Елисеев Юрий Николаевич
Руководитель, ООО "Стальные конструкции-Профлист"
Тема доклада: Основные направления расширения применения стали с покрытиями в современных строительных конструкциях в мировой практике и России
NASA's Commercial Crew Program is facilitating the development of privately operated crew transportation systems to low-Earth orbit. It is currently funding development of systems from Boeing, SpaceX, and Sierra Nevada Corporation through various agreements. The long term goal is to certify a commercial crew transportation capability by 2017 to provide safe transportation of NASA crew to the International Space Station, enabling the purchase of commercial crew services. NASA received proposals in January 2014 for the Commercial Crew Transportation Capability contract, which will fund development through certification, with an award expected in August 2014.
The document describes a proposed Custom Crew Exploration Vehicle (CEV) spacecraft design. It has almost three times the internal volume of the Apollo Command Module at 30.6 m^3, providing 29.4 m^3 of pressurizable volume for crew during transits. The CEV structure would use an Al-Li 2195 alloy with Kapton thermal protection. Kapton could provide meteoroid shielding due to its layered insulation design. Flammability testing of materials like Kapton was important to ensure safety for spacecraft operating with pure oxygen atmospheres.
Дмитрий Цейтлин, генеральный директор ООО «Минерва кэпитал партнерс», бизнес-тренер Технопарка «Сколково», член рабочей группы по реализации соглашения между Самарской областью и «Сколково».
Государственно-частное партнерство: серийное создание стартаповSergey Lourie
Презентация генерального директора наноцентра "Дубна" Алексея Гостомельского для круглого стола "Законодательное обеспечение деятельности институтов развития. РОСНАНО: итоги первой пятилетки", 15 апреля 2013 года.
Елисеев Юрий Николаевич
Руководитель, ООО "Стальные конструкции-Профлист"
Тема доклада: Основные направления расширения применения стали с покрытиями в современных строительных конструкциях в мировой практике и России
NASA's Commercial Crew Program is facilitating the development of privately operated crew transportation systems to low-Earth orbit. It is currently funding development of systems from Boeing, SpaceX, and Sierra Nevada Corporation through various agreements. The long term goal is to certify a commercial crew transportation capability by 2017 to provide safe transportation of NASA crew to the International Space Station, enabling the purchase of commercial crew services. NASA received proposals in January 2014 for the Commercial Crew Transportation Capability contract, which will fund development through certification, with an award expected in August 2014.
The document describes a proposed Custom Crew Exploration Vehicle (CEV) spacecraft design. It has almost three times the internal volume of the Apollo Command Module at 30.6 m^3, providing 29.4 m^3 of pressurizable volume for crew during transits. The CEV structure would use an Al-Li 2195 alloy with Kapton thermal protection. Kapton could provide meteoroid shielding due to its layered insulation design. Flammability testing of materials like Kapton was important to ensure safety for spacecraft operating with pure oxygen atmospheres.
Дмитрий Цейтлин, генеральный директор ООО «Минерва кэпитал партнерс», бизнес-тренер Технопарка «Сколково», член рабочей группы по реализации соглашения между Самарской областью и «Сколково».
Государственно-частное партнерство: серийное создание стартаповSergey Lourie
Презентация генерального директора наноцентра "Дубна" Алексея Гостомельского для круглого стола "Законодательное обеспечение деятельности институтов развития. РОСНАНО: итоги первой пятилетки", 15 апреля 2013 года.
Буклет участника Форума "Экосистема инноваций: университеты и научные центры", прошедшего 12-13 марта 2015 в НИТУ МИСиС, Москва. Форум прошел в рамках проекта РВК и Бизнес-инкубатора "Ингрия" по развитию инновационных экосистем вузов и научных центров.
В буклете представлена аналитика и модель развития инновационных экосистем вузов и научных центров.
Telegram is launching its own cryptocurrency called GRAM and its own blockchain network called TON. TON aims to be faster and more scalable than existing blockchains like Bitcoin and Ethereum. It will allow for millions of transactions per second and host decentralized applications. Telegram aims to integrate TON into its platform and create an economy where users can buy and sell digital goods and services using GRAMs.
MARINET – National Technology Initiative (NTI) is a key long-term program of the public-private partnership in the development of promising new markets based on high-tech solutions that will determine development of the global and Russian economy in the next 15-20 years.
MARINET was established in 2015 and involves a wide range of organizations providing advanced technologies for the maritime industry – from the leading corporations and universities to startup companies and research teams. Currently it joins several hundreds representatives from technology companies, leading universities, research and scientific centers, development institutions, business associations, ministries and government agencies.
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1. Коммерциализация разработок
- роль стартап компаний
при вузах
Пермь 26 сентября 2011
Д.Цейтлин - Управляющий партнер
Минерва Кэпитал Партнерс
2. О себе
• Закончил Куйбышевский мединститут 1986
• Ординатура и аспирантура в ЦИТО ( Центральный институт травматологии и ортопедии,
Москва) 1986-1991, к.м.н.
• Первый стартап - коммерциализация технологий наружной фиксации костей и суставов
Акад.О.В.Оганесяна ЦИТО 1989 –1992
• Опыт старт-ап компаний и венчурных инвестиций СССР, Россия, Израиль, Германия ,
США 1989 – н.в
• Опыт трансфера технологий лаборатории Акад. Ж.И.Алферова, Институт Иоффе, Санкт-
Петербург 2000 - 2011 совместно с чл.-корр. АН РФ Н.Леденцовым
• Соучредитель Минерва Кэпитал Партнерс, Санкт-Петербург - венчурный партнер Фонда
Посевных инвестиций РВК 2009 – н.в.
• Генеральный директор инкубатора Минерва-МИСиС , Москва 2010 г – н.в.
22 стартапа созданных по закону №217 (том числе и резиденты Сколково)
• Соучредитель и член правления Предпринимательского форума MIT в России 2009 – н.в.
• Член Российско-Израильского делового совета ( сотрудничество с России с Израилем в
области НИОКР и венчурного инвестирования )
6. Генеральный директор компании VI-Systems GmbH
Имеет > 20 лет опыта в области полупроводниковых исследований и
промышленности, включая руководящие позиции в компаниях в области
оптоэлектроники
Один из трёх наиболее цитируемых российских ученых
Второй по цитируемости учёный в мире в области квантовых точек
Награждён многочисленными наградами, автор многочисленных патентов
Ученик лауреата Нобелевской премии Ж.И.Алфёрова
Член Учёного Совета ФТИ им. А.Ф.Иоффе РАН
Член Российской Академии Наук
Соучредитель NL-Nanosemiconductor ( Innolume) Дортмунд 2003 – вышел продав
свою долю в 2006 .
Соучредитель PBC Lasers (Israel) 2002 – н.в ( Израиль-Сколково )
Соучредитель PBC Lasers (Germany) 2007 – н.в.( Берлин )
Соучредитель VI-Systems GmbH 2007 – н.в. (Берлин)
Член правления Коннектор-Оптикс 2010 – н.в. Санкт-Петербург(Роснано)
Чл.-корр.. АН РФ Н.Леденцов
11. Как видят процесс инвесторы
2 3 4 51 6 7 8 9 100
Годы
Капитализация
Млн. $
1
5
10
20
50
100
2
Инвестиции
Млн. $
1
2
3
4
5
6
7
8
9
10
1
3-5
5-10
10-20
20-50
IPO
Патент
Идея
Инкубация
0.5 млн
Посевной раунд
2.0 млн $
Pre IPO
5.0 млн $
Инкубация
Венчурное финансирование
Раунд А
4.0 млн $
Раунды В-С-D
8.0 млн $
Цикл выращивания старт-ап компании
10 лет + 20 - 30-100 -1000 млн. долл.
( зависит от сложности технологии)
НИОКР
12. Как это функционирует в России
Презентация Фонда содействия развитию малых форм предприятий в научно-
технической сфере на президентской комиссии по модернизации 27 июля 2010
13. Спасибо за внимание
Цейтлин Дмитрий
Управляющий партнер и гендиректор
«Минерва Кэпитал Партнерс»
тел: +7-985-2029136
тел: +7-911-8311019
e-mail: tseitlin@minervacapital.ru
skype: tseitlin
blog : http://tseitlin.livejournal.com
web: http://www.minervacapital.ru
Генеральный директор
«Минерва-МИСиС»
инкубация старт-ап компаний
коммерциализация технологий
обучение техно-предпринимателей
венчурное финансирование
14. Круглый стол «Центры трансфера
технологий: результаты и перспективы.
МИПы в медицинских вузах»
РусИнноМед 2011, Пермь 26 сентября 2011
Обмен опытом и обсуждение практики применения
217-ФЗ и функционирования центров трансфера
технологий в медицинских вузах и НИИ. Ключевые
проблемы и вопросы, связанные с созданием малых
инновационных предприятий, и пути их решения.