Earth to Orbit Logistics and Supply Chain Modeling and Simulation for NASA Exploration Systems Mohammed Fayez, Dayana Cope, Assem Kaylani, Mike Callinan.

Slides:



Advertisements
Similar presentations
Clarkson University. Physics, Chemistry, Calculus English Course, History, Technical, Economics Physics Modern Physics Quantum Mechanics Solid State Physics.
Advertisements

1 1 Balancing supply-use tables Ann Lisbet Brathaug Steinar Todsen Statistics Norway OECD WP NA October 2006.
Introduction to S-Plus by Francesco Ferretti Analysis of Biological Data Course Winter term 2007 Dalhousie University.
Cost in Space -----the long-term exploration plan Crew: youngerh maniclone JC.
Chapter 1 Introduction to Personal Finance
The “NASA Deep Space Mission” Learning How to Live and Work in Deep Space for Extended Stays and Very Long Missions (Like to the Asteroids and Mars)
1 Chapter 2: Product Development Process and Organization Introduction Importance of human resources: Most companies have similar technology resources.
Oil exploration Oil field development Crude oil extraction Crude oil transportation and storage Oil refining into petrol Petrol storage and transportation.
Communicating Information : Multimedia. Sights and sounds Combine all or some together and you get… multimedia.
A mission to the planet Zeus By Taylor, Ava, and Grace.
Ava Taylor Grace Zeus  Send a space craft to the planet Zeus  Space craft will deploy a probe  Probe will then tour the planet in search.
Embedded Network Controller with Web Interface Bradley University Department of Electrical & Computer Engineering By: Ed Siok Advisor: Dr. Malinowski.
1 Pertemuan 13 Servers for E-Business Matakuliah: M0284/Teknologi & Infrastruktur E-Business Tahun: 2005 Versi: >
THE FUTURE PLANS OF NASA FOR HUMAN SPACE FLIGHT; MISSIONS, LAUNCH VEHICLES.
CrystalGrid Southampton Crystallography It’s all about the data!
Q7 – How can organizations connect computer programs? Ghandi More Group A.
Integration of Applications MIS3502: Application Integration and Evaluation Paul Weinberg Adapted from material by Arnold Kurtz, David.
The solar system by Evan. What is it? The solar system has planets, the moon and other objects moving around the sun Earth is one of 8 planets orbiting.
March 2010 PDS Imaging Node 1 NASA PDS Imaging Node: NASA PDS Imaging Node: Digital Data Archives and Distribution Archiving and distributing data and.
NASA/NSTA Web Seminar: Living and Working in Space: Energy LIVE INTERACTIVE YOUR DESKTOP Thursday, February 1, :00 p.m. to 8:00 p.m. Eastern.
Strategic Plan Elements: ISRU, Analog Outpost Mike Duke November 10, 2008.
Intelligent Systems Branch Johnson Space Center Engineering Directorate Automation, Robotics and Simulation Division Commentary on: A Mathematical Programming.
Digital Image Processing Lecture3: Introduction to MATLAB.
Information Integration in Construction. Construction information In construction, architects, engineers, planners, contractors, facility managers....
Bill Staderman, PhD. Human Factors What are human factors? What is the importance of good Human Factors Engineering? 2.
Abstract Introduction Project Requirements Resources Proposed Approach and Consideration Closing Summary General Information Faculty Advisor Dr. Gerald.
Developing an Ontology for Irrigation Information Resources *Cornejo, C., H.W. Beck, D.Z. Haman, F.S. Zazueta. University of Florida Gainesville, FL. USA.
For NASA and the Citizens of the United States Michael Newland.
SPACE TRAVEL Space, the final frontier Astronaut  A person that is trained to be a pilot, navigator or scientist in space.
SCOR Convergence Forum October, 2006 Crowne Plaza Hotel Orlando- Airport USA Edgar Zapata Mike Galluzzi
Everyone needs a red book today! Log in your new assignment!  Bellringer  Who was the first person in space?  Yuri Gagarin.
How Do Spacecraft Travel to Space Photos March 8, 1994 Cape Canaveral, Florida Kennedy Space Center NASA.
Hampton Black – 11/5/12 MARS ONE. WHAT IS MARS ONE? Mars One is a private, apolitical organization whose intent is to establish a colony on Mars by 2023.
Simulation Based Operational Analysis of Future Space Transportation Systems Alex J. Ruiz-Torres Information and Decision Sciences, COBA, UTEP Edgar Zapata.
SSC SI Data Processing Pipeline Plans Tom Stephens USRA Information Systems Development Manager SSSC Meeting – Sept 29, 2009.
Probabilistic Technology Initiative for NASA Pam Caruso Technical Assistant to the Director, Engineering NASA/Marshall Space Flight Center Presented to.
The Space Shuttle. The Shuttle’s mission  The purpose of the space shuttle is to bring supplies, equipment, and people to the International Space Station.
America will send a new generation of explorers to the moon aboard NASA’s Orion crew exploration vehicle. After that, on to MARS!!!
Spacecraft: A vehicle or device designed for travel or operation outside earth’s atmosphere.
The Augustine Committee Review of Human Spaceflight Plans Committee Briefing to COMSTAC October 29, 2009 Review of US Human Space Flight Plans Committee.
NEED AT The National Equipment Exchange Depot Pass It On Center.
March 2004 At A Glance autoProducts is an automated flight dynamics product generation system. It provides a mission flight operations team with the capability.
Unit 6 Lesson 1 Explanation. In 2004, President Bush set the following goal for the NASA constellation program, “this vision… is a sustainable and affordable.
Budgeting Tool Brandon Ganch Chris George Paul Perello Mike Schmidt.
Human Exploration of Mars Design Reference Architecture 5
Computer Maintenance 6 th Grade. BCSI- 2: Students will identify and demonstrate computer maintenance and safety. a. Explain basic file management b.
The Space Shuttle. The Shuttle’s mission  The purpose of the space shuttle is to bring supplies, equipment, and people to the International Space Station.
S h o u l d W e C o l o n i z e S p a c e ? ( S p a c e W e a r ) B y N e l l J a k o n i u k.
How Far/How Fast. What are some important questions that you formed about your journey to the moon? List 2 or 3 of the most important things you need.
Recommendation to Cease NASA Crew Return Vehicle Development April 29, 2004 Amanda KellyBlake HajovskyAnthony Pittman Engineering Technical Communications.
Page 1 CSISS Center for Spatial Information Science and Systems 09/12/2006 Center for Spatial Information Science and Systems (CSISS) George Mason University.
Request for Proposals for Deep Space Travel SkyView Astronomy 2016.
Materials in Projects Scenario Overview
Company Alpha Networks Inc. Headquarters Hsinchu, Taiwan Industry
Concept Map Concept Map Civil Engineering and Architecture
USC Astronautics Faculty Adviser
Space, the final frontier
Mission to Mars STEM/Robotics Project
IMPLEMENTATION SPREADSHEET
9 Block Therma-Tech Engineering – President – Ron O’Dell
Space Transportation Space vehicles take us beyond the earth
7C Feeding Relationships
Product Development Scenario Overview
Concept Map Civil Engineering and Architecture
Space Technology and History
Design 6 Classes 4th Quarter Lunar/Mars Rover Science Project
Concept Map Civil Engineering and Architecture
Early History of Space Exploration
Project Readiness Review P10029 – Air Muscle Artificial Limb
University of North Dakota
Presentation transcript:

Earth to Orbit Logistics and Supply Chain Modeling and Simulation for NASA Exploration Systems Mohammed Fayez, Dayana Cope, Assem Kaylani, Mike Callinan Productivity Apex, Inc. Mansooreh Mollaghasemi University of Central Florida Industrial Engineering and Management Systems Edgar Zapata Kennedy Space Center Summary By Kandyce Bohannon

Project Objective Develop a Space Exploration Supply Chain (SESC) modeling, simulation, and analysis

Space Exploration Supply Chain Crew members and supplies are sent into locations in space. Valuable data, newly acquired knowledge, and physical samples are sent back to Earth.

WHY? In 2005 the Exploration Systems Architecture Study was founded in order to build a permanent base on the moon by 2020 and eventually establish similar strongholds on Mars. Necessary supplies include fuel, food, spare parts, exploration equipment, and oxygen

Reasons to Simulate Vastness of the system Uncharted locations mean unpredictable conditions Amount of time it would take to run an experiment of this type $ Expense $

Simulation Begins with a basic session file which represents the “as is” simulation model of the supply chain system User can create “what if” scenarios –After general data has been collected, the user is prompted to make adjustments if applicable through use of the Graphical User Interface. –These adjustments include intermediate and final deliveries, available resources, and interactions among people involved.

Analysis Capability The simulation report is saved in an XML session file where the base model and the “what if” model(s) simulations can be compared side-by-side. Report includes texts, tables, and graphics.

Questions?

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.