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John Carlton Mankins, 688210 Suey Creek Rd, Santa Maria, CA 93454

John Mankins Phones & Addresses

8210 Suey Creek Rd, Santa Maria, CA 93454    805-9295593   

Nipomo, CA   

43446 Thistlewood Ct, Ashburn, VA 20147    703-7290884    703-7295234   

Vienna, VA   

Claremont, CA   

Altadena, CA   

Santa Barbara, CA   

San Luis Obispo, CA   

Social networks

John Carlton Mankins

Linkedin

Work

Company: Moon village association Dec 2017 Position: Vice president

Education

Degree: Master of Science, Masters Specialities: Physics

Skills

Space Systems • Systems Engineering • Program Management • Satellite • Aerospace • Proposal Writing • Spacecraft • Engineering Management • Defense • Simulations • System Design • Technical Writing • Engineering • Requirements Management • Research • Analysis • Strategic Planning • Project Management • Earned Value Management • Orbital Mechanics • Dod • Public Speaking • Entrepreneurship • Government • Integration • Project Planning • Physics • Energy • Fortran • Policy • New Business Development • Science • Astronomy • Security Clearance • Military • Team Leadership • Data Analysis • Aerospace Engineering • Editing • Team Building • Public Policy • National Security • Business Strategy • International Relations • Policy Analysis • Propulsion • Mathematical Modeling • Writing • Problem Solving • Government Liaison

Industries

Defense & Space

Mentions for John Carlton Mankins

John Mankins resumes & CV records

Resumes

John Mankins Photo 34

Vice President

Location:
San Diego, CA
Industry:
Defense & Space
Work:
Moon Village Association
Vice President
Technology Readiness Assessment 1986 - 2015
Noviate
Mankins Space Technology 1986 - 2015
Founder and President
Deep Space Industries 1986 - 2015
Founder, Technical Advisory and Past Chief Technology Officer
Space Canada 1986 - 2015
Member of the Board
Nasa 1990 - 2005
Various and Sundry
Artemis Innovation Management Solutions 1990 - 2005
President
International Academy of Astronautics 1990 - 2005
Member
International Astronautical Federation 1990 - 2005
Member, Space Power Committee
National Space Society 1990 - 2005
Member
California Institute of Technology Jet Propulsion Laboatory 1981 - 1990
Various Positions During the Years
Aiaa 1981 - 1990
Associate Fellow
Education:
Harvey Mudd College 1974 - 1978
Bachelors, Bachelor of Science, Physics
Claremont Graduate University
Master of Business Administration, Masters, Public Policy
Skills:
Space Systems, Systems Engineering, Program Management, Satellite, Aerospace, Proposal Writing, Spacecraft, Engineering Management, Defense, Simulations, System Design, Technical Writing, Engineering, Requirements Management, Research, Analysis, Strategic Planning, Project Management, Earned Value Management, Orbital Mechanics, Dod, Public Speaking, Entrepreneurship, Government, Integration, Project Planning, Physics, Energy, Fortran, Policy, New Business Development, Science, Astronomy, Security Clearance, Military, Team Leadership, Data Analysis, Aerospace Engineering, Editing, Team Building, Public Policy, National Security, Business Strategy, International Relations, Policy Analysis, Propulsion, Mathematical Modeling, Writing, Problem Solving, Government Liaison

Publications & IP owners

Wikipedia

John Mankins Photo 37

Space Solar Power Exploratory Research And Technology ...

The Space Solar Power Exploratory Research and Technology program (SERT) program, conducted by NASA, was initiated by John Mankins and led by Joe...

Us Patents

Reusable Module For The Storage, Transportation, And Supply Of Multiple Propellants In A Space Environment

US Patent:
6739555, May 25, 2004
Filed:
Aug 2, 2002
Appl. No.:
10/214481
Inventors:
Daniel D. Mazanek - Yorktown VA
John C. Mankins - Ashburn VA
Assignee:
The United States of America as represented by the Administrator of the National Aeronautics and Space Administration - Washington DC
International Classification:
B64G 100
US Classification:
244158R, 244172
Abstract:
A space module has an outer structure designed for traveling in space, a docking mechanism for facilitating a docking operation therewith in space, a first storage system storing a first propellant that burns as a result of a chemical reaction therein, a second storage system storing a second propellant that burns as a result of electrical energy being added thereto, and a bi-directional transfer interface coupled to each of the first and second storage systems to transfer the first and second propellants into and out thereof. The space module can be part of a propellant supply architecture that includes at least two of the space modules placed in an orbit in space.

Process And Method Of Making Space-Solar Fuels And Other Chemicals

US Patent:
2008017, Jul 24, 2008
Filed:
Jan 22, 2008
Appl. No.:
12/009650
Inventors:
John Carlton Mankins - Ashburn VA, US
Robert Stottle Wegeng - Richland WA, US
International Classification:
C25B 1/00
C25B 3/00
US Classification:
20415715
Abstract:
Processes and methods of making fuels and other chemicals, in conjunction with electricity production, using energy from a powerbeam () from an orbiting satellite (), radiant energy receivers () and thermochemical process systems. Includes methods of directing the powerbeam so that, when solar energy ) is available to drive the concentrators (), the powerbeam is chiefly focused on rectenna structures () for the production of electricity, and then is reconfigured so that it powers the concentrator structures when solar energy is not available.

Process And Method Of Making Fuels And Other Chemicals From Radiant Energy

US Patent:
2008017, Jul 24, 2008
Filed:
Jan 22, 2008
Appl. No.:
12/009811
Inventors:
John Carlton Mankins - Ashburn VA, US
Robert Stottle Wegeng - Richland WA, US
International Classification:
B01J 19/08
F24J 2/00
US Classification:
422186, 126684
Abstract:
Processes and methods of producing fuels and other chemicals whereby a substantial portion of the chemical energy of the product is provided by solar energy () or a powerbeam () consisting of microwave, laser or other radiant energy, and performing thermochemical processes. Systems and applications include using radiant energy to drive moderate- to high-temperature endothermic reactions, followed by downstream chemical reactions and separations to create the desired chemical product.

Space Solar Power System For Thermochemical Processing And Electricity Production

US Patent:
2008028, Nov 20, 2008
Filed:
Jan 22, 2008
Appl. No.:
12/009733
Inventors:
John Carlton Mankins - Ashburn VA, US
Robert Stottle Wegeng - Richland WA, US
International Classification:
H01L 35/02
H01L 35/34
US Classification:
136206, 136201
Abstract:
Thermochemical processing systems for the production of electricity and chemicals using energy from an orbiting space solar power satellite (). Methods of producing electricity and chemicals using the powerbeam (). Systems and applications include the orbiting satellite, which intercepts solar energy () and directs a powerbeam to a lunar or planetary surface or a receiving system in space; rectennas () for the production of electricity; and concentrators (), receivers () and thermochemical process systems for the production of fuels and other chemicals. Efforts are made to optimize the operation of the system through the utilization of solar energy, when available, plus the powerbeam from the satellite.

Radiant Energy Thermochemical Processing System

US Patent:
2010009, Apr 22, 2010
Filed:
Jan 22, 2008
Appl. No.:
12/009687
Inventors:
John Carlton Mankins - Ashburn VA, US
Robert Stottle Wegeng - Richland WA, US
International Classification:
B01J 19/00
F24J 2/02
B01J 8/00
C01C 1/00
US Classification:
422148, 126680, 422206, 422188, 422199
Abstract:
Thermochemical processing systems for the production of chemicals using solar () or other radiant energy as the heat source for chemical reactions and separations. Radiant energy receivers () operating in conjunction with concentrator systems (), heat exchangers, chemical reactors and chemical separators. Systems and applications include the concentration of radiant energy in support of a moderate- and/or high-temperature, endothermic chemical reaction followed by downstream reactions and separations so that a chemical fuel is produced. Efforts are made to match concentrator types with need; for example, parabolic trough concentrators may be used to produce steam at low- to moderate-temperatures and parabolic dish concentrators may be used to drive moderate- to high-temperature chemical reactions such as methane reforming, and hybrid concentrators () may be used to concentrate radiant energy from multiple energy sources.

Amazon

John Mankins Photo 38

The Case For Space Solar Power

Author:
John C. Mankins
Publisher:
Virginia Edition Publishing
Binding:
Hardcover
Pages:
488
ISBN #:
099133700X
EAN Code:
9780991337002
This book makes the case for Space Solar Power; recounting the history of this fascinating concept and summarizing the many different ways in which it might be accomplished.The book describes in detail a highly promising concept - SPS-ALPHA (Solar Power Satellite by means of Arbitrarily Large Phased...
John Mankins Photo 39

The Role Of The Deep Space Network's Frequency And Timing System In The Detection Of Gravitational Waves

Author:
John C Mankins
Publisher:
PN
Binding:
Paperback
John Mankins Photo 40

Energy From Space: An Entry From Macmillan Reference Usa's <I>Macmillan Reference Usa Science Library: Space Sciences</I>

Author:
John C. Mankins
Publisher:
Macmillan Reference USA
Binding:
Digital
Pages:
3
This digital document is an article from Macmillan Reference USA Science Library: Space Sciences, brought to you by Gale, a part of Cengage Learning, a world leader in e-research and educational publishing for libraries, schools and businesses. The length of the article is 965 words. The article is ...

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