The document discusses opportunities for commercial partnerships with NASA, including:
1) HEOMD partnerships to develop commercial cargo and crew capabilities for the ISS through programs like COTS, CRS, CCDev, and NextSTEP. HEOMD also manages launch services through the LSP.
2) SMD partnerships through strategic science missions and programs like Venture Class Launch Services to enable small satellite launches.
3) STMD focuses on early-stage technology development and transfer through programs like Tipping Point, SBIR, and partnerships with organizations like SwitchPitch Space.
The document discusses opportunities for commercial partnerships with NASA, including:
1) HEOMD invests billions in commercial cargo and crew programs to resupply the ISS, as well as technology development partnerships through programs like NextSTEP and Lunar CATALYST.
2) SMD pursues commercial partnerships for strategic science missions and small satellite launch through programs like Venture Class Launch Services.
3) STMD seeks technology development partnerships through programs like Tipping Point, Announcements of Opportunity, and SBIR/STTR to advance NASA's goals in areas like space technology, Earth and space science, and aeronautics.
The document discusses opportunities for commercial partnerships with NASA, including:
1) HEOMD invests billions in commercial cargo and crew programs to resupply the ISS, as well as technology development partnerships through programs like NextSTEP and Lunar CATALYST.
2) SMD pursues commercial partnerships for strategic science missions and small satellite launch through programs like Venture Class Launch Services.
3) STMD seeks commercial partners for early-stage technology development through programs like Tipping Point, Announcements of Opportunity, and SBIR/STTR.
This document provides information about Aerojet Rocketdyne (AR), a propulsion systems manufacturer with over 5,000 employees across 14 states. It summarizes AR's 2016 financial data and portfolio which includes space and defense products. The document also outlines AR's history of achievements in rocket and power technology from the 1940s to present. It describes three potential project topics for reducing material obsolescence time and costs, developing radiation-hardened electronics, and improving corrosion barrier coatings. It provides context on why reducing new material development time and costs is important along with benefits of partnering with startups to co-develop innovative solutions.
This document provides information about Aerojet Rocketdyne (AR), a propulsion provider for the aerospace industry. It summarizes that AR has over 5,000 employees across 14 states in the US and operates various manufacturing and support locations. The document also lists AR's major customers which include NASA, the Air Force, Navy, and others. It provides a brief history of AR's role in major space exploration missions and rocket technology developments over the past 70+ years. Finally, it introduces three technology topics that AR is seeking innovative solutions for: corrosion barrier coatings, radiation-hardened electronics, and addressing component obsolescence issues.
The document is a presentation by Richard T. French from NASA discussing commercial partnering opportunities with NASA. It provides an overview of NASA, including its four primary mission directorates and partnerships with industry and academia. It then summarizes specific commercial opportunities within the Human Exploration and Operations Mission Directorate and Science Mission Directorate, such as commercial cargo and crew contracts for the International Space Station and various technology development partnerships.
Clements - Visualizing the impact of mission driven organisationsinnovationoecd
This document summarizes research on measuring the impact of mission-driven organizations like NASA. It discusses challenges in quantifying new knowledge generated by research and how it benefits stakeholders. The document outlines NASA's goals for the International Space Station regarding scientific, technological and educational purposes. It also provides statistics on the breadth of scientific disciplines studied on the ISS and growth in citations to this research, demonstrating diffusion of knowledge within space journals and more broadly. In conclusion, it acknowledges key contributors and states that a "science of science" approach can objectively describe ISS science outputs and impacts.
A Summary Of NASA Architecture Studies Utilizing Fission Surface Power Techno...Lori Moore
1) NASA has conducted several architecture studies examining the use of Fission Surface Power (FSP) systems for human missions to the lunar and Martian surfaces.
2) These studies included work by the Lunar Architecture Team, Mars Architecture Team, Lunar Surface Systems/Constellation Architecture Team, and International Architecture Working Group-Power Function Team.
3) The FSP concepts developed in these studies served as points of departure and provided a foundation for technology development work, including a series of "Pathfinder" hardware tests with a long-term goal of an integrated system test.
The document discusses opportunities for commercial partnerships with NASA, including:
1) HEOMD invests billions in commercial cargo and crew programs to resupply the ISS, as well as technology development partnerships through programs like NextSTEP and Lunar CATALYST.
2) SMD pursues commercial partnerships for strategic science missions and small satellite launch through programs like Venture Class Launch Services.
3) STMD seeks technology development partnerships through programs like Tipping Point, Announcements of Opportunity, and SBIR/STTR to advance NASA's goals in areas like space technology, Earth and space science, and aeronautics.
The document discusses opportunities for commercial partnerships with NASA, including:
1) HEOMD invests billions in commercial cargo and crew programs to resupply the ISS, as well as technology development partnerships through programs like NextSTEP and Lunar CATALYST.
2) SMD pursues commercial partnerships for strategic science missions and small satellite launch through programs like Venture Class Launch Services.
3) STMD seeks commercial partners for early-stage technology development through programs like Tipping Point, Announcements of Opportunity, and SBIR/STTR.
This document provides information about Aerojet Rocketdyne (AR), a propulsion systems manufacturer with over 5,000 employees across 14 states. It summarizes AR's 2016 financial data and portfolio which includes space and defense products. The document also outlines AR's history of achievements in rocket and power technology from the 1940s to present. It describes three potential project topics for reducing material obsolescence time and costs, developing radiation-hardened electronics, and improving corrosion barrier coatings. It provides context on why reducing new material development time and costs is important along with benefits of partnering with startups to co-develop innovative solutions.
This document provides information about Aerojet Rocketdyne (AR), a propulsion provider for the aerospace industry. It summarizes that AR has over 5,000 employees across 14 states in the US and operates various manufacturing and support locations. The document also lists AR's major customers which include NASA, the Air Force, Navy, and others. It provides a brief history of AR's role in major space exploration missions and rocket technology developments over the past 70+ years. Finally, it introduces three technology topics that AR is seeking innovative solutions for: corrosion barrier coatings, radiation-hardened electronics, and addressing component obsolescence issues.
The document is a presentation by Richard T. French from NASA discussing commercial partnering opportunities with NASA. It provides an overview of NASA, including its four primary mission directorates and partnerships with industry and academia. It then summarizes specific commercial opportunities within the Human Exploration and Operations Mission Directorate and Science Mission Directorate, such as commercial cargo and crew contracts for the International Space Station and various technology development partnerships.
Clements - Visualizing the impact of mission driven organisationsinnovationoecd
This document summarizes research on measuring the impact of mission-driven organizations like NASA. It discusses challenges in quantifying new knowledge generated by research and how it benefits stakeholders. The document outlines NASA's goals for the International Space Station regarding scientific, technological and educational purposes. It also provides statistics on the breadth of scientific disciplines studied on the ISS and growth in citations to this research, demonstrating diffusion of knowledge within space journals and more broadly. In conclusion, it acknowledges key contributors and states that a "science of science" approach can objectively describe ISS science outputs and impacts.
A Summary Of NASA Architecture Studies Utilizing Fission Surface Power Techno...Lori Moore
1) NASA has conducted several architecture studies examining the use of Fission Surface Power (FSP) systems for human missions to the lunar and Martian surfaces.
2) These studies included work by the Lunar Architecture Team, Mars Architecture Team, Lunar Surface Systems/Constellation Architecture Team, and International Architecture Working Group-Power Function Team.
3) The FSP concepts developed in these studies served as points of departure and provided a foundation for technology development work, including a series of "Pathfinder" hardware tests with a long-term goal of an integrated system test.
Elizabeth Keller is seeking a permanent position and has over 25 years of experience in science management, research, and technical consulting. She currently works as a Science Management/Space Biology Project Officer at NASA Ames Research Center, where her duties include analyzing and managing space biology research projects. Previously, she founded and managed two successful businesses providing science education and technology consulting. She has a Master's degree in Experimental Psychology and a Bachelor's degree in Psychology.
Duane Ratliff, Chief Operating Officer, NASA Liaison, CASIS: "ISS National Lab Opportunities for Research and Technology Development – Enabling Commercial Utilization." Presented at the 2013 International Space Station Research and Development Conference, http://www.astronautical.org/issrdc/2013.
Esta es la presentación del Dr. Félix Alberto Soto Toro, Ingeniero de Diseño Eléctrico de la División de Análisis y Sistemas Avanzados de la NASA Kennedy Space Center, ofrecida en el Museo de Arte de Puerto Rico (MAPR) el martes, 7 de octubre de 2014.
Kathy Lueders (NASA) - How Space is a Playground for InnovationTechsylvania
NASA is exploring many areas of space through partnerships with commercial companies, other space agencies, and academia. The International Space Station is enabling research across 13 major science disciplines. NASA is working with international partners on the Artemis program to return humans to the Moon by 2024 and develop sustainable lunar exploration. Future goals include establishing a sustained human presence on the Moon and preparing for human exploration of Mars. NASA is seeking to close capability gaps to achieve these exploration objectives.
UNC Economic Transformation Council 4-14 - JKrukinJeff Krukin
This document discusses opportunities for the University of North Carolina system to fill research gaps in the commercial space industry and support the formation of spin-off companies. It identifies several sectors within the new commercial "NewSpace" industry, including suborbital spaceflight. It then outlines potential research areas and curriculum where UNC could contribute, such as in vehicle propulsion, avionics, and small satellite development. The document advocates for establishing a North Carolina NewSpace initiative at UNC to help inventory relevant industry clusters, identify stakeholders, and develop a roadmap to gain state support. The goal would be to leverage UNC's resources and expertise to participate in this growing industry.
NC State's research expenditures have grown significantly in recent years, reaching $365M annually. The university aims to increase this to $467M by 2015 through cultivating a collaborative research culture, improving awareness of its research strengths, and attracting more funding opportunities. Key strategies include developing strategic research focus areas, collaboration tools, graduate training, and partnerships. Challenges include limited faculty time/support for research and aging research infrastructure, but continued growth of high-caliber faculty and funding success indicate NC State is well positioned to strengthen its research profile.
The document summarizes a Career Day event at Homestead High School focused on careers in science, technology, engineering, and math (STEM) with NASA. It provides an overview of NASA, including its various departments and missions, and encourages students to consider career opportunities at NASA requiring education in fields like engineering, science, aeronautics, and more. Students are given information on educational requirements, typical career paths at NASA, and internship opportunities for gaining experience working for NASA.
The document outlines NASA's vision and plans for space exploration, including returning humans to the Moon by 2020 and eventually sending humans to Mars. It discusses key elements like developing new technologies, promoting commercial participation, and major milestones. It also summarizes NASA's Exploration Systems Research and Technology program which develops new technologies and concepts through projects, demonstrations and programs to enable sustainable human exploration of the solar system.
Overview of NASA JSC White Sands Test Facility (WSTF)dlnv2iz
The White Sands Test Facility (WSTF) located in New Mexico provides testing and evaluation services for NASA, other government agencies, and commercial customers. In Fiscal Year 2011, WSTF had an annual budget of $79 million and employed around 60 NASA personnel and 660 contractor personnel. WSTF utilizes its facilities, expertise, and remote location to test spacecraft materials, components, propulsion systems, and more to enable the safe exploration and use of space. Testing activities included rocket engine testing, hypervelocity impact testing, composite pressure vessels, and more in support of programs such as the Space Shuttle, International Space Station, Orion, and Space Launch System. WSTF also engaged in educational outreach programs in
Daniel Beltz has over 10 years of experience in aerospace engineering, research, and data analysis. He has a Bachelor's Degree in Aerospace Engineering from Embry-Riddle Aeronautical University with honors and experience as an ISS Trajectory Operations Flight Controller designing altitude strategies. Currently he works as a Research Assistant for LUMCON conducting offshore research cruises in the Gulf of Mexico collecting data and samples. He has strong skills in project management, communication, statistics, and computer programs including Microsoft Office, SigmaPlot, and Matlab.
The document discusses the physical asset funding and financing experience of the Southern Plains Transportation Center (SPTC). It outlines the SPTC's eight member universities and their theme of climate-adaptive transportation and freight infrastructure. It then lists the SPTC's major existing facilities like weather monitoring networks and laboratories. Finally, it discusses challenges in upgrading, maintaining, and procuring new physical assets and opportunities for international collaboration.
SpaceX a management analysis for MEE30001chestcutter
SpaceX is a private space transportation company founded in 2002 with the goal of developing reusable rockets to enable humans to travel to Mars. It has over 4000 employees operating rocket launch and test facilities across the US. A SWOT analysis identified strengths like cost competitiveness and opportunities like space tourism, but also weaknesses like technological complexity and threats from other companies. Planning and managing change at SpaceX involves both short term goals like maintaining viability and long term goals like colonizing Mars. Ethical and environmental considerations include ensuring worker safety, responsible resource use, and minimizing atmospheric and land impacts.
The document discusses the need for the National Virtual Observatory (NVO) to provide a unified architecture for accessing and analyzing astronomical data from various sources. It argues that NASA should lead efforts to federate different university, government, and industry programs and offices under the NVO to maximize scientific returns. The NVO would establish standards and clear communication channels between different phases of astrophysical research like data collection, analysis, and new missions. This would create an efficient "marketplace" for astrophysical research that benefits scientists, educators, and the public.
This document discusses NASA's strategy for innovation through collaborative platforms and spaces. It provides examples of pilots conducted using platforms like InnoCentive, Yet2.com, NASA@work and TopCoder to solute challenges. Key lessons learned included identifying good challenges and developing strong challenge teams. NASA has since established the NASA Human Health and Performance Center and a Center of Excellence for Collaborative Innovation to continue this work. The document explores various collaborative models and spaces used at NASA to foster transparency, participation and collaboration.
Presented August 2011 to the federal Ideation Community of Practice re: NASA’s innovation strategy, including use of innovation platforms (internal and external tools for crowdsourcing collaboration) and innovation spaces (hacking spaces, TechShop/FabLab/etc.)
This document summarizes the ARCTek 2012 Phase 3 event at NASA Ames Research Center on October 16, 2012. The event will communicate the Center Innovation Fund strategy and guidelines, provide feedback on the draft solicitation, and explore collaboration opportunities. Attendees can learn about existing initiatives in areas like advanced digital manufacturing, cyber-physical systems, and small spacecraft. The Center Innovation Fund will provide up to $50,000 per project for innovative concepts aligned with these initiatives and space technology roadmaps.
Welcome & Workshop Objectives: Introduction to COMPRES by Jay Bass, Universit...EarthCube
Talk at the EarthCube End-User Domain Workshop for Rock Deformation and Mineral Physics Research.
By Jay Bass, University of Illinois at Urbana-Champaign
The NASA Innovative Advanced Concepts (NIAC) Program supports innovative aerospace research through two phases of competitively awarded studies. Phase I studies explore the viability of visionary concepts over nine months, while Phase II further develops promising Phase I concepts for up to two years. Since 2011, NIAC has funded 70 studies, with 5-7 new Phase II studies selected each year. NIAC aims to nurture breakthrough ideas that could transform future NASA missions by engaging innovators in developing concepts that push the boundaries of what is currently possible in aerospace technology and exploration.
Alexandre Popov has over 30 years of experience in software engineering, systems engineering, and space mission planning for programs including the International Space Station and Mir space station. He has a MSc in Systems Engineering and BSc in Applied Mathematics. Currently he is an Adjunct Professor researching prognostics and health management for space exploration missions.
This document discusses managing relationships with startups from initial engagement through integration and scaling. It involves identifying startups, qualifying them, analyzing databases and challenges, conducting diligence, running proofs-of-concept, and handing successful startups off to business units to integrate, distribute, and help the startup scale.
Lockheed Martin is a major American defense contractor with 97,000 employees across over 590 facilities in the US and operating in over 70 countries. It has four main business areas: Missiles and Fire Control, Space Systems, Aeronautics, and Rotary and Mission Systems. Space Systems is focused on surveillance, navigation, communications, human space flight, and strategic defense. It has multiple centers of excellence and subsidiaries focused on payloads, sensors, materials, signals, and data analytics to deliver capabilities faster.
Elizabeth Keller is seeking a permanent position and has over 25 years of experience in science management, research, and technical consulting. She currently works as a Science Management/Space Biology Project Officer at NASA Ames Research Center, where her duties include analyzing and managing space biology research projects. Previously, she founded and managed two successful businesses providing science education and technology consulting. She has a Master's degree in Experimental Psychology and a Bachelor's degree in Psychology.
Duane Ratliff, Chief Operating Officer, NASA Liaison, CASIS: "ISS National Lab Opportunities for Research and Technology Development – Enabling Commercial Utilization." Presented at the 2013 International Space Station Research and Development Conference, http://www.astronautical.org/issrdc/2013.
Esta es la presentación del Dr. Félix Alberto Soto Toro, Ingeniero de Diseño Eléctrico de la División de Análisis y Sistemas Avanzados de la NASA Kennedy Space Center, ofrecida en el Museo de Arte de Puerto Rico (MAPR) el martes, 7 de octubre de 2014.
Kathy Lueders (NASA) - How Space is a Playground for InnovationTechsylvania
NASA is exploring many areas of space through partnerships with commercial companies, other space agencies, and academia. The International Space Station is enabling research across 13 major science disciplines. NASA is working with international partners on the Artemis program to return humans to the Moon by 2024 and develop sustainable lunar exploration. Future goals include establishing a sustained human presence on the Moon and preparing for human exploration of Mars. NASA is seeking to close capability gaps to achieve these exploration objectives.
UNC Economic Transformation Council 4-14 - JKrukinJeff Krukin
This document discusses opportunities for the University of North Carolina system to fill research gaps in the commercial space industry and support the formation of spin-off companies. It identifies several sectors within the new commercial "NewSpace" industry, including suborbital spaceflight. It then outlines potential research areas and curriculum where UNC could contribute, such as in vehicle propulsion, avionics, and small satellite development. The document advocates for establishing a North Carolina NewSpace initiative at UNC to help inventory relevant industry clusters, identify stakeholders, and develop a roadmap to gain state support. The goal would be to leverage UNC's resources and expertise to participate in this growing industry.
NC State's research expenditures have grown significantly in recent years, reaching $365M annually. The university aims to increase this to $467M by 2015 through cultivating a collaborative research culture, improving awareness of its research strengths, and attracting more funding opportunities. Key strategies include developing strategic research focus areas, collaboration tools, graduate training, and partnerships. Challenges include limited faculty time/support for research and aging research infrastructure, but continued growth of high-caliber faculty and funding success indicate NC State is well positioned to strengthen its research profile.
The document summarizes a Career Day event at Homestead High School focused on careers in science, technology, engineering, and math (STEM) with NASA. It provides an overview of NASA, including its various departments and missions, and encourages students to consider career opportunities at NASA requiring education in fields like engineering, science, aeronautics, and more. Students are given information on educational requirements, typical career paths at NASA, and internship opportunities for gaining experience working for NASA.
The document outlines NASA's vision and plans for space exploration, including returning humans to the Moon by 2020 and eventually sending humans to Mars. It discusses key elements like developing new technologies, promoting commercial participation, and major milestones. It also summarizes NASA's Exploration Systems Research and Technology program which develops new technologies and concepts through projects, demonstrations and programs to enable sustainable human exploration of the solar system.
Overview of NASA JSC White Sands Test Facility (WSTF)dlnv2iz
The White Sands Test Facility (WSTF) located in New Mexico provides testing and evaluation services for NASA, other government agencies, and commercial customers. In Fiscal Year 2011, WSTF had an annual budget of $79 million and employed around 60 NASA personnel and 660 contractor personnel. WSTF utilizes its facilities, expertise, and remote location to test spacecraft materials, components, propulsion systems, and more to enable the safe exploration and use of space. Testing activities included rocket engine testing, hypervelocity impact testing, composite pressure vessels, and more in support of programs such as the Space Shuttle, International Space Station, Orion, and Space Launch System. WSTF also engaged in educational outreach programs in
Daniel Beltz has over 10 years of experience in aerospace engineering, research, and data analysis. He has a Bachelor's Degree in Aerospace Engineering from Embry-Riddle Aeronautical University with honors and experience as an ISS Trajectory Operations Flight Controller designing altitude strategies. Currently he works as a Research Assistant for LUMCON conducting offshore research cruises in the Gulf of Mexico collecting data and samples. He has strong skills in project management, communication, statistics, and computer programs including Microsoft Office, SigmaPlot, and Matlab.
The document discusses the physical asset funding and financing experience of the Southern Plains Transportation Center (SPTC). It outlines the SPTC's eight member universities and their theme of climate-adaptive transportation and freight infrastructure. It then lists the SPTC's major existing facilities like weather monitoring networks and laboratories. Finally, it discusses challenges in upgrading, maintaining, and procuring new physical assets and opportunities for international collaboration.
SpaceX a management analysis for MEE30001chestcutter
SpaceX is a private space transportation company founded in 2002 with the goal of developing reusable rockets to enable humans to travel to Mars. It has over 4000 employees operating rocket launch and test facilities across the US. A SWOT analysis identified strengths like cost competitiveness and opportunities like space tourism, but also weaknesses like technological complexity and threats from other companies. Planning and managing change at SpaceX involves both short term goals like maintaining viability and long term goals like colonizing Mars. Ethical and environmental considerations include ensuring worker safety, responsible resource use, and minimizing atmospheric and land impacts.
The document discusses the need for the National Virtual Observatory (NVO) to provide a unified architecture for accessing and analyzing astronomical data from various sources. It argues that NASA should lead efforts to federate different university, government, and industry programs and offices under the NVO to maximize scientific returns. The NVO would establish standards and clear communication channels between different phases of astrophysical research like data collection, analysis, and new missions. This would create an efficient "marketplace" for astrophysical research that benefits scientists, educators, and the public.
This document discusses NASA's strategy for innovation through collaborative platforms and spaces. It provides examples of pilots conducted using platforms like InnoCentive, Yet2.com, NASA@work and TopCoder to solute challenges. Key lessons learned included identifying good challenges and developing strong challenge teams. NASA has since established the NASA Human Health and Performance Center and a Center of Excellence for Collaborative Innovation to continue this work. The document explores various collaborative models and spaces used at NASA to foster transparency, participation and collaboration.
Presented August 2011 to the federal Ideation Community of Practice re: NASA’s innovation strategy, including use of innovation platforms (internal and external tools for crowdsourcing collaboration) and innovation spaces (hacking spaces, TechShop/FabLab/etc.)
This document summarizes the ARCTek 2012 Phase 3 event at NASA Ames Research Center on October 16, 2012. The event will communicate the Center Innovation Fund strategy and guidelines, provide feedback on the draft solicitation, and explore collaboration opportunities. Attendees can learn about existing initiatives in areas like advanced digital manufacturing, cyber-physical systems, and small spacecraft. The Center Innovation Fund will provide up to $50,000 per project for innovative concepts aligned with these initiatives and space technology roadmaps.
Welcome & Workshop Objectives: Introduction to COMPRES by Jay Bass, Universit...EarthCube
Talk at the EarthCube End-User Domain Workshop for Rock Deformation and Mineral Physics Research.
By Jay Bass, University of Illinois at Urbana-Champaign
The NASA Innovative Advanced Concepts (NIAC) Program supports innovative aerospace research through two phases of competitively awarded studies. Phase I studies explore the viability of visionary concepts over nine months, while Phase II further develops promising Phase I concepts for up to two years. Since 2011, NIAC has funded 70 studies, with 5-7 new Phase II studies selected each year. NIAC aims to nurture breakthrough ideas that could transform future NASA missions by engaging innovators in developing concepts that push the boundaries of what is currently possible in aerospace technology and exploration.
Alexandre Popov has over 30 years of experience in software engineering, systems engineering, and space mission planning for programs including the International Space Station and Mir space station. He has a MSc in Systems Engineering and BSc in Applied Mathematics. Currently he is an Adjunct Professor researching prognostics and health management for space exploration missions.
This document discusses managing relationships with startups from initial engagement through integration and scaling. It involves identifying startups, qualifying them, analyzing databases and challenges, conducting diligence, running proofs-of-concept, and handing successful startups off to business units to integrate, distribute, and help the startup scale.
Lockheed Martin is a major American defense contractor with 97,000 employees across over 590 facilities in the US and operating in over 70 countries. It has four main business areas: Missiles and Fire Control, Space Systems, Aeronautics, and Rotary and Mission Systems. Space Systems is focused on surveillance, navigation, communications, human space flight, and strategic defense. It has multiple centers of excellence and subsidiaries focused on payloads, sensors, materials, signals, and data analytics to deliver capabilities faster.
Elbit Systems of America is developing a secure group texting application called SmartText to enhance communications for public safety workers. SmartText will be integrated into their SmartResponder communications suite and cloud platform. It will allow public safety teams to collaborate remotely using text, photos, and video. The project aims to support initiatives like FirstNet and improve emergency response. Resources have been approved through December 2017 to develop key capabilities and milestones.
This document discusses a Group Mobile SLAM project. The project aims to create a real-time 3D map using cameras on first responders' devices that indicates building structures and responder locations. This would allow commanders to monitor a situation as it unfolds. Examples show how police could map a bank robbery scene from outside and how SWAT could clear rooms floor-by-floor while monitoring the indoor map. The project is intended to provide situational awareness for responders in unforeseen situations and could expand to other markets. It leverages existing Motorola camera and networking technologies.
Safe Crowds is an artificial intelligence software that analyzes real-time video from mobile devices to detect potential threats and anomalous activities in crowds. It monitors crowds for unusual movements, extreme emotions, and fights. When threats are detected, it triggers alerts to officers and command centers. The software fulfills a need for automated video monitoring and analysis in public safety. It could be applied to other markets and showcases Motorola's technical innovation. The project aims to develop the product from 2017 to 2018 with early milestones to validate its value to customers. An ideal partner would provide AI algorithms that can detect complex activities within mobile device limitations.
Love.golf is a Syngenta initiative to grow female participation in golf through proprietary coaching techniques. It has established pilot programs in the UK and Sweden with a website for coaching and bookings. Syngenta now wants to further develop the Love.golf brand and scale the offering by expanding the number of accredited coaches and creating demand by identifying and targeting potential new female players. Syngenta sees this as a strategic opportunity to diversify its golf business and potentially open a new revenue stream.
This document discusses a planned product to store customer data in a decentralized way while allowing for individual ownership and security. The product would enable know your customer verification and identity verification. It aims to give customers control over their online data while allowing its use for verification purposes. Existing solutions address this but do not fully solve it. The target market is retail banking and business-to-consumer customers. The bank has experimentation teams that can work with identified companies on this. Given upcoming legislation around verification and identity, this is a major priority area for the bank. The project timeline is Q2 to Q4 2016, with development starting in May 2016 and an internal approval process. The budget is to be confirmed, and an ideal partner would provide
Euroclear is looking to partner with a company to help their clients simplify the administration of managing access and permissions for their staff to interact with multiple financial networks and service providers like Euroclear. This new service would allow clients to centrally manage logins, permissions, and user data across different networks in a standardized way to reduce costs and risks associated with the current fragmented approach. Euroclear is midway through modernizing their own user portal and access management, and sees an opportunity to create a new multilateral service that helps both their clients and Euroclear improve efficiency for interactions where traditional straight-through processing falls short.
Self Learning Credit Scoring Model PresentationSwitchPitch
This document discusses a project to provide micro loans to millions of unbanked mobile customers based on their mobile billing history. A self-learning credit scoring model will be built to determine creditworthiness from customers' mobile transaction and payment data in order to offer loans of up to $250 via their phones. The project aims to introduce financial services to underserved customers and is forecast to be the fastest growing service line in 2017. It has a 3-month timeline per country and $100,000 total budget plus localization costs.
The Content Standardization (ConStand) initiative encompasses improvements to Zeta's content creation, storage, management, tracking, reuse, and analysis capabilities within their Marketing Cloud. ConStand is an ongoing set of projects aimed to support both technical and non-technical end users with appropriate tools as the Marketing Cloud expands. The initiative supports internal and external content designers in their daily work.
Campaign Operations Management (COM) is an initiative to refine Zeta's campaign creation, management, tracking, reuse, governance and compliance capabilities. As Zeta's Marketing Cloud expands, COM aims to support both technical and non-technical users with appropriate tools and data. The initiative supports internal and external users in their daily work. As Zeta's number one asset, COM initiatives are important for pushing products and tools forward. A strategic partner would gain expertise working across Zeta's diverse areas and ensuring tactical projects meet the initiative's goals.
The Legacy Launch iPad app will aggregate internal Sony Music data and assets such as press releases, videos, music, photos, and documents to provide employees a comprehensive view of music releases. It will pull data from Spotify and allow sharing assets outside the company. The app is intended to track project deliverables for up to 1,000 Sony employees, pulling from internal systems and requiring security around Legacy's assets. It has a proposed timeline running from November to June.
The document proposes developing a word/language game app to generate user contributions and participation on Oxford Global Languages sites. The app would utilize existing Oxford Dictionaries content and have players create new content or qualify existing content. It would ideally include social components and be scalable to new languages. The target market is language lovers and word game players. If successful, the games could help develop robust data sets for digitally endangered languages. The timeline is vendor selection in January 2016 and completion by April 2016, with a $15-35k budget depending on features. An ideal partner would have game development experience, understand language engineering, and offer a creative, fun, and differentiating idea.
The Weather Company wants to develop a lightweight, cloud-based video editor that leverages their existing streaming infrastructure. The editor would allow rough cuts and basic edits to be made directly from live streams in the cloud. This would enable quick clipping and publishing of on-demand video clips from live streams. It would fill a gap between heavy on-premise editors and existing cloud tools by providing traditional editing tools in a scalable cloud solution. They are seeking an external partner experienced in building scalable cloud solutions and video streaming formats to help develop the user interface and functionality.
The document discusses a proposed WiFi optimization app project for Comcast customers and technicians. The app would allow customers to measure their WiFi performance and optimize router placement, and technicians to measure signal strength during installations. This could help reduce issues attributed to poor WiFi coverage. Key aspects of the project include launching in mid-2016, conducting trials, and requiring a partner with networking expertise to help develop innovative app solutions.
This document discusses the opportunity to create a loyalty rewards engine that allows both large and small merchants to participate in a single loyalty network. Currently, most loyalty programs are proprietary to individual brands and merchants. The proposed solution would allow consumers to earn points across any business in the network that could then be redeemed at multiple locations. The project aims to drive innovation in the loyalty space by increasing engagement and revenue. An ideal partner would have expertise in both payments and loyalty programs, and could provide a solution that can scale globally and integrate easily with different merchant systems.
An RTI tracker application is needed to standardize the process of tracking student interventions and progress monitoring in DC public schools. The application would manage the entire RTI process from initial identification of struggling students through developing intervention plans, implementing interventions, monitoring progress, and determining if plans need to be modified. The project aims to implement a new tracking system by spring 2015 to improve reporting and data quality compared to the current system of using Google docs. The budget is approximately $200k and an ideal vendor partner would provide both a technological solution and process implementation support.
The Weather Company is planning a 10x increase in ingesting and distributing user-generated video content across TV, mobile, and web platforms. They need help engineering an automated system for tagging, moderating, and making the large amount of video searchable and associated with analytics due to the cumbersome nature of manual moderation. The project timeline focuses on engineering a solution in 2015 to help maximize the value of their existing and growing video content.
The Weather Company SwitchPitch AtlantaSwitchPitch
The Weather Company plans to increase ingestion of user-generated video content by 10x for distribution on TV, mobile, and the web. They need help developing efficient mechanisms for tagging, moderating, and assigning metadata to the large amount of video in order to maximize its usage and commercial potential across multiple audiences. The ideal partner would have creative solutions for handling the challenges of user-generated content at scale.
This document discusses the opportunity to create a loyalty rewards engine that allows consumers to earn and redeem points across multiple participating merchants. Currently, most loyalty programs are proprietary to individual brands and merchants, providing limited flexibility for consumers. The proposed solution would create a single loyalty platform where both large and small businesses could participate, giving consumers a unified way to earn points on any purchase that could then be redeemed at any business in the network. The project aims to drive innovation in the loyalty space and increase engagement across the payment ecosystem.
The 10 Most Influential Leaders Guiding Corporate Evolution, 2024.pdfthesiliconleaders
In the recent edition, The 10 Most Influential Leaders Guiding Corporate Evolution, 2024, The Silicon Leaders magazine gladly features Dejan Štancer, President of the Global Chamber of Business Leaders (GCBL), along with other leaders.
How to Implement a Real Estate CRM SoftwareSalesTown
To implement a CRM for real estate, set clear goals, choose a CRM with key real estate features, and customize it to your needs. Migrate your data, train your team, and use automation to save time. Monitor performance, ensure data security, and use the CRM to enhance marketing. Regularly check its effectiveness to improve your business.
Brian Fitzsimmons on the Business Strategy and Content Flywheel of Barstool S...Neil Horowitz
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3. SwitchPitch Space
Who am I?
• University of Michigan
– B.S.E Aerospace, 2006
– M. Eng. Space Engineering, 2007
• NASA Jet Propulsion Laboratory (JPL)
– Crew Exploration Vehicle (CEV) Thermal Protection System (TPS) Advanced
Development Project (ADP) systems engineering
– Entry, Descent, and Landing (EDL), Mars Science Laboratory (MSL)
– Spin Subsystem Lead, Soil Moisture Active Passive (SMAP)
• Space Technology Mission Directorate (STMD), NASA Headquarters
(HQ)
– Staff Technologist, focused on commercial space technology development
– Market research, partnering opportunities, and new content development
– Tipping Point, Announcement of Collaborative Opportunity, SBIR/STTR
• NASA Jet Propulsion Laboratory (JPL)
– Manager, Technology Partnerships Office, Office of Space Technology
RTF-2
4. SwitchPitch Space
What is the National Aeronautics and Space
Administration (NASA)?
RTF-3
NASA is ten (10) Field Centers + Headquarters
– Centers includes one (1) Federally Funded Research and Development Center (FFRDC), the Jet Propulsion Laboratory
– Many other facilities not shown (e.g., Wallops Flight Facility, Plumbrook Station, White Sands Test Facility, Michoud
Assembly Facility, DSN and NEN sites, International Space Station (ISS) National Laboratory)
• Ames Research Center
Jet Propulsion
Laboratory *
• Langley Research Center
Goddard Space Flight Center
• Glenn Research Center
Johnson Space Center •
• Stennis Space Center
• Armstrong Flight Research Center
• Kennedy Space Center
• Marshall Space Flight Center
* NASA Headquarters
* Where I sit
NASA is a diverse organization made up of 10 Field Centers and a Headquarters –
each with their own capabilities, interests, and stakeholders
5. SwitchPitch Space
• Human Exploration and Operations Mission Directorate (HEOMD) – $10,303M
– SLS/Orion/Ground System/R&D: $4,030M
– Space operations (ISS): $5,029.2M
– Commercial Crew: $1,243.8M
• Science Mission Directorate (SMD) – $5,589.4M
– Earth Science – $1,921M
– Planetary Science – $1,631M
– Astrophysics – $730.6M
– James Webb Space Telescope – $620M
– Heliophysics – $649.8M
– Education – $37M
• Space Technology Mission Directorate (STMD) * – $686.5M
• Aeronautics Research Mission Directorate (ARMD) – $640M
• Other – $3,309.9M
– Center Management/Agency Management – $2,768.6M
– Construction and Environmental Compliance – $388.9M
– Education – $115M
– Inspector General – $37.4M
RTF-4
NASA is four (4) primary Mission Directorates – $19,285M (FY16 Appropriation)
* Where I sit
What is NASA?
6. SwitchPitch Space RTF-5
NASA is partnered with a wide industrial base for technology development/mission execution
Ex., Exploration Systems Development Partner Companies and Suppliers
What is NASA?
7. SwitchPitch Space RTF-6
What is NASA?
NASA is partnered with a wide academic community for technology development/mission execution
Exploration Systems Development Partner Companies and Suppliers
Texas A&M University
Texas Tech University
Tufts University
University of Akron
University of Alabama, Huntsville
University of Alabama, Tuscaloosa
University of Arizona
University of Arkansas
University of California, Berkeley
University of California, Davis
University of California, Irvine
University of California, Los Angeles
University of California, San Diego
University of California, Santa Barbara
University of Colorado, Boulder
University of Delaware
University of Florida
University of Hawaii
Arizona State University
Auburn University
Boston University
Brigham Young University
Brown University
California Institute of Technology
Carnegie Mellon University
Case Western Reserve University
Clemson University
Colorado State University
Columbia University
Cornell University
Duke University
Florida Institute of Technology
Georgia Institute of Technology
Harvard University
Illinois Institute of Technology
Iowa State University
Johns Hopkins University
Massachusetts Institute of Technology
Michigan State University
Michigan Technological University
Mississippi State University
Missouri University of Science and Technology
Montana State University
New Jersey Institute of Technology
New Mexico State University
New York University
North Carolina State University
Northeastern University
Northwestern University
Ohio State University
Oregon State University
Pennsylvania State University
Princeton University
Purdue University
Rochester Institute of Technology
Rose-Hulman Institute of Technology
Rutgers University
South Dakota School of Mines and Technology
Stanford University
State University of New York, College of Nanoscale
Science & Engineering
State University of New York, Stony Brook
STRG Element To date Active
NSTRF 301 ~200
ECF 25 24
ESI 46 45
STRI 2 2
University of Houston
University of Illinois, Urbana-Champaign
University of Iowa
University of Kentucky
University of Maine
University of Maryland
University of Massachusetts, Amherst
University of Massachusetts, Lowell
University of Michigan
University of Minnesota
University of Nebraska, Lincoln
University of New Hampshire
University of Notre Dame
University of Pennsylvania
University of Puerto Rico, Rio Pedras
University of Rochester
University of South Carolina
University of South Florida
University of Southern California
University of Tennessee
University of Texas, Austin
University of Utah
University of Vermont
University of Virginia
University of Washington
University of Wisconsin, Madison
Utah State University
Vanderbilt University
Virginia Polytechnic Institute & State University
Washington State University
Washington University, St. Louis
West Virginia University
William Marsh Rice University
Worcester Polytechnic Institute
Yale University
Ex., Space Technology Research Grant (STRG)
Partner Universities
8. SwitchPitch Space
Human Exploration and Operations Mission
Directorate (HEOMD) Commercial Opportunities
• Commercial Cargo to ISS (~$18.2B invested in development or open service contracts)
– COTS ($716M) – Demonstration of Commercial Partner’s capability to deliver cargo to ISS
– Commercial Resupply Services (CRS) – service contracts, $3.5B announced in in 2008, up to $14B announced in 2016
• Commercial Crew to ISS (~$8.26B invested in development or open service contracts)
– CCDev1/2/3/CPC1/2 – research and development for commercial human spaceflight services to ISS
• Collaborations for Commercial Space Capabilities (CCSC)
– Non-reimbursable partnerships to develop new space capabilities available to the government and other customers
• Launch Services Program (LSP)
– Manages all NASA (and some OGA) launch services procurements - indefinite delivery/indefinite quantity (IDIQ) contract
• Latest contract awarded in 2010 for up to 70 launches valued at up to $15B from 4 firms over 10 years
– Venture Class Launch Services (VCLS) partnership w/ SMD Earth Science Division for small spacecraft launch capabilities (~$17M)
• Advanced Exploration Systems (AES) Program
– CubeSat Launch Initiate (CLSI)/Educational Launch of Nanosatellites (ELaNa) – Small satellites as secondary payloads on NASA
launches and partners with to deploy small spacecraft from the International Space Station
– Next Space Technologies for Exploration Partnerships (NextSTEP) Broad Agency Announcement – Concept and technology
development projects in three key areas: advanced propulsion, habitation, life support, and small satellites
– Lunar Cargo Transportation and Landing by Soft Touchdown (Lunar CATALYST) – To encourage the development of robotic lunar
landers that can be integrated with U.S. commercial launch capabilities to deliver payloads to the lunar surface
• International Space Station (ISS) Program and Center for the Advancement of Science in Space (CASIS)
– Leverages significant industry capabilities for operation of the ISS and for ongoing technology development and research efforts in
support of a wide range of NASA goals from physical and biological science up through applied deep space crewed technologies
– CASIS is the manager of the International Space Station (ISS) U.S. National Laboratory, provides seed money, facilitates
accommodation, and access to launch for non-NASA research on ISS
• Center of Excellence for Collaborative Innovation (CoECI)
– Employs crowd-sourced challenges to solve tough, mission-critical problems under the umbrella of the NASA Tournament Lab (NTL)
RTF-7
HEOMD has strong partnerships with commercial space to advance crewed exploration goals
through technology development and acquisition
9. SwitchPitch Space
Science Mission Directorate (STMD)
Commercial Opportunities
• Commercial Partnering Through Strategic Science Mission Implementation
– In-house Flagship missions (e.g., Mars Science Laboratory, Mars 2020, etc.) and other directed missions (Soil Moisture Active
Passive, etc.) rely heavily on industry for key component, subsystem, and system implementations, and also for competed
instruments, representing a significant opportunity for commercial space and industry partnerships
• Commercial Partnering Through Competitive Mission Implementation
– New Frontiers missions focused on key planetary science themes identified in the Planetary Science Decadal such as Comet
Surface Sample Return, Lunar South Pole-Aitken Basin Sample Return, and Venus In Situ Explorer
– Explorer missions (MIDEX, SMEX, UNEX, etc.) across all four science Divisions (Earth, Planetary, Astrophysics, & Heliophysics)
provide flight opportunities for space science investigations, using innovative, streamlined, and efficient management approaches
– Discovery Program complements Planetary Science flagships through lower cost missions with shorter development times
• Earth System Science Pathfinder (ESSP) Program
– Earth Venture Mission (EVM) are low-to-moderate cost, small to medium-sized, competitively selected missions for high-return Earth
Science missions launched within 5 years of initiation
– Earth Venture Instruments (EVI) develops spaceborne instruments for flight as missions of opportunity
– Earth Venture Sub-Orbital (EVS) support suborbital/airborne investigations
• Earth Science Technology Office (ESTO)
– Performs strategic technology planning and development for a range of Earth science technology needs through the Instrument
Incubator Program (IIP), Advanced Information Systems Technology (AIST), Advanced Component Technology (ACT), In-space
Validation of Earth Science Technologies (InVEST) programs, and other special initiatives
– Ex. in 2016 6 new projects were selected through the Sustainable Land Imaging-Technology program to develop future Landsat-like
instruments, sensors, components, and measurement concepts
• Research Opportunities in Space and Earth Science (ROSES) and SMD Technology Development
– SMD’s annual omnibus NASA Research Announcement features appendices for specific research, technology, and mission needs,
many of them focused on technology developments of interest to industry and commercial space firms
– Wide range of industry technology development opportunities across the TRL spectrum (PICASSO, MatISSE, PSTAR, H-TIDeS)
– Ex., in 2016 the COLDTech appendix solicited for spacecraft technologies required for future Oceans worlds missions
RTF-8
SMD partners with industry for technology development and mission implementation to
deliver Decadal-class Earth, Astrophysics, Heliophysics, and Planetary science
10. SwitchPitch Space
Space Technology Mission Directorate (STMD)
Commercial Opportunities
• Tipping Point (TP) Solicitation (~$87M to date)
– Annual directorate-level solicitation, fixed-price contracts, 25% corporate contribution, to provide direct support for commercial
technology development to commercial space firms to advance commercial space capabilities
– 2015: $70M across 9 awards; 2016: $17M across 8 awards; 2017: solicitation in development
• Announcement of Collaborative Opportunity (ACO) Solicitation (~$25M to date)
– Biennial directorate-level solicitation, no exchange of funds non-reimbursable Space Act Agreements (SAA), to offer access to
government capability (test facilities, engineering, patents, software licensing) to support commercial technology development
– 2015: $15M across 12 award; 2017: Proposals in review, ~$10M across 10 awards planned
• Flight Opportunities (FO) Program (~$40M and over 140 flights to date)
– IDIQ contract for suborbital flights (Blue Origin, Masten, Near Space Corporation, UP Aerospace, Virgin Galactic, WorldView)
– Payloads solicitation, 2 opportunities/year, up to $300k to support flights on suborbital technology development platforms
• 4 other providers available: Blue Origin, Exos Aerospace, Integrated Spaceflight Services, Zero Gravity Corporation
• Centennial Challenges/Prizes and Challenges Program (~$6.2M in prize awards to date)
– Offers incentive prizes to generate revolutionary solutions to problems of interest to NASA and the nation directly engage the public
in the process of advanced technology development (Power Beaming, Lunar Lander, Strong Tether, Vascular Tissue)
• Small Business Innovation Research/Small Business Technology Transfer (SBIR/STTR) (~$200M/year)
– Small business opportunities for research, development, and demonstration of technologies that fulfill NASA needs
– Phase I: $125k, 6/12 months (SBIR/STTR), Phase II: $750k, 24 months, Phase III/Phase II-E/-X/CCRPP opportunities
• Space Technology Research Grants (STRG) Program
– Annual Early Stage Innovation (ESI) solicitation allows university researchers to partner with industry/commercial ($500k grants)
– Space Technology Research Institutes (STRI) – $30M across 2 grants announced in 2016 for the first of a series of early stage multi-
disciplinary, multi-institution, academic-industrial partnerships for breakthrough advances in key space technologies
• Technology Transfer (T2) Office
– Manages large patent and software library with an online portal for standardized, streamlined licensing of NASA intellectual property
– Startup NASA/The Space Race – competition to commercialize NASA intellectual property
RTF-9
STMD develops crosscutting technology and fosters commercial space capabilities to enable
future NASA, other government agency, and comemrcial space missions
11. SwitchPitch Space
NASA Problem Statements
• Philosophy for these problem statements
– NASA has many opportunities to satisfy specific programmatic and project
requirements through technology development and formal mission support
• NASAPRS/nspires, FedBizOps, Grants.gov, SBIR.nasa.gov – take a look!
– These problem statements are not designed to fill any specific NASA mission
needs but are a reflection of market research and perceptions of emerging
opportunities or challenges in the commercial sector that may overlap with future
NASA/OGA needs or help resolve strategic challenges
• Problem statements
1. Cross-cutting: Small Spacecraft Supply Chain Challenges
2. SMD: Geo-spatial Data Analytics Platforms
3. HEOMD: Microgravity-based Manufacturing and Production Applications
4. OGA: Space Management Data Sources and Information Technology
RTF-10
12. SwitchPitch Space
• NASA Motivation
– Achieving Science with CubeSats report identified a multitude of Decadal-class missions implementable
through small spacecraft or constellations of small spacecraft (up to ESPA-class, ~200 kg)
– Other applications, such as supporting biological and physical sciences as well as augmentation of
human exploration missions, e.g., precursor missions and ancillary functions like standoff imaging during
capture or proximity operations or low-cost telecommunications architectures
– NASA requires a healthy supply chain, from component suppliers up through system integrators, to
partner with to capitalize on the small spacecraft revolution and satisfy crosscutting technology needs
• Commercial Space Market Research
– Commercial space firms are deploying small spacecraft at a rapid rate for satellite telecommunications,
navigation and tracking, and remote sensing applications
– Even these ’low cost’ enterprises are demanding more capability, longer lifetimes, and higher reliability
– Increasing requirements cannot come at significant higher cost – reliable, capable, but affordable
• Challenge
– Fill key capability gaps in the small spacecraft supply chain
• High delta-V propulsion systems (5 – 6 km/sec for small spacecraft – from CubeSats up through ESPA-class)
• Innovations to improve reliability of commercial-off-the-shelf (COTS) electronics (4 – 6 year lifetimes)
• Virtual aperture and other small spacecraft constellation management capabilities
RTF-11
A more robust small spacecraft supply chain delivering affordable but more capable and reliable
components and systems will serve NASA, OGA, and commercial space mission needs
Problem 1 – Small Spacecraft Supply Chain
Challenges