrepreneurs to make new innovations based on open data and code, and transforming the nature of scientific research.
Solar Resources: where to find solar energy information and factsBrightergy
It's always a good idea to do a little research before making a major investment. So if you're interested in solar power for your non-profit or business, where do you go? We've compiled a helpful list of resources, websites, and blogs that we ourselves use. Pick the sources that provide the best solar energy information and facts for your needs - from technology updates and solar economics to sustainable business thought leaders, use this presentation as your guide as you begin your research.
Business Librarians and Entrepreneurship: Innovative Trends and Characteristics
Elisabeth Leonard, Associate Dean of Library Services, Hunter Library, Western Carolina University; Betsy Clementson, Research and Instruction Librarian/Liaison to the College of Business, Hunter Library, Western Carolina University
Innovation and entrepreneurship are seen as foundations for a healthy and vibrant national economy (and helpful to a university budget), yet we know little about how innovation occurs within academic libraries. We examined the innovative characteristics of the business librarians associated with the ten schools listed in America’s Best Graduate Schools as having the top entrepreneurship programs. We reported on the characteristics of innovation and organizational culture uncovered in the study, discussed these characteristics as they might relate to all types of libraries and librarians, and how administrators can develop best practices for innovation friendly cultures.
This chapter discusses creativity and recognizing opportunities. It explains that creativity enables businesses to differentiate themselves, is the basis for invention, and is critical for problem solving and recognizing opportunities. Creativity involves ideas, opportunities, and innovation. Challenges to creativity include lack of time and confidence. To overcome these challenges, one should design an environment stimulating creativity, devote time to contemplation, keep track of ideas, think from familiar perspectives, leverage networks, and think in opposites. Sources of new ideas include customers, trends, events, and new technologies.
http://cloud.lib.wfu.edu/blog/entrelib/
Conference for Entrepreneurial Librarians March 10 Wake Forest University
Innovation and innovativeness of librarians, especially business librarians, including examination of organizational culture and document analysis of mission statements and vision statements
Local ICT initiatives: Social capital engineering?Ben Anderson
Ben Anderson (Chimera, University of Essex) Mark Gaved (KMI, Open University)
Presentation given at the ICT, social capital and volunteering seminar held at the NCVO in London on October 5, 2006,
On 8 February 2019, the Environmental Futures & Big Data Impact Lab (Impact Lab), held an official launch event for the Plymouth Business Community. Led by the University of Plymouth, Plymouth College of Art & Plymouth Marine Laboratory, the event was an opportunity to learn more about the free, multi-disciplinary support available from the three aforementioned partners, along with the University of Exeter, the Met Office, Exeter City Futures and Rothamsted Research - the other four organisations which make up the Impact Lab partnership.
The Impact Lab is a 3-year, £6.4m project, part-funded by the European Regional Development Fund. Visit: www.impactlab.org.uk for more information.
How Wind and Solar Energy Projects Really Work (or Don't)Derek Satnik
Wind and solar energy are not new, but they've newly come into the forefront of the energy markets in North America, and in particular in Ontario, Canada. This presentation will explore some of the challenges in developing these projects, and how to overcome them.
Innovative Solar Systems is solving global energy problems by installing state-of-the-art solar PV systems of all types and sizes. Solar power works by using photovoltaic arrays to convert sunlight into DC electricity, then using an inverter to convert it to AC electricity and a transformer to step up the voltage to match utility levels. Solar power is a good investment due to various tax credits available as well as the ability to sell excess power back to utilities through power purchase agreements. North Carolina is a particularly good state for commercial solar farms because of its tax credits, approval processes, and power purchase agreement structures. Investors are attracted to the clean energy, high returns, and minimal involvement of commercial solar farms. Innov
Customizable pitch deck templates which include two different versions, both built by leading seed investors at NextView Ventures. Entrepreneurs can use them to save time while building a pitch deck to raise seed capital.
The 10 most interesting slides that helped our SaaS company raise 9 millionGoCanvas
Have you ever wondered what goes into a pitch deck? Or what slides matter? Here are the 10 slides that seemed to resonate most with VCs we met with our our journey to raising our latest $9 million in funding. Be sure to check the notes for explanations of each slide.
The Best Startup Investor Pitch Deck & How to Present to Angels & Venture Cap...J. Skyler Fernandes
Take the online video course on Udemy:
https://www.udemy.com/course/the-best-startup-investor-pitch-deck/?referralCode=A5ED0FBD65120A93A16E
3.5+hrs of video content, walking step by step each part of the pitch, with personal VC stories, examples, and advice.
The "Best" Startup Investor Pitch Deck is an aggregation of some of the best pitch decks and wisdom from some of the top angels, VCs, and entrepreneurs including my own person insight/experience. The slide deck includes a template for entrepreneurs to use to present to investors, with details on what should be addressed on each slide. There are also additional slides on how best to pitch to investors effectively, how to design and format slides, and what to do before the pitch.
The document summarizes MIT's Startup Exchange (STEX) program, which connects startups to large companies. STEX engages over 220 large companies and 172 MIT faculty entrepreneurs. It provides opportunities for companies to meet over 1,000 MIT-connected startups through workshops and conferences. STEX maintains a database of startup profiles to facilitate connections between industries seeking innovations and startups working in specific technology areas.
This document summarizes an upcoming workshop on better innovation in biotech hosted by MIT. The workshop will include presentations on lessons from spinning out biotech startups from universities, trends in biotech startups from MIT, the biotech investment landscape, and opportunities for innovation. A panel discussion will bring together biotech startup founders, academics, and industry representatives to discuss trends in the biotech ecosystem and what corporate and investors are focused on. The goal of the workshop is to connect industry to startups and foster innovation in biotechnology.
This document summarizes an MIT workshop on connecting industry to automation startups. The workshop featured presentations from automation startup CEOs and CTOs on trends, technologies, and opportunities in manufacturing automation. It also included "lightning talks" from additional startups. The goal was to facilitate collaboration between large companies, universities, governments, and startups to help overcome barriers to adoption of new automation technologies. The MIT Startup Exchange (STEX) initiative was also introduced, which connects over 200 large companies to over 1,000 startups affiliated with MIT through networking events, an online database, and opportunity matching.
The document summarizes an upcoming workshop on food tech innovation hosted by MIT's Startup Exchange. The workshop will bring together industry representatives, academics, and startup founders to discuss trends in food technology innovation. A variety of speakers will provide perspectives on opportunities in food product development, agricultural productivity, computational food, and sensors. There will also be presentations from MIT-connected food tech startups and a panel discussion on important trends, the emerging innovation ecosystem, corporate priorities, and where smart investments are focused. The goal is to connect industry members to startups and research in the food technology field.
This document provides an agenda and details for the "Nanotech and New Materials Innovation Workshop" being held at MIT on October 29, 2015. The agenda includes coffee and registration, opening remarks and introductions, four keynote speeches on topics related to nanotechnology and new materials, two coffee breaks, and a panel discussion on the industrial future of nanotechnology and new materials. The panel discussion will be moderated by Dr. George Kenny and include seven panelists from academia and industry. Brief biographies are provided for each of the panelists. The event is being presented by MIT's Startup Exchange program to connect corporations to MIT startups in nanotechnology and related fields.
The document discusses MIT's cleantech startups and startup ecosystem. It notes that over 1000 startups are connected to MIT, with over 90 in the cleantech sector. Recent trends in these startups involve advanced manufacturing, big data analytics, and health technologies. The document promotes partnerships between MIT startups and large multinational companies, and provides examples of past successful partnerships between MIT startups and corporations in various cleantech fields.
The document discusses open science and open innovation. It describes how open access to scientific data, publications, code, and workflows through online platforms is enabling new forms of collaborative scientific inquiry across traditional boundaries. Global collaboratories can now engage in research at unprecedented scales using open data. The benefits of open science include accelerating scientific discovery, empowering citizens and entrepreneurs to make new innovations based on open data and code, and transforming the nature of scientific research.
Solar Resources: where to find solar energy information and factsBrightergy
It's always a good idea to do a little research before making a major investment. So if you're interested in solar power for your non-profit or business, where do you go? We've compiled a helpful list of resources, websites, and blogs that we ourselves use. Pick the sources that provide the best solar energy information and facts for your needs - from technology updates and solar economics to sustainable business thought leaders, use this presentation as your guide as you begin your research.
Business Librarians and Entrepreneurship: Innovative Trends and Characteristics
Elisabeth Leonard, Associate Dean of Library Services, Hunter Library, Western Carolina University; Betsy Clementson, Research and Instruction Librarian/Liaison to the College of Business, Hunter Library, Western Carolina University
Innovation and entrepreneurship are seen as foundations for a healthy and vibrant national economy (and helpful to a university budget), yet we know little about how innovation occurs within academic libraries. We examined the innovative characteristics of the business librarians associated with the ten schools listed in America’s Best Graduate Schools as having the top entrepreneurship programs. We reported on the characteristics of innovation and organizational culture uncovered in the study, discussed these characteristics as they might relate to all types of libraries and librarians, and how administrators can develop best practices for innovation friendly cultures.
This chapter discusses creativity and recognizing opportunities. It explains that creativity enables businesses to differentiate themselves, is the basis for invention, and is critical for problem solving and recognizing opportunities. Creativity involves ideas, opportunities, and innovation. Challenges to creativity include lack of time and confidence. To overcome these challenges, one should design an environment stimulating creativity, devote time to contemplation, keep track of ideas, think from familiar perspectives, leverage networks, and think in opposites. Sources of new ideas include customers, trends, events, and new technologies.
http://cloud.lib.wfu.edu/blog/entrelib/
Conference for Entrepreneurial Librarians March 10 Wake Forest University
Innovation and innovativeness of librarians, especially business librarians, including examination of organizational culture and document analysis of mission statements and vision statements
Local ICT initiatives: Social capital engineering?Ben Anderson
Ben Anderson (Chimera, University of Essex) Mark Gaved (KMI, Open University)
Presentation given at the ICT, social capital and volunteering seminar held at the NCVO in London on October 5, 2006,
On 8 February 2019, the Environmental Futures & Big Data Impact Lab (Impact Lab), held an official launch event for the Plymouth Business Community. Led by the University of Plymouth, Plymouth College of Art & Plymouth Marine Laboratory, the event was an opportunity to learn more about the free, multi-disciplinary support available from the three aforementioned partners, along with the University of Exeter, the Met Office, Exeter City Futures and Rothamsted Research - the other four organisations which make up the Impact Lab partnership.
The Impact Lab is a 3-year, £6.4m project, part-funded by the European Regional Development Fund. Visit: www.impactlab.org.uk for more information.
How Wind and Solar Energy Projects Really Work (or Don't)Derek Satnik
Wind and solar energy are not new, but they've newly come into the forefront of the energy markets in North America, and in particular in Ontario, Canada. This presentation will explore some of the challenges in developing these projects, and how to overcome them.
Innovative Solar Systems is solving global energy problems by installing state-of-the-art solar PV systems of all types and sizes. Solar power works by using photovoltaic arrays to convert sunlight into DC electricity, then using an inverter to convert it to AC electricity and a transformer to step up the voltage to match utility levels. Solar power is a good investment due to various tax credits available as well as the ability to sell excess power back to utilities through power purchase agreements. North Carolina is a particularly good state for commercial solar farms because of its tax credits, approval processes, and power purchase agreement structures. Investors are attracted to the clean energy, high returns, and minimal involvement of commercial solar farms. Innov
Customizable pitch deck templates which include two different versions, both built by leading seed investors at NextView Ventures. Entrepreneurs can use them to save time while building a pitch deck to raise seed capital.
The 10 most interesting slides that helped our SaaS company raise 9 millionGoCanvas
Have you ever wondered what goes into a pitch deck? Or what slides matter? Here are the 10 slides that seemed to resonate most with VCs we met with our our journey to raising our latest $9 million in funding. Be sure to check the notes for explanations of each slide.
The Best Startup Investor Pitch Deck & How to Present to Angels & Venture Cap...J. Skyler Fernandes
Take the online video course on Udemy:
https://www.udemy.com/course/the-best-startup-investor-pitch-deck/?referralCode=A5ED0FBD65120A93A16E
3.5+hrs of video content, walking step by step each part of the pitch, with personal VC stories, examples, and advice.
The "Best" Startup Investor Pitch Deck is an aggregation of some of the best pitch decks and wisdom from some of the top angels, VCs, and entrepreneurs including my own person insight/experience. The slide deck includes a template for entrepreneurs to use to present to investors, with details on what should be addressed on each slide. There are also additional slides on how best to pitch to investors effectively, how to design and format slides, and what to do before the pitch.
The document summarizes MIT's Startup Exchange (STEX) program, which connects startups to large companies. STEX engages over 220 large companies and 172 MIT faculty entrepreneurs. It provides opportunities for companies to meet over 1,000 MIT-connected startups through workshops and conferences. STEX maintains a database of startup profiles to facilitate connections between industries seeking innovations and startups working in specific technology areas.
This document summarizes an upcoming workshop on better innovation in biotech hosted by MIT. The workshop will include presentations on lessons from spinning out biotech startups from universities, trends in biotech startups from MIT, the biotech investment landscape, and opportunities for innovation. A panel discussion will bring together biotech startup founders, academics, and industry representatives to discuss trends in the biotech ecosystem and what corporate and investors are focused on. The goal of the workshop is to connect industry to startups and foster innovation in biotechnology.
This document summarizes an MIT workshop on connecting industry to automation startups. The workshop featured presentations from automation startup CEOs and CTOs on trends, technologies, and opportunities in manufacturing automation. It also included "lightning talks" from additional startups. The goal was to facilitate collaboration between large companies, universities, governments, and startups to help overcome barriers to adoption of new automation technologies. The MIT Startup Exchange (STEX) initiative was also introduced, which connects over 200 large companies to over 1,000 startups affiliated with MIT through networking events, an online database, and opportunity matching.
The document summarizes an upcoming workshop on food tech innovation hosted by MIT's Startup Exchange. The workshop will bring together industry representatives, academics, and startup founders to discuss trends in food technology innovation. A variety of speakers will provide perspectives on opportunities in food product development, agricultural productivity, computational food, and sensors. There will also be presentations from MIT-connected food tech startups and a panel discussion on important trends, the emerging innovation ecosystem, corporate priorities, and where smart investments are focused. The goal is to connect industry members to startups and research in the food technology field.
This document provides an agenda and details for the "Nanotech and New Materials Innovation Workshop" being held at MIT on October 29, 2015. The agenda includes coffee and registration, opening remarks and introductions, four keynote speeches on topics related to nanotechnology and new materials, two coffee breaks, and a panel discussion on the industrial future of nanotechnology and new materials. The panel discussion will be moderated by Dr. George Kenny and include seven panelists from academia and industry. Brief biographies are provided for each of the panelists. The event is being presented by MIT's Startup Exchange program to connect corporations to MIT startups in nanotechnology and related fields.
The document discusses MIT's cleantech startups and startup ecosystem. It notes that over 1000 startups are connected to MIT, with over 90 in the cleantech sector. Recent trends in these startups involve advanced manufacturing, big data analytics, and health technologies. The document promotes partnerships between MIT startups and large multinational companies, and provides examples of past successful partnerships between MIT startups and corporations in various cleantech fields.
Carnegie Mellon University’s experience in evolving a university innovation ecosystem has greatly contributed to the transformation of the regional economy. Building upon the Pittsburgh experience, the presentation will highlight innovative strategies for engaging frontline faculty, venture and economic development partners to accelerate the development of university spin-offs.
Tim McNulty, Carnegie Mellon University (moderator)
Lenore Blum, Founding Director of Project Olympus, Distinguished Career Professor of Computer Science, Co-Director CIE, Carnegie Mellon University
David Mawhinney, Executive Director, Don Jones Center for Entrepreneurship; Managing Director, Open Field Entrepreneurs Fund; Director, i6 Agile Innovation System; Assistant Teaching Professor, Tepper School of Business; Co-Director, CIE, Carnegie Mellon University
Bob Wooldridge, Director, Center for Technology Transfer and Enterprise Creation (CTTEC), Carnegie Mellon University
1. The document discusses theories of innovation from early 20th century economists like Schumpeter to more modern concepts like open innovation and national systems of innovation.
2. It describes how views have shifted from linear models of innovation to an understanding that innovation is an iterative process influenced by both supply and demand factors.
3. Recent research emphasizes that innovation occurs through networks and collaboration beyond firm boundaries, including interactions between businesses, universities, and other organizations.
The document discusses RAM Innovation Labs and innovation/technology transfer. It begins by thanking various teachers and colleagues who have supported the work. It then covers topics like waves of innovation, the role of creativity and different stages of the innovation process. Examples are provided of innovative work at institutions like California Institute of Technology and their Jet Propulsion Laboratory. The importance of commercializing inventions is discussed. Finally, it addresses what attracts industry to innovation hubs like Silicon Valley.
The document provides information about RAM Innovation Labs and their work in innovation and technology transfer. It begins with an introduction by Mr. V.P. Sampath and includes thanks to various teachers, colleagues, and institutions that have supported their work. It then covers topics like waves of innovation, the role of creativity and different aspects of the innovation process. It also discusses collaborations with institutions like IIT Madras Research Park and examples of innovations. The document aims to provide better understanding of technology commercialization concepts and their importance.
Presentation on success factors for technology based startups given by a doctoral student at MIT Sloan for graduate students in departments touching on nanotech.
The document summarizes an event on energy storage innovation hosted by MIT. It includes an agenda with presentations from startup companies and investors on various battery and energy storage technologies. There will be talks from professors and industry leaders on emerging innovations. The event aims to facilitate partnerships between energy startups and large companies through the MIT Startup Exchange program.
The document is an agenda for an automation and Internet of Things in manufacturing workshop held at MIT on June 17, 2015. The agenda includes breakfast and registration, followed by introductory remarks and four keynote speeches on topics related to automation challenges, disruptive new materials, strengthening the innovation ecosystem for advanced manufacturing, and sensing, data processing and big data analytics in manufacturing and healthcare. There is also a panel discussion on the future of automation with panelists from MIT, Bosch, and MIT-connected startups. The panel will discuss collaboration challenges and opportunities as well as overcoming barriers to new technology adoption.
Esteve almirall esade business school innovation policy -digitalsocialeu
Presentation by Esteve Almirall, Esade Business School, on how policy can support digital social innovation (DSI). Presented at February 3rd 2014 DSI workshop in Brussels.
The document discusses MIT's relationships with industry through research funding and partnerships. It provides statistics on industry-sponsored research funding at MIT, which totaled $100.3 million or 16% of MIT's total research funding in FY2008. The document also outlines several programs that facilitate collaboration between MIT and industry, such as the Industrial Liaison Program, the Deshpande Center for Technological Innovation, and MIT's Technology Licensing Office. It discusses how these programs help transfer MIT technologies and ideas to the commercial sector.
The document outlines the nine factors that contribute to successful medical device innovation clusters: commercial success, capital, NGOs, incubators/accelerators, supportive regional government, local supply chain, risk tolerance, commercial infrastructure, and community. These clusters originate when there is an early commercial success that attracts talent, funding, and economic growth to support new entrepreneurs and spin-offs. Collaboration across different players in the healthcare sector including practitioners, researchers, investors, and industry is important for continued innovation.
The Medical Device industry innovates and drives scientific opportunities in specific global markets for a reason. There are common ingredients in these markets that allow Med Tech innovation to thrive from historical early successes to institutional fortitude to state/country support. Whatever the driver was, the other ingredients cannot be ignored to achieve sustainable innovation and sustainable scientific job growth.
MIT's Technology Licensing Office (TLO) manages the intellectual property developed at MIT. The TLO receives invention disclosures from faculty and researchers, protects IP through patents and licenses, and transfers materials and technology to third parties. In 2016, the TLO generated $48.7 million in royalties and distributed funds to MIT departments and inventors. With a staff of 42, the TLO processes around 800 invention disclosures, files hundreds of new patent applications, and maintains active licensing agreements that support the transfer of MIT technologies.
This document outlines the agenda for a Digital Health Tech Innovation Workshop hosted by MIT Startup Exchange. The agenda includes introductory remarks, four keynote speeches on topics related to digital healthcare innovation, and a panel discussion on opportunities for collaboration and overcoming barriers to new technology adoption in healthcare. The panelists represent startup companies, academic institutions, and large healthcare companies. The goal of the workshop is to increase awareness of trends in digital healthcare and discuss how various stakeholders can work together to advance innovation.
The document provides a schedule for the 2015-2016 MIT Startup Exchange Workshop, which will cover various topics related to innovation. The workshops will take place on various dates from September 2015 through June 2016 at 1 Main Street in Cambridge, MA and will run from 8:30AM to 11:30AM unless otherwise noted. Topics will include digital healthcare, nanotech, intelligent mobility, aerospace, biotech, energy, mobile technology, food, and robotics innovation.
Shortlist is a digital platform that aims to replace traditional headhunters for senior-level hiring. It partners with major asset managers to provide targeted recommendations from industry experts ("Connectors") for open positions. Connectors see each posted position and provide detailed recommendations of qualified candidates within their networks. Shortlist guarantees interested candidates for all searches within 15 business days through this process combining human expertise and technology.
The document discusses opportunities for collaboration between companies and MIT in three areas: 1) Company-based group projects for the Master of Engineering in Manufacturing program where student teams solve industry problems; 2) Joint projects between companies, hospitals, and MIT in medical device innovation through the Medical Electronics Device Realization Center; and 3) Parallels between using data analytics to generate actionable information from manufacturing and healthcare systems/processes/devices to improve outcomes and reduce costs.
Scott Hibbard MIT STEX Factory Automation Challenges - an industry perspectiveMIT Startup Exchange
1. Bosch is one of the world's largest automotive technology suppliers with sales of 48.9 billion euros and 290,000 associates. It is a leading manufacturer of security technology, power tools, household appliances, and industrial technology such as drive and control systems.
2. Industry 4.0 refers to the current trend of automation and data exchange in manufacturing technologies including cyber-physical systems, Internet of things, cloud computing and cognitive computing.
3. Bosch has over 80 internal Industry 4.0 projects across its 250 plants to become both a solution provider and user, developing software, machine platforms, and integrated hardware and software solutions.
The document analyzes the manufacturing innovation ecosystem in Massachusetts and provides recommendations to strengthen it. Key findings include: 1) The ecosystem has many assets but connections between actors are weak, 2) OEMs are central but SMEs have limited links, and 3) Startups could better connect to OEMs and SMEs. Recommendations are to: develop a state advanced manufacturing strategy, increase OEM-SME collaboration, provide more technological support to SMEs, and improve startup-industry connections.
Building Trust in a Tense Information Society, Daniel Weitzner, Director, MIT...MIT Startup Exchange
Building Trust in a Tense Information Society, Daniel Weitzner, Director, MIT CSAIL Decentralized Information Group. Keynote held at MIT Startup Exchange (STEX) Cybersecurity Innovation workshop (5/28) at MIT on Thursday May 28, 2015, 8:30 AM to 11:30 AM, at One Main Street, Cambridge, MA, USA.
Cybersecurity investment trends, Chris Lynch, Partner, Atlas Ventures. MIT Startup Exchange
"Cybersecurity investment trends" Chris Lynch, Partner, Atlas Ventures. Cybersecurity Innovation (5/28), MIT Startup Exchange (STEX), Thursday May 28, 2015, 8:30 AM to 11:30 AM, at One Main Street, Cambridge, MA.
Healthy Aging - Technology Solutions and Innovation from MIT-Connected Startu...MIT Startup Exchange
The document describes several startup companies developing technologies to help older adults. Atlas5D creates a smart sensor tablet that monitors activity and alerts families to changes. ClinicalBox coordinates patient care across stages of surgery. PathMaker Neurosystems is developing non-invasive neuromodulation for reversing paralysis. General Fluidics makes portable blood diagnostics. The other companies focus on antimicrobial surfaces, microfluidics, data consulting, tourniquets, wearables, and more.
This document outlines the agenda for a cybersecurity innovation workshop hosted by MIT. The agenda includes introductory remarks and keynote speeches from industry leaders on trends in cybersecurity, investment, and policy. There will also be lightning talks from startup founders and executives. The workshop will conclude with a panel discussion on important trends in cybersecurity innovation, the ecosystem, corporate priorities, and investment focus areas. The panel will be moderated by the Executive Director of Cybersecurity@CSAIL at MIT.
"The Future of Food," Manoj Fenelon, Director of Foresight, PepsiCo. MIT Startup Exchange
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
Food, Sensors, Startups - The Road Ahead From a MIT perspectiveMIT Startup Exchange
"Food, sensors, startups - the road ahead from an MIT perspective," Timothy M. Swager, John D. MacArthur Professor of Chemistry at MIT and Faculty Director of the Deshpande Center for Technological Innovation. Presented at the MIT Startup Exchange (STEX) cluster workshop on Food Tech Innovation, 22 April 2015, MIT. Twitter: #STEXfood.
Future opportunities for food tech product innovation from a research perspec...MIT Startup Exchange
"Future opportunities for food tech product innovation from a research perspective," Omer Yilmaz, Ph.D., Assistant Professor of Biology, MIT and gastrointestinal pathologist, Massachusetts General Hospital and Harvard Medical School. Presented at MIT Startup Exchange (STEX) cluster workshop on Food Tech Innovation, 22 April 2015, MIT. Twitter" #STEXfood
The document summarizes an event hosted by MIT Startup Exchange called the Food Tech Innovation Workshop and Panel Discussion. It provides details on speakers, panelists, and topics discussed which included diet, cancer research, food technology, food waste, agriculture, and partnerships between startups and large corporations. Attendees included representatives from startups, MIT, and companies like PepsiCo and Monsanto. The workshop explored latest trends in food research, entrepreneurship, and how technology can address challenges in food and agriculture.
The document summarizes an MIT Startup Exchange workshop on food tech innovation that included presentations and a panel discussion with representatives from startups, universities, and large food companies. Speakers covered topics like diet and cancer research, food sensors, the future of agriculture, and models for startup and corporate partnerships. A key discussion centered on when and how food startups should collaborate with large corporations.
The document summarizes an MIT Startup Exchange workshop on food tech innovation that included presentations and a panel discussion. Speakers represented research institutions, large food companies, and startups working on topics like diet and health, sensors for food monitoring, the future of agriculture, and models for corporate-startup partnerships. There was discussion of challenges and opportunities in making food production and consumption more sustainable and of balancing social missions with business needs.
This document provides an agenda and details for the MIT Food Tech Innovation Workshop held on April 22, 2015 in Cambridge, MA. The agenda includes introductory remarks, presentations on topics related to food technology innovation from various perspectives, and a panel discussion on trends in food tech startups. Brief biographies are provided for each speaker and panelist.
This document provides an agenda and details for the MIT Food Tech Innovation Workshop on April 22, 2015 in Cambridge, MA. The agenda includes presentations and panel discussions on topics related to food technology innovation from researchers at MIT and industry leaders from companies like PepsiCo and Monsanto. There will be lightning talks from startup executives and a panel discussion on trends in food tech startups and the innovation ecosystem with representatives from PepsiCo, Monsanto, MIT Media Lab and others.
"Fostering Massachusetts' life science ecosystem", Dr. Susan Windham-Banniste...MIT Startup Exchange
"Fostering Massachusetts' life science ecosystem", Dr. Susan Windham-Bannister, President and CEO of the Massachusetts Life Sciences Center (MLSC). Presented at Better innovation in biotech, part of MIT Startup Exchange cluster workshop series on 2/26/15, see http://startupexchange.mit.edu/startupexchange/html/index.html#viewOpportunity/51
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2. Incremental Energy Innovation (3/19):
MIT's Energy Tech Startups
MIT, 19 March 2015
Trond Undheim, PhD
Lead, MIT Startup Exchange
undheim@ilp.mit.edu
3. 172 MIT Faculty are serial entrepreneurs!
•Prof. Bob Langer, Koch Institute, MIT (26 companies)
•Prof. Alex Pentland, MIT Media Lab (16 companies)
•Noubar Afeyan, MIT Sloan (10 companies)
•Prof. Gregory Stephanopoulos, ChemE (7 companies)
•Prof. Michael Stonebraker, CSAIL (5 companies)
Serial entrepreneurs at MIT
Source: MIT STEX Database (2015).
4. MIT Startup Exchange
An innovation community run by MIT Industrial Liaison program, with
the aim of connecting industry to startups.
•Cluster workshops & Exhibitions
•Startup profiles & database
•Opportunity matching (f2f & online)
•Newsletter & Analytics
6. Energy tech cluster
82 Startups.
7 founded in 2014.
11 at prototype stage.
12 have a product.
4 have a first customer.
21 are in the growth stage.
7. ICT cluster
312 Startups.
21 founded in 2014.
6 at prototype stage.
18 at beta/MVP stage.
18 have a product.
23 have a first customer.
54 are in the growth stage.
8. Biotech cluster
132 Startups.
8 founded in 2014.
49 at prototype stage.
10 at beta/MVP stage.
25 have a product.
6 have a first customer.
20 are in the growth stage.
9. How to engage with STEX?
An enhanced service of the ILP – available to members.
1.Browse the database. Find startups. Ask us to connect you.
2.Engage with your Liaison Officer or myself to post opportunities.
Startups will ask to connect with you. Their ideas might surprise you.
10. [Multinational] seeks MIT startups
• [Multinational] seeks long-term partnerships with MIT-connected
startups for mutual benefit.
• We have a particular interest in breakthrough/disruptive tech in X.
• We are looking for startups/companies with [these specific
characteristics in terms of stage of development etc.]
• Facts, MIT track record, startup track record, and
website.
11. • Microfluidic device capable
of high throughput, robust
intracellular delivery of a
range of materials for
applications from
immunotherapy and drug
discovery. Founded 2013.
03/24/15 11
12. 03/24/15 12
• Innovative nanomaterial
coatings and vapor-based
coating processes to boost
efficiencies of a wide range
of thermal fluid systems.
• Founded in 2014.
13. 03/24/15 13
• Biowatch that measures the
impact of stress on brain
performance.
• Founded in 2010.
14. 03/24/15 14
Starting at $599
• An expressive robot that
can interact naturally with
humans. Jibo can see,
hear, speak, help, and
relate (through social and
emotive cues).
• Founded in 2012.
15. The first designer
bracelet that heats and
cools you.
“Thermal is personal”
Founded in 2014.
03/24/15 15
WRISTIFY
16. High quality, low cost 3D
printer that enables
designers and engineers
to create 3D forms with
the touch of a button.
Founded in 2011.
03/24/15 16
An (almost entirely) 3D printed speaker.
17. Gives computers the ability to
understand people the way
people understand each other.
Founded in 2011.
03/24/15 17
Big data text analytics dashboard
18. • 08:30 AM Breakfast, networking and registration. Get to know a
startup founder. Find out how you can help him change the world.
• 08:45 AM Welcome: "MIT's Energy Tech Startups,"
Trond Undheim, Ph.D., Lead, MIT Startup Exchange, MIT ILP
(host).
• 09:00 AM Introductory remarks: "Connecting industry to
research, innovation, and startups", Karl Koster, Executive
Director, MIT ILP.
• 09:10 AM Keynote: "Corporate venturing perspectives on
external innovation", Cory Steffek, PhD, Managing Director,
Saudi Aramco Energy Ventures, North America.
• 09:25 AM Keynote: "Research and innovation visions for energy
tech", Prof. Sanjay Sarma, Professor of Mechanical Engineering,
MIT. Serial co-founder of startups, most recently, a co-founder of
energy tech startup Essess.
• Coffee break (10 min).
19. • 09:50 AM "Scaling energy innovation, a VC perspective",
Dhiraj Malkani, Partner, RockPort Capital Partners.
• 10:00 AM Lightning talks (startups).
• Coffee break (10 min).
20. • 10:30 AM: Panel discussion: Incremental Energy
Innovation
– What are important trends in energy tech startups from MIT (and elsewhere)?
– What does the new energy tech innovation ecosystem look like (infrastructure,
interoperability, technology, use cases, stakeholders, success stories)?
– What are corporate priorities in energy tech? What is the smart money focused on?
• Panelists
– Cory Steffek, PhD, Managing Director, Saudi Aramco Energy Ventures, NA.
– Prof. Sanjay Sarma, Professor of Mechanical Engineering, MIT.
– MIT connected startup executives (Dan Diehl, CEO, Aircuity, Ben Glass, Co-founder &
CEO of Altaeros Energies, Justine Kmiecik, CEO & cofounder of BaseTrace, Tom
Scaramellino, CEO, Essess).
– Dhiraj Malkani, Partner, RockPort Capital Partners.
– Robert Stoner, Deputy Director for Science and Technology, MITEI, MIT Energy Initiative.
The panel will be moderated by James Rosenfield, Senior VP, Vice Chairman,
CERAWeek, IHS. Rosenfield is an active angel investor with a current portfolio of five
companies in the energy space.