Deepdive2015 by AARR

EXPLORING CROSSOVER TECHNOLOGIES IN THE SPACE AND ENERGY SECTORS

Aramco Technology and Operational Excellence Forum 2015

April 7-8, 2015

The Woodlands Waterway Marriott Hotel & Convention Center 1

WELCOME

Mark K. Murphy Vice President Aramco Services Company We’ve heard the phrase, “the sky’s the limit.” That might have been true at one time, but now we live in a different world. Innovation in science and technology has bolstered our capabilities – allowing us to reach new places, experience new realities. There really are no limits when it comes to ingenuity and progress. And that’s why we are here today. Many top leaders in industry – energy, aerospace, and more – have responded to the call to join together at the Aramco-hosted Deep Space, Deep Ocean Forum to share their knowledge, experience and ethusiasm to help advance operational excellence. We are pleased with the sizable group of business leaders, scientists, engineers, technologists and other professionals from the private and public sectors who are in our midst today. We are also very proud of the large gathering of students, faculty, and researchers who are participating from a number of top universities. They represent a future generation of sustainability; our world going forward. After months of planning this special mission – with NASA working to help develop the program content – we are now on the launch pad and ready for liftoff. Together, let’s explore what each industry is doing to help solve similar operational challenges. Then let’s go a little deeper and seek opportunities for technology collaboration. The legendary Walt Disney was once quoted as saying, “If you can dream it. You can do it.” There’s no better time than right now to set our sights high and achieve the “impossible.” Enjoy the mission!

Mark K. Murphy

ABOUT THE FORUM

The 2015 Deep Space, Deep Ocean Forum, hosted by Aramco, seeks to bring together experts from both the energy and aerospace industries to explore crossover technologies for operational excellence. Both industries work at the leading edge of technological standards, and are constantly looking for new ways to ensure safety and reliability. They share similar challenges, as both operate at times in harsh, remote and often unexplored environments. The forum will allow participants to gain valuable insight from others outside their industry circles – to really open up to a whole new world of possibilities. Aramco is committed to industry excellence, and is joining its colleagues to help advance next-generation technologies.

Table of Contents Event Schedule Pages 6-7 Keynote General Sessions Pages 8-9 Technical Tracks/Deep Dives Pages 10-31 • • • • •

Risk Management & Reliability Robotics & Automation Advanced Technologies & Materials Synergy Between Industries Cybersecurity & Big Data Analysis

Keynote Speaker Bios Pages 32-37 Event Sponsors Pages 38-39 Exhibitors Pages 40-41 Sponsor/Exhibitor Profiles

Pages 42-43

EVENT SCHEDULE TUESDAY, APRIL 7 7:00 a.m.

Registration, Breakfast and Expo

8:00 a.m.

Welcome Address

8:15 a.m.

General Session One

10:00 a.m. Break and Expo 10:30 a.m. Technical Tracks/Deep Dives – (Five Concurrent Sessions) Noon

Lunch and Expo

1:30 p.m.

General Session Two

3:15 p.m.

Break and Expo

3:45 p.m.

Technical Tracks/Deep Dives – (Five Concurrent Sessions)

5:30 p.m. Networking Reception and Expo

WEDNESDAY, APRIL 8 7:00 a.m. Registration, Breakfast and Expo 8:00 a.m. General Session Three 9:45 a.m.

Break and Expo

10:15 a.m. Technical Tracks/Deep Dives – (Five Concurrent Sessions) 11:45 a.m. Lunch and Expo

1:15 p.m.

Technical Tracks/Deep Dives – (Five Concurrent Sessions)

2:45 p.m.

End of Forum

Khalil Al-Shafei Manager Engineering & Technology Aramco Services Company To Deep Space, Deep Ocean Forum Participants: It began with a simple conversation about a year ago between Aramco, NASA and others in industry that went something like this: “We all share similar challenges when working in harsh, remote environments – why not develop a platform where we can explore crossover technologies for safety and reliability, and then set the stage for collaboration?” And that’s when the countdown began. The Deep Space, Deep Ocean Forum was on its way to the launch pad. I am delighted that so many across a range of sectors – energy, aerospace, medical, automotive, academic and more – have eagerly responded to this unique opportunity. We have indeed brought together some of the best minds in industry. Keynote speakers in the general sessions will look at the overarching challenges between the industries, and also talk about their own winning strategies on how to build a culture of innovation. The five technical tracks, or Deep Dives, will allow participants to further explore new or nascent technologies that are building traction, and also forge connections for collaborative technology development. I would like to thank the presenters for their commitment to share their expertise, especially NASA for its involvement to help develop the technical program. This year’s forum is only the beginning. We plan to host it on an ongoing basis, and look forward to retaining you on the mission crew. Together, we can lead a new age of technology. Regards,

Khalil Al-Shafei

TUESDAY, APRIL 7 General Session 1 8:15 a.m. - 10 a.m.

“Technical Challenges in the Oil & Gas and Aerospace Industries”

Achieving and maintaining operational excellence is a constant

of the harshest environments known to mankind. This general

journey; one that requires tenacity, skill, and a willingness to share

session will bring together renowned leaders from both industries

best practices with others. Some of the most innovative ideas can

who will analyze the overarching technical challenges within each

be found outside an industry’s normal “orbits.” The aerospace

sector, draw parallels between the two, then kickoff the discus-

and oil and gas industries are discovering new opportunities for

sion on how to create synergies that lead to a new stratosphere

technology collaboration, as they both at times operate in some

of innovation.

Speaker Panel

Douglas Terrier, Ph.D. Chief Technologist NASA JSC

Ahmad O. Al Khowaiter CTO, Saudi Aramco

Bill Kline, Ph.D. Manager, ExxonMobil Upstream Research

“Aerospace Technical Challenges”

“Oil & Gas Technical Challenges”

“Similarities Between Aerospace and Oil & Gas Technical Challenges”

General Session 2 1:30 p.m. – 3:15 p.m.

Omar Hatamleh, Ph.D. Associate Chief Scientist, NASA ARC Moderator

“Sparking Innovation in Your Organization”

Innovation is the “wildfire of ideas.” It can be ignited and spread

most successful companies – you will almost always find a thriving

quickly throughout an organization when the flames are fanned –

culture of innovation. Organizations that do not spark innovation

or die out quickly if doused with cold water or ignored. How does

tend to lag behind. This session will feature speakers across

your organization approach innovation? Too often, engineers and

several industries – aerospace, energy, automotive, academic, and

scientists are only exposed to like-thinking individuals, working in

medical – who all understand what it takes to ignite a wildfire of

environments that don’t reward and encourage new and differ-

new ideas. They will share their stories and insights.

ent ways of doing things. If you look inside some of the world’s

Speaker Panel

John Olson, Ph.D., VP, Sierra Nevada 8

Don McConnell, VP, Georgia Institute of Technology

Stephen Igo, Director, Houston Methodist DeBakey Heart & Vascular Center

Enrico Pisino, Head of Innovation, Chrysler and Fiat

John L. Hurter, President & CEO, Energy Markets Access Moderator

GENERAL SESSIONS

WEDNESDAY, APRIL 8 General Session 3 8:00 a.m. – 9:45 a.m.

“Dealing with Challenges in Implementing Innovative Ideas”

Now that you are ready to take a leading role in developing a culture

“generational divide”? This session will feature some of the most

of innovation – how do you deal with the challenges? How can

innovative leaders across a range of industries who have successfully

you spark innovation in an organization that is fearful of change,

pushed through the barriers. Don’t miss out on these inspirational

steeped in bureaucracy, stuck with a shrinking budget that requires

stories and valuable lessons.

“doing more with less,” and a workforce struggling with

Speaker Panel

Stephen J. Altemus, President, Intuitive Machines

John Bartos, VP, Cameron

Julio Guerrero, Ph.D., Principal, Draper Laboratory

Thomas H. Marshburn, M.D., Astronaut, NASA

Eric van Oort, Ph.D., Professor, Petroleum Engineering, UT Austin

Marc Goldsmith, President, Marc Goldsmith & Associates Moderator

See Keynote Speaker Bios, pages 32-37 9

TECHNICAL TRACKS DEEP DIVES

DEEP DIVE 1

Risk Management & Reliability

DEEP DIVE 2

Robotics & Automation

DEEP DIVE 3

Advanced Technologies & Materials

DEEP DIVE 4

Synergy Between Industries

DEEP DIVE 5

Cybersecurity & Big Data Analysis

DEEP DIVE

RISK MANAGEMENT & RELIABILITY In the aftermath of the 2010 Deepwater Horizon incident and since passage of new regulations by the Bureau of Safety and Environmental Enforcement (BSEE) â&#x20AC;&#x201C; offshore operators, suppliers, and drilling companies have focused more intensely on the looming risks that exist when operating in deep-water environments. This track will cover: Advanced Risk Assessment, The Future Direction of Regulation; Big Data

Analytics; Prognostics; Advanced Sensors; Human-Machine Interface; and Reliability, Availability and Maintainability Design and Modeling. Join representatives from top O&G companies, NASA â&#x20AC;&#x201C; JSC/JPL, BSEE, National Laboratories, ASME, university researchers, suppliers and solution providers to map the challenges and examine best practices and technologies to achieve greater organizational safety and performance.

Deep Dive 1: Risk Management & Reliability

TUESDAY, APRIL 7 Opening Remarks 10:30 a.m. – 10:45 a.m.

Joseph Thorp, Engineering Consultant, Technical Services Department, Aramco Services Company

Session 1 10:45 a.m. – 12:15 p.m.

“Risk Assessment & Regulation”

Risk is unavoidable in both deep space and deep ocean exploration. Offshore operators, suppliers, and drilling companies are seeking new and more effective methods to identify the looming risks that exist in harsh, remote and deep water environments. Join leading operating companies, NASA, BSEE, ASME, university researchers, suppliers and solution providers in mapping the challenges and solutions to the vexing environments that are presently pushing the limits of pressure, temperature, speed and human imagination. Speaker Panel • Michael Stewart, Probabilistic Risk Assessment, NASA • Brian Salerno, Director, Bureau of Safety and Environmental Enforcement (BSEE) • Robin Pitblado, Ph.D., Vice President, Risk Advisory Services, DNV-GL • Pierre Secher, Oil & Gas Manager, APSYS • Olivier Benyessaad, Offshore Business Development Manager, Bureau Veritas • Lincoln Stroh, Vice President, SEMS Services, J. Connor Associates Moderator Brad Smolen, Director, Gulf of Mexico, BP

Session 2 3:45 p.m. – 5:15 p.m.

“Managing the Human Machine Interface”

Leading voices from the aerospace, research and private sectors will discuss standards, guidelines and research that are designed to enable operators to better manage human factors within high risk environments. These vary remarkably, however the goals are the same – to improve the match between human capabilities and constraints to the machinery being maintained and operated. Panelists will present some of the newer design concepts that ensure higher performance HMI. Current gaps within existing standards will be highlighted and the implications these have on future research and industry action. Speaker Panel • Chris Lutat, President, Convergent Performance • Anthony P. Ciavarelli, Ed.D., Founder and Chief Scientist, Human Factors Associates • Camille Peres, Ph.D., Assistant Professor, Texas A&M University • Denise M. Brooks, Ph.D., Human Factors Specialist, Risktec Solutions • Scott M. Shemwell, D.B.A., Managing Director, The Rapid Response Institute Moderator C.R. “Charlie” Williams, Executive Director, Center for Offshore Safety 14

WEDNESDAY, APRIL 8 Session 3 10:15 a.m. – 11:45 a.m.

“Prognostics & Health Management”

Mitigating the health, safety and environmental risks when operating in deep space or deep ocean environments requires a novel class of technologies. A panel of experts will identify some of these emerging PHM technologies – particularly associated with big data analytics, data mining and advanced sensors – that will enable organizations to better protect the people and assets involved in their operations. Speaker Panel • Roger Boyer, Chief of Analysis Branch, NASA • Bill Puglia, Chief Technology Officer, Controls and Data Services • Bernard Laskowski, President, Analatom • Chris Stecki, CEO and Co-Founder, PHM Technology Moderator Andrew Hess, President, PHM Society

Session 4 1:15 p.m. - 2:45 p.m.

“Designing For Reliability In Remote and Harsh Environments”

Serious accidents are mostly caused by process and system upsets, equipment failures and/or human error. Join an informative discussion with leading operating companies, NASA, suppliers and solution providers on the best ways to avoid or respond to dangerous failure events through effective reliability modeling, analysis and cutting edge technologies. Speaker Panel • Bruce Reistle, Data Analysis Lead, NASA • Mike Strobel, President, The Fidelis Group • Bradley J. “BJ” Bryan, Reliability Principal, GE Oil & Gas • Joseph R. Fragola, D.Sc., President & CEO, ASTI Group, LLC • Ramanan Krishnamoorti, Ph.D., Chief Energy Officer, University of Houston Moderator James “Jim” Raney, Director of Engineering, Engineering & Technology Group, Anadarko Petroleum Corporation

DEEP DIVE

Source: NASA 16

ROBOTICS & AUTOMATION The aerospace industry is known for its research, development and use of robotics – such as the Mars Rovers – to navigate and operate in some of the harshest environments imaginable. The oil and gas industry is also moving further into unexplored territories – deeper waters and remote, rugged terrains – and its engineers are realizing that the use of advanced robotics and other automation processes to create smart drilling rigs and more is becoming critical to accomplishing their company’s mission. This track will give participants an in-depth analysis of the similar challenges faced by the petroleum and aerospace industries, and will cover

command and control of remote operations, robotics, and full-scale automation. Part of the track will address accelerating adoption of automation in the drilling industry, based on experiences by NASA and lessons learned from industrial automation. Presentations will also cover control systems, systems architecture, communications protocols, and sensors. Critical to the success of automation is application of human factors engineering – automation does not eliminate the need for humans, rather it changes the roles of personnel in both space and in the petroleum industries.

Deep Dive 2: Robotics & Automation

TUESDAY, APRIL 7 Session 1 10:30 a.m. – Noon

“Robotics Developments”

Once thought to only live in sci-fi films and literature, space robots are very real and, today, are being used to not only solve challenges in deep space, but on earth as well – especially within the oil and gas industry. Join a group of NASA panelists and others who will take you on a fascinating tour of the most recent developments in robotics. Topics will include humanoid robots, advancements in robotic exoskeletons, and wheeled robots for various terrains. These robots can go “where no man has ever gone before,” or at least to places where companies have established operations that are either too risky to send people or require a new approach to ensure reliability beyond what traditional methodologies can deliver. Speaker Panel • Myron Diftler, Ph.D., Robonaut Project Leader, NASA • Reginald D. Berka, Ph.D., Chief, Robotic Systems Technology Branch, NASA • William J. Bluethmann, Ph.D., Robotics Engineer, NASA • Del Tesar, Ph.D., Chair, Mechanical Engineering, The University of Texas Moderator Robert O. Ambrose, Ph.D., Chief, Software, Robotics, Simulation, NASA

Session 2 3:45 p.m. – 5:15 p.m.

“Robotics Applications”

This session will address robotics applications in the oil field, and how companies that employ these advanced technologies can realize a return on investment through increased safety, reliability, and efficiency outcomes. Speakers will address remote operated vehicles used for subsea mapping, subsea power stations for autonomous underwater vehicles, NASA’s latest developments in underwater inspection robots, and advances in robotics for subsea remotely operated vehicles. Speaker Panel • Andy Bowen, Ph.D., Director, National Deep Submergence Facility, Woods Hole • Darby F. Magruder, Ph.D., Deputy Chief, Robotic Systems Technology Branch, NASA • Tyler Schilling, President, Schilling Robotics • Peter Moles, Chief Advanced Technology Officer, Oceaneering Moderator Robert O. Ambrose, Ph.D., Chief, Software, Robotics, Simulation, NASA

WEDNESDAY, APRIL 8 Session 3 10:15 a.m. – 11:45 a.m.

“Automation and Communications”

The importance of maintaining reliable communication systems between operating centers cannot be overstated. This session will begin with an automation roadmap, addressing the path forward to lead a mechanized industry into an automated world. Key aspects for this level of automation include real-time operating centers with command and control of distant operations. Software systems will need to be developed to run automated equipment with long lag times for communication, requiring complex algorithms to analyze large data sets and provide predictive analyses. Speaker Panel • John de Wardt, CEng Fellow IMechE, President, DE WARDT AND COMPANY, INC. • Tony Pink, Vice President, Automated Drilling Applications, National Oilwell Varco • Moray Laing, Technology Advisor, Americas Energy Practice, SAS • Del Tesar, Ph.D., Chair, Mechanical Engineering, The University of Texas Moderator Eric van Oort, Ph.D., Professor, The University of Texas

Session 4 1:15 p.m. - 2:45 p.m.

“Robotics Automation”

Experts from the oil and gas industry, NASA and other industries will continue to delve into the logistics of applying robotic technologies into field operations, identifying the opportunities and challenges. Discussion topics will include the latest technologies involved in communicating with and commanding robots. Speaker Panel • Kimberly A. Hambuchen, Ph.D., Human Robotics Systems Deputy Manager, NASA • James G. Bellingham, Ph.D., Director, Center for Marine Robotics, Woods Hole • Dean Richter, Vice President, Optical Laser Communications, Sonalysts/LEIDOS • Rich Patterson, General Manager, Kongsberg-Underwater Glider Systems • Jon McMillen, Business Development Director, K-MAX Program, Lockheed Martin Moderator Ed Tovar, CEO, InTechSys

DEEP DIVE

ADVANCED TECHNOLOGIES & MATERIALS The pursuit of new energy resources in harsher environmental territories is giving rise to a critical need for next-generation materials and advanced technologies for drilling, manufacturing and testing. Engineers are finding that some materials originally designed for traditional operating environments are less capable of withstanding more rigorous conditions. Discussions will focus on

the opportunities for both industries to work together in developing advanced materials and technologies that will help give those organizations involved the leading edge. This track will cover: ROVs and battery power, drilling advances, and optimizing remote capabilities to meet demands in challenging environments.

Deep Dive 3: Advanced Technologies & Materials

TUESDAY, APRIL 7 Session 1 10:30 a.m. – Noon

“Drilling Advances”

In today’s cost-conscious environment, most drilling operators are looking for ways to yield successful outcomes while controlling expenses. Using current technologies, the cost of generating a bore hole rises exponentially with depth. Learn about promising new advances applied in space and on earth that are effective in saving expenses associated with generating bore holes. Speaker Panel • J.R. “Randy” Mutch, Vice President, Wellsite Technology, Ensign Energy Services Inc., Topic: “Effective Rig Automation: A Driller’s Perspective” • Kris Zacny, Ph.D., Vice President and Director, Exploration Technology Group, Honeybee Robotics, Topic: “Extraterrestrial Drilling: Past, Present, and Future” Moderator Matt Franchek, Ph.D., Director, Subsea Engineering Program, University of Houston

Session 2 3:45 p.m. – 5:15 p.m.

“Electric Power in Sea & Space”

A new generation of electrical power – what’s on the horizon? Panelists will take a look at current practices, and then draw back the curtain on the future of electrical power generation, storage, distribution, and management systems for space and subsea applications. Speaker Panel: • Daniel Winslow, Senior Technical Advisor, Halliburton, Topic: “Subsea/Downhole Power Generation and Storage” • Koorosh Araghi, Technology Manager, NASA Johnson Space Center / Propulsion and Power Division, Topic: “Space Power Generation and Storage” • Richard Voight, Senior Executive Engineer, Subsea Systems, INTECSEA, Topic: “Subsea Power Management & Distribution” • Frank Davies, Senior Project Engineer, NASA Johnson Space Center / Propulsion and Power Division, Topic: “Space Power Management & Distribution” Moderator Jeff George, Project Manager, Advanced Power Systems, NASA Johnson Space Center / Propulsion and Power Division 22

WEDNESDAY, APRIL 8 Session 3 10:15 a.m. – 11:45 a.m.

“Design and Certification: Extrapolation Beyond Testing”

Solving structural engineering challenges is a fundamental priority for those in both the space and oil and gas industries. NASA officials will talk about hardware design and certification processes to ensure structural integrity, based on International Space Station and Space Shuttle experiences. Likewise, oil and gas professionals will discuss current structural engineering-related challenges related to deep-water operations. This sharing and insight should lead to exciting new possibilities for technology collaboration. Speaker Panel • Jeff O’Donnell, Ph.D., Chief Technical Advisor, Technip USA, Inc. Offshore Technical Services, Topic: “Engineering Critical Assessments” • Duane DeGeer, Techinical Advisor, INTECSEA, Topic: “Qualification and Testing of Line Pipe for Ultra-Deepwater Service” • James P. Smith, Ph.D., Senior Structures Engineer, NASA Johnson Space Center (JSC), Topic: “Verification Approaches for the International Space Station with Constrained Testing” • Raymond Patin, Stress Analysis and Fracture Mechanics Engineer, Structures Division, NASA Johnson Space Center (JSC), Topic: “Certification of Hardware for use on the Space Shuttle and International Space Station” • Sergio L. dos Santos e Lucato, Ph.D., Senior Research Scientist for Materials and Structures, Teledyne Scientific & Imaging Materials Technology Division, Topic: “Materials Selection for High Reliability Feedthroughs” Moderator Karen Bernstein, NASA Structures & Mechanisms System Manager for the Commercial Crew Program

Session 4 1:15 p.m. - 2:45 p.m.

“Structural Health Monitoring for Life Prediction in Challenging Environments”

NASA technologists will share their experiences in Structural Health Monitoring and “Digital Twin” technology currently in development, and oil and gas professionals will also share current challenges on structural integrity monitoring. Speaker Panel • Charles Ribardo, Ph.D., Materials Technical Authority, BP Upstream Global Projects, Topic: “Optimizing Material Selection for Safe and Competitive Solutions” • Brian Skeels, Emerging Technology Director, FMC Technologies, Inc., Topic: “Sensors for the Oil Industry” • William H. Prosser, Ph.D., NASA Technical Fellow, NASA Engineering and Safety Center (NESC), Topic: “NASA experiences in Structural Health Monitoring” • Mark McQueen, Asset Integrity Manager, INTECSEA, Topic: “Riser Monitoring” • Stephen Scotti, Ph.D., Advanced Materials & Structural Systems Lead, NASA Langley Research Center (LaRC) Moderator Riyadh AlShaban, Senior Engineer, Consulting Services Department, Saudi Aramco 23

DEEP DIVE

SYNERGY BETWEEN INDUSTRIES Both the aerospace and oil and gas industries have made remarkable contributions to society â&#x20AC;&#x201C; providing affordable and accessible energy sources; breakthroughs in information and engineering technologies; earth, space and medical sciences; and hope and opportunity throughout the generations. They launched a new era of progress and quite literally changed the world. It is only natural that these two industries come together to do even more than what they could do individually.

Discussions will focus on creating synergistic energies, sparking innovation, and turning great ideas on developing advanced technologies into another era of successful achievement. Topics include the use of 3D Manufacturing, industrial use of augmented reality in view of real-world tasks, the success of telemedicine and how this technology is expanding into other areas, water recycling, and the latest on developing joint ventures in todayâ&#x20AC;&#x2122;s IP environment.

Deep Dive 4: Synergy Between Industries

TUESDAY, APRIL 7 Session 1 10:30 a.m. – Noon

“3D Manufacturing”

This session will bring together parties from the oil and gas, aerospace and other industries to discuss how “additive manufacturing” can be utilized to solve difficult challenges. This new technological advancement can greatly shorten design cycle times by creating fully functional parts within days. Panelists will talk about the advantages of combining several functions into a part that previously would have been difficult with traditional manufacturing methods. This new approach can be done at a relatively low cost while reducing the need to produce a detailed drawing. Discussions will also focus on future applications where additive manufacturing allows for embedded sensors in metal assemblies and the potential of making metal components in-situ. Speaker Panel • Karen Taminger, Materials Research Engineer, NASA Langley Research Center, Topic: “Electron Beam Freeform Fabrication for Production and Repair of Components” • David Espalin, W. M. Keck Center Manager, UTEP, Topic: “Embedded Sensors and Multi-Material Components for Energy Systems” • Lyndon Bridgwater, Aerospace Engineer, Automation and Robotic Systems, NASA Johnson Space Center, Topic: “Additive Manufactured Parts in Complex Robotic Systems” Moderator Richard Hagen, NASA Johnson Space Center

Session 2 3:45 p.m. – 5:15 p.m.

“Augmented Reality

Wearable computers, such as Google Glass, are slowly making their way to the consumer market; however, they are having a huge impact on industry. The use of the computer’s heads up display/augmented reality feature has been growing at a dramatic rate. Firefighters and doctors are using them to fulfill urgent response needs, while oil field workers are beginning to employ them for just-in-time training and telepresence. An interactive panel will look at hardware and software development and how the technology is influencing their industries. Panelists will include NASA, ODG, Team evermed, and ScopeAR. The format will include an introduction by Michael Interbartolo of NASA JSC, short talks by each panelist, then a round table discussion on how the technology is advancing and what the future holds for this nascent innovation. Speaker Panel • F. Lui Wang, Spacecraft Software Engineer, NASA Johnson Space Center, Topic: “Augmented Reality Based Electronic Procedure System (AR-Eproc)” • Chris White, Director of Special Projects, Osterhout Design Group (ODG), Topic: “Wearable Technologies and Computer Peripherals for In-Situ Resource Utilization” • Chris Vukin, Concept Development and Integration Specialist, Team evermed, Topic: “Glass With Context – Augmented Reality for Better Data Flows” • David Nedohin, President, ScopeAR “ScopeAR – Augmented Reality Solutions for Industrial Processes”

Moderator Michael A. Interbartolo III, EA New Business Development Team Member, NASA Johnson Space Center

WEDNESDAY, APRIL 8 Session 3 10:15 a.m. – 11:45 a.m.

“Telemedicine”

An organization’s most important asset is its people. Panelists will discuss the challenges and solutions of providing health care to those stationed in low resource, extreme, and isolated environments. They will address the use of telemedicine for remote health care needs, specifically identifying the challenges and solutions involved. Speakers will also address how telemedicine technologies are being applied to solve other operational challenges, and explore the adoption of these techniques across domains or areas where co-development might be mutually beneficial. The overview will be followed by a Q&A session. Speaker Panel • Greg Rumph, M.D., Emergency Physician, The University of Texas Medical Branch (UTMB) at Galveston, Topic: “Capabilities and Challenges for Offshore Medical Care” • Bob Sanders, M.D., Crew Health and Safety Flight Surgeon, UTMB, NASA Johnson Space Center Neutral Buoyancy Laboratory (NBL), Topic:”Diagnosis and Treatment of DCS in the Remotest Locations: Deep Space and Deep Ocean” • Sarah Bezek, M.D., Assistant Professor of Emergency Medicine, Baylor College of Medicine, Topic: “Low Resource Medical Care Delivery Potential for Synergy With Extreme Environment Medicine” • Victor Hurst, Ph.D., Research Scientist, Wyle Science, Technology and Engineering Group “Future of Space Medicine” • Eric Richardson, Ph.D., Lecturer, Rice University Department of Bioengineering, Topic: “Advances in Medical Devices and Relevant Ongoing Development at Rice University” • Erik Antonsen, M.D., Ph.D., Assistant Professor of Emergency Medicine and Space Medicine, Baylor College of Medicine, Topic: “Extreme Environmental Medicine and Challenges of Integrating Medicine and Engineering” • Ashot Sargsyan, M.D., Space Medicine Physician, Wyle Life Sciences, Topic: “Remote Diagnosis With Limited Capabilities on ISS” Moderator Smith Johnston, M.D., Medical Director, NASA Johnson Space Center Aerospace and Occupational Medicine Clinics

Session 4 1:15 p.m. - 2:45 p.m.

“Water Recycling”

Water is an essential element to sustaining life. Management of this precious resource is also critical to industry. Exploration in space for new frontiers and exploration on earth for hydrocarbon resources both require water usage to sustain operations. As such, both industries face unique and shared challenges related to the use of water in regard to quality, treatment, disposal and availability. A panel of experts from industry, academia, and government will discuss issues related to water use and wastewater treatment and disposal across a spectrum of industries. Participants will hear case studies that outline scale of operations, nature of the water requirements and end purpose, and new technology development - and will also join in on discussions focused on shared challenges and workable solutions. Speaker Panel • Layne Carter, International Space Station Water Subsystem Manager, NASA Marshall Spaceflight Center, Topic: “International Space Station Water Processing Systems” • James P. Welch, President, Welch Water Consulting, Houston, Topic: “Oilfield Water Management: A Transition from Fresh Water to Impaired Water Reuse” • Qilin Li, Ph.D., Associate Professor, Department of Civil and Environmental Engineering, Department of Chemical and Biomolecular Engineering; and Director, Water and Energy Research Center, Rice University, Topic: “Desalination: Challenges and the Future” • Karen D. Pickering, Ph.D., Deputy Chief, Thermal Systems Branch, NASA Johnson Space Center “Advanced Technology Development for Long Duration Missions Beyond Earth” • Michael Flynn, Technology Development Engineer, NASA Ames Research Center, Topic: “Transferring NASA Water Recycling Technology to Oil and Gas Production Water Treatment and Desalination Applications” Moderator Daniel J. Barta, Ph.D., Next Generation Life Support Project Manager, NASA Johnson Space Center

DEEP DIVE

CYBERSECURITY & BIG DATA ANALYSIS The topic of cybersecurity is dominating the headlines, as more and more organizations and individuals are falling victim to malicious attacks. The challenge today is being able to remain a step or two ahead of the cyber criminals by employing technologies that can detect and prevent an intrusion and, in the case of an attack, minimize the effect on a company’s network and data stores. Most vulnerable these days are industrial control systems and devices. If compromised, the

results could be devastating. Organizations are increasingly turning to “Big Data” analysis to keep a constant eye on their massive data systems – to detect and prevent malicious attacks, as well as improve the management of control systems that support the infrastructure. This track will explore how the cyber threat environment is evolving, how that is impacting security thinking, and how Big Data analytics can be a solution for both industrial and security challenges.

Deep Dive 5: Cybersecurity & Big Data Analysis

TUESDAY, APRIL 7 Session 1 10:30 a.m. – Noon

“Emerging Cyber Security Threats”

New technologies to combat cyber threats are being exploited by cyber criminals almost as rapidly as they are coming onto the market. The need to learn what’s new in the area of cyber security will never cease. Don’t miss out on the very latest from these industry experts who will discuss the current threat environment and developing trends. Speaker Panel • Srinivas Mukkamala, Ph.D., Chief Technology Officer, Cyber Security Works, New Mexico Tech • Andrew Howard, Laboratory Director, Georgia Tech Research Institute • Kent Shuart, Network Security Marketing Manager, Dell Moderator Bo Rotolini, Director - Information and Cyber Sciences Directorate, Georgia Tech Research Institute

Session 2 3:45 p.m. – 5:15 p.m.

“Industrial Control Systems Cyber Security”

Industrial control systems are critical yet often highly vulnerable to cyber attacks. Learn from experts about potential solutions for securing existing and developing technologies such as those comprising the “Internet of Things.” Speaker Panel • Rene Moreda, ICS Security Specialist, BAE Systems Applied Intelligence • David Drescher, Chief Executive Officer, Mission Secure • Jon Stanford, Principal, Cisco Global Security Solutions Moderator Robert Timpany, Chief of Operations, ICS CERT-Idaho, U.S. Department of Homeland Security

WEDNESDAY, APRIL 8 Session 3 10:15 a.m. – 11:45 a.m.

“Introduction to Big Data”

Organizations today are swimming in huge amounts of structured and unstructured business data. Expert panelists will discuss how the aerospace and oil and gas industries leverage Big Data analytics to harness this information so it all works together to strengthen an organization’s business and operational effectiveness. This process would be difficult, if not impossible, using traditional methods. Speaker • Dr. Piyush Mehrota, Chief, Advanced Supercomputing Division, NASA • Dr. Benjamin Mann, Vice President, Government Services and Energy Divisions, Ayasdi • Dr. Abel Sanchez, Executive Director and Chief Technology Architect, Massachusetts Institute of Technology Moderator Dr. Susan Agar, Geology Technology Team Lead, Aramco Research Center – Houston

Session 4 1:15 p.m. - 2:45 p.m.

“Big Data & Cyber Security”

This session digs deeper into the ways that Big Data science can be applied in detecting malicious cyber activities. Organizations that do not have adequate detection tools are at risk of not knowing if cyber criminals have already breached their data systems, thus exposing them to costly and possible irreparable damage. Learn the “algorithms” involved to help minimize the threat environment. Speaker • Hank Tseu, Senior Manager, Computer Sciences Corporation • Andrew Walls, Research Vice President, Gartner Moderator Peder Jungck, Chief Technology Officer, BAE Systems Applied Intelligence

KEYNOTE SPEAKERS

Stephen J. Altemus President, Intuitive Machines, LLC.; former NASA Johnson Space Center Deputy Director Stephen J. Altemus currently serves as the Founder and President of Intuitive Machines, an engineering solutions company focused on control systems, advanced manufacturing, electronics, software development, computational analysis and more to solve significant challenges across multiple industries including aerospace, medicine, and energy.

Altemus served as Director of Engineering for the center from July 2006 to 2012. He is a recipient of the NASA Outstanding Leadership Medal, NASA Federal Engineer of the Year Award, Presidential Executive Rank Award, and NASA Exceptional Service Medal.

Altemus worked for NASA for more than 20 years, serving most recently as Deputy Director of NASA’s Johnson Space Center (JSC) – a center charged with overseeing human spaceflight plans and programs for the agency with a team of 11,000 civil servants and contractors. He led and directed human spaceflight architecting efforts, identifying affordable concepts for taking humans to the edge of deep space while growing the U.S. technological economy and international competitiveness.

Altemus joined NASA’s Kennedy Space Center and the Space Shuttle Program in 1989 where he held progressively more responsible positions working in Space Shuttle operations, launch, and landing activities. He served as the Columbia Reconstruction Director after the loss of the Space Shuttle Columbia on February 1, 2003. In January 2005, he joined JSC serving as the Deputy Director of Engineering and was subsequently selected as Director in July 2006.

He received his bachelor’s degree in aeronautical engineering from Embry Riddle Aeronautical University where he now serves as a member on the Engineering Advisory Board; and his master’s degree in engineering management from the University of Central Florida.

John Bartos Vice President, Development & Technology, Cameron John Bartos is Vice President of Development and Technology for Cameron. He is responsible for identifying and implementing new technologies that support Cameron’s engineering processes and product development initiatives. Bartos has served as Vice President of Engineering and Product Development for Cameron’s Compression Systems division since 2003.

He joined Cameron in 2000 as Vice President of Engineering for Compression Systems’ centrifugal compressor business, and also held leadership roles in the division’s Lean Six Sigma program as well as in reciprocating engineering, information technology and technical training functions. Before joining Cameron, Bartos held similar positions with Ingersoll-Rand and with A-C Compressor. He has a bachelor’s degree in engineering from Stevens Institute of Technology in Hoboken, NJ.

Marc W. Goldsmith General Session 3 Moderator President, Marc Goldsmith & Associates LLC Marc W. Goldsmith is President of Marc Goldsmith & Associates LLC, (MGALLC) and a former President of ASME. A fellow of ASME, Goldsmith has held numerous leadership positions in the society, including two terms on the Board of Governors (2007-2010 and 2011-2013). He contributed to making the society’s strategic priorities focus on initiatives in energy, engineering workforce development, and in ASME’s leadership role on matters of global impact.

Goldsmith founded MGALLC, providing management consulting to energy and engineering companies. He worked previously as a Director in Technology and Innovation Management at Arthur D. Little and as President of Energy Research Group, Inc., which provided energy and nuclear technical consulting. He started his career as a marine engineer operating steam and diesel tankers and freighters. Goldsmith earned a bachelor’s degree in marine nuclear science from SUNY Maritime College, and a master’s degree in nuclear engineering from the Massachusetts Institute of Technology. He is a registered professional nuclear engineer in California.

A strong advocate of engineering and engineering innovation at all levels, Goldsmith served on the general management board of ASME Innovative Technologies Institute, LLC, the Board of Sustainable Energy Analytics, and the Board of Engineers Without Borders. 33

Julio C. Guerrero, Ph.D. Principal, R&D and Business Development, Energy Division, Draper Laboratory; ASME 2015-2016 president nominee Julio C. Guerrero, Ph.D., is President Nominee of The American Society of Mechanical Engineers (ASME) for the 2015-2016 term of office. ASME was founded 133 years ago and, today, has almost 130,000 members in 150 countries. Dr. Guerrero currently serves as Principal, R&D and Business Development, in the Energy Division at Draper Laboratory – a research and development laboratory in Cambridge, Mass. At Draper, Dr. Guerrero identifies ways to apply the lab’s expertise in advanced technological solutions – such as sensors, controls, automation, guidance and navigation, data analytics, secure communications, advanced communications and more – to improve the energy industry, and O&G exploration and production in particular. Prior to joining Draper in 2011, Dr. Guerrero was a Principal Research Scientist at Schlumberger Research in Cambridge. Schlumberger (SLB) is the world’s leading supplier of technology,

integrated project management and information solutions to customers in the oil and gas industry. At SLB, he established and led a number of multidisciplinary research collaborations in robotics, mechanical systems, and more for subsea and land oil operations between SLB, The Massachusetts Institute of Technology (MIT), and WHOI. He holds 22 patents worldwide, is author and co-author of several technical publications, has lectured at MIT, and speaks English, Spanish, and Italian. Dr. Guerrero earned both a doctorate and master’s degree in mechanical engineering from the University of Texas at Austin. He also served as vice chair of the Mechanical Engineering External Advisory Committee at UT Austin from 2002 to 2003. He received his bachelor’s degree in mechanical engineering along with top honors from Peru’s Universidad Nacional de Ingeniería in Lima-Perú.

Omar Hatamleh, Ph.D. General Session 1 Moderator Associate Chief Scientist, Office of the Chief Scientist, NASA Ames Research Center Omar Hatamleh, Ph.D., is the Associate Chief Scientist at NASA Ames Research Center. In this role, he is responsible for identifying new and promising areas of scientific research, and supporting technologies that can be integrated into the center’s capabilities. Dr. Hatamleh also keeps abreast of ongoing work to ensure the center research programs contribute effectively to national aerospace and scientific objectives. Dr. Hatamleh’s previous role included providing guidance in the areas of strategic development, partnerships, formulation strategies and innovation. Formerly Dr. Hatamleh was the Space

Shuttle Orbiter Structures Subsystem Manager. In this capacity, he managed contractor efforts and technical progress in relation to schedule and allotted resources. He also served as a technical expert providing oversight and approval authority of the Space Shuttle Flight Readiness Statement, and provided approval of all structural related flight problem resolutions. Dr. Hatamleh has 18 years of aerospace industry experience and is recognized as a world-renowned scientist in laser peening technology. Dr. Hatamleh has been an invited speaker to multiple national and international events related to that field, and has been the recipient of several prestigious awards and recognitions from NASA.

John L. Hurter General Session 2 Moderator Founder, President and CEO, Energy Markets Access John L. Hurter, a native Houstonian, has over 23 years of experience working in the energy, and oil and gas Industries. He has traveled and conducted business in more than 20 countries developing an extensive network of clients and partners. Hurter is the Founder, President, and CEO of Energy Markets Access (EMA). Under his vision and leadership, EMA has accelerated the growth of over 200 oil and gas companies into their target market niches, with technologies and services s 34

panning across the upstream value chain. Since 2007, Hurter has served as U.S. Country Manager for INTSOK Norwegian Oil & Gas Partners and as the Oil & Gas Advisor for the Norwegian Government. Hurter received a bachelor’s degree in marketing from the McCombs School of Business at the University of Texas at Austin, a bachelor’s degree in industrial distribution and power technology from the University of Houston, and participated in executive education at the Fuqua School of Business at Duke University.

Stephen R. Igo Director of the Entrepreneurial Institute and CardioDesign Laboratory, Co-Director of the Pumps & Pipes Program at the Houston Methodist DeBakey Heart & Vascular Center Stephen R. Igo is Director of the Entrepreneurial Institute and CardioDesign Laboratory, Co-Director of the Pumps & Pipes Program at the Houston Methodist DeBakey Heart & Vascular Center (MDHVC), and Senior Associate at the Methodist Research Institute. His responsibilities include development of innovative proprietary technologies that address unmet medical needs by integrating and applying the broad expertise of MDHVC physicians and researchers in the fields of cardiovascular surgery, cardiovascular imaging, and interventional cardiology. Additionally, Igo is responsible for identifying commercially viable technologies and strategic areas for cardiovascular device and biotechnology applications in which MDHVC can

attain a leadership role. Igo received his training in Cardiopulmonary and Perfusion Technology at National Naval Medical Center and Research Institute, Bethesda, Maryland. He has held research and clinical support positions with the Texas Heart Institute and Baylor College of Medicine. Igo is Co-Founder and Former President of CardioVascular Research and Development, Inc. (CVR&D). CVR&D conducted preclinical testing of cardiovascular devices for medical product companies. He is also Co-Founder and Former President of Cormedics Corporation, a Texas Life Science company. Igo has authored more than 80 peer-reviewed scientific articles and is the co-inventor on 21 issued and pending national and international patents.

Ahmad O. Al Khowaiter Chief Technology Officer, Saudi Aramco Ahmad O. Al Khowaiter is Saudi Aramco’s Chief Technology Officer. He joined Saudi Aramco in 1983, where he held various technical roles in oil and gas production organizations ranging from design, project management, commissioning, and operations; as well as a number of supervisory, managerial, and general management positions. In 2001, he led the commissioning and start-up of Hawiyah Gas Plant, followed by the start-up of Haradh Gas Plant in 2003 – two of the largest natural gas processing plants in the world. At the end of 2006, Al Khowaiter led the Planning and Development of King Abdullah University of Science and Technology (KAUST). Subsequently, he held the position of Interim Provost, KAUST (2007) and Interim Vice President for Economic Development, KAUST (2008 - 2009).

He also held the position of Saudi Aramco Chief Engineer from 2011 to 2014, and Executive Director of Power Systems in 2014 before assuming his present role. Additionally, he served on the board of directors of Petron Corporation in the Philippines from 2005-2007 and the board of directors of Showa Shell Sekiyu K.K. from 2011 until 2014. He was also a board member of Sadara from 2011-2013. He presently serves as a director on the board of the Arabian Gulf Oil Company (AGOC), and the Power and Water Utility Company for Jubail & Yanbu’ (MARAFIQ). He is an elected board member of the Saudi Council of Engineers (SCE), a board member of the Saudi Energy Efficiency Council (SEEC), and a member of the Advisory Committee for the Supreme Economic Council of the Saudi Arabian Government. Al Khowaiter holds a Bachelor of Science in chemical engineering from the King Fahd University of Petroleum & Minerals (KFUPM) and a Master of Science in chemical engineering from the University of California at Santa Barbara. He also earned a Master of Business Administration as a Sloan Fellow from the Massachusetts Institute of Technology.

William “Bill” Kline, Ph.D. Manager, Drilling and Subsurface Function, ExxonMobil Upstream Research Company William “Bill” Kline, Ph.D., is Manager of the Drilling and Subsurface Function of ExxonMobil Upstream Research Company. An ExxonMobil employee since 1980, Dr. Kline has held a variety of research positions, as well as assignments in Drilling Operations and Drilling Technology Applications.

He holds the distinction of being a co-founder of Pumps & Pipes, a symposium series that brings together oil & gas and medical professionals to explore common interests and opportunities for collaboration. He earned a doctorate degree in chemical engineering from the University of Michigan.

Tom Marshburn, M.D. Astronaut, NASA Thomas H. Marshburn, M.D., joined Houston’s Johnson Space Center in 1994 as a flight surgeon, assigned to Space Shuttle Medical Operations and to the joint US/Russian Space Program. Following that, he served as a flight surgeon for NASA personnel deployed to the Cosmonaut Training Center in Star City, Russia; a co-chair of Medical Operations for the Shuttle/Mir Space Program; Deputy Flight Surgeon for Neuronal (STS-98) and lead Flight Surgeon for the STS-101 mission to the International Space Station (ISS). After spending 10 months as a NASA Representative to the Harvard/MIT Smart Medical Systems Team of the National Space Biomedical Research Institute in Boston, Massachusetts, he worked as the lead Flight Surgeon for Expedition 7 to the ISS in 2003, supporting from Russia, Kazakhstan, and Houston.

Dr. Marshburn completed his first spaceflight in July 2009, which included three spacewalks; then launched to the International Space Station as a flight engineer in December 2012, where, among his other duties, conducted an emergency spacewalk to replace a leaking ammonia pump. Dr. Marshburn received a bachelor’s degree in physics from Davidson College, North Carolina, in 1982; a master’s degree in engineering physics from the University of Virginia in 1984; a doctorate degree in medicine from Wake Forest University in 1989; and a master’s degree in medical science from the University of Texas Medical Branch (UTMB) in 1997. His honors include a NASA Superior Achievement Award, 1998; Space and Life Sciences Division Special Space Flight Achievement Award, 2003 and 2004, and a Lyndon B. Johnson Space Center Superior Achievement Award, January 2004.

Don McConnell Vice President, Industry Collaboration, Georgia Institute of Technology Don McConnell serves as Georgia Tech’s Vice President of Industry Collaboration with responsibility for collaboration strategy and commercialization alliances. He joined Georgia Tech in October 2012. Over the last 30 years, McConnell served as a senior executive and officer of the Battelle Memorial Institute, the leading independent research and development organization with annual research revenues of $6.5 billion.

responsibility, retiring in 2012 as a Corporate Senior Vice President leading one of Battelle’s four global businesses. Following his retirement from Battelle in 2011, McConnell founded and ran the Tarrington Group LLC, an energy technology strategy consulting network that has developed and implemented major program and proposal strategies for universities, national labs and industrial firms. Through the efforts of the Tarrington Group with Georgia Tech, McConnell became engaged with the institute in revamping the strategy for the GT’s Strategic Energy Institute to gain national recognition and growth in the volume of energy science and technology research.

His career spanned the full spectrum of research, development and deployment of innovations for government and industry. Throughout his time at Battelle, he held a number of leadership positions of increasing

John M. Olson, Ph.D. Vice President, Space Systems Group, Sierra Nevada Corporation John M. Olson, Ph.D. is the Vice President for Sierra Nevada Corporation’s (SNC) Space Systems Group, where he is responsible for space exploration and advanced development of the Dream Chaser program, a modern reusable lifting body space system for crew and cargo transport to low Earth orbit. His portfolio includes industry, international, interagency, and institutional/academia relationships and he also leads the SNC Space Systems Government Affairs Office in the Washington D.C. area. Dr. Olson joined SNC in July of 2013. He is also currently a member of National Research Council’s Air and Space Engineering Board in the National Academy of Science.

Prior to his current role at SNC, Dr. Olson was the Assistant Director for Space and Aeronautics in the Office of Science and Technology Policy in the Executive Office of the President, where he was responsible for civil, commercial, and national security policy for space and aeronautics. Prior to serving at the White House, Dr. Olson held several senior executive positions at NASA Headquarters. He also continues to serve as the Director of the Joint Reserve in the Office of the Assistant Secretary of Defense for Research and Engineering as an Air Force Reserve officer at the Pentagon. He has 26 years of government service in aerospace. Dr. Olson earned a bachelor’s degree in engineering science and mechanical engineering from the U.S. Air Force Academy, a master’s degree in materials science and engineering from the University of Illinois, another master’s degree in aviation systems, avionics, and human factors from the University of Tennessee, and a doctorate in industrial and systems engineering from Auburn University.

Eric van Oort, Ph.D. B.J. Lancaster Professor in Petroleum Engineering at The University of Texas at Austin Eric van Oort, Ph.D., is the B.J. Lancaster Professor in Petroleum Engineering at The University of Texas at Austin. Prior to that, he spent 20 years with Royal Dutch Shell in a variety of technical and managerial roles, starting out as a research scientist in The Hague and then advancing to Manager of the company’s Wells Performance Improvement and Onshore Gas Technology division in Houston. He joined UT Austin in early 2012 to return to his passion for teaching.

Dr. van Oort is also one of the founders and current chairman of the board of directors of Genesis RTS, a company specializing in real-time drilling, completion and production technologies. He also owns his own consulting company. His interests include: deepwater and unconventional well construction, drilling automation, real-time operations centers and remote command & control, drilling optimization & NPT/ILT mitigation, rock-fluid interactions and wellbore geomechanics, drilling fluid design, zonal isolation, fit-for-purpose rigs and well manufacturing, hydraulic fracturing and associated water management. He holds a doctorate degree in chemical physics from The University of Amsterdam.

Enrico Pisino Head of Innovation, Chrysler Group LLC; Head of Research & Innovation, Fiat Group Automobiles Enrico Pisino serves as both Head of Innovation at Chrysler Group LLC, and Head of Research and Innovation at Fiat Group Automobiles. In this role, he is responsible for managing and directing research and innovation activities for new features for vehicle programs, innovation processes to identify emerging technologies, ensuring overall alignment of innovation programs with Fiat’s and Chrysler’s brands, competitive marketplace and technology development, and transferability of technological innovation among vehicle platforms. Since joining Chrysler Corporation in 2011 as the Head of Innovation, Pisino has made use of his experience and background to help launch Innovation Space as well as re-establishing the need for Systems and

Components technology roadmaps, which support the Innovation Process. In addition, he has provided his team with a renewed focus on collaboration, and the importance of leveraging the creative knowledge and resources of both internal and external partners. Prior to his current role, Pisino was Director of Interiors for Fiat Group Automobiles, where he had strategic R&D responsibility for seat modules and trim, cockpit module, and vehicle HVAC systems. Since 2008, Pisino has also been the acting CEO (representing Fiat) for IAM (Innovazione Automotive e Metalmeccanica), an industry consortium whose main goal is to support the conversion industry for commercial works and recreational vehicles (cars, trucks and motorcycles). Pisino earned a master’s degree in mechanical engineering from the Politecnico di Torino (Italy’s oldest technical university).

Douglas Terrier, Ph.D. Chief Technologist, NASA Johnson Space Center Douglas Terrier, Ph.D., is the Chief Technologist at the NASA Johnson Space Center, serving as the Principal Advisor to the Center Director for technology, and the Center’s point of contact for the Agency Chief Technologist and the Space Technology Mission Directorate. He is responsible for guiding JSC’s technology investment strategy and integrating and managing the comprehensive technology portfolio. Dr. Terrier also serves a dual role as the Deputy Director of JSC’s Strategic Opportunity and Partnership Development (SOPD) Office. Dr. Terrier’s previous assignment was Associate Director of Engineering where he led teams responsible for design and development of spacecraft for NASA’s human space exploration program. He also managed the multi-center Crew Exploration Vehicle Aero-science Project developing the critical aerodynamic and aero-thermal environment design database for the Orion spacecraft.

led efforts to align field Center institutions with the Vision for Space Exploration. He joined NASA in 2003 at the Langley Research Center in the Office of Business Development, where he was responsible for growing and realigning the Center’s strategic business profile. Dr. Terrier worked in the commercial aerospace sector for a total of 23 years with Lockheed Martin, General Dynamics and General Electric Aircraft Engines. He was responsible for International Business Development for Lockheed Martin in the Asia/Pacific region. Dr. Terrier earned a doctorate degree in aerospace engineering and a master’s degree in mechanical engineering from The University of Texas at Austin. He also completed the Carnegie Mellon Graduate School of Industrial Management program with the Lockheed Martin Institute for Leadership Excellence. Dr. Terrier holds patents for his work in aerospace propulsion and has published numerous technical papers. He has earned the Lockheed Martin “Outstanding Technical Achievement” award on four occasions, several NASA “Superior Technical Accomplishment” awards, and the NASA Leadership medal.

Prior to joining JSC, Dr. Terrier served in the Enterprise Readiness Division in the Office of Program Analysis and Evaluation at NASA HQ where he

SPONSORS

Aramco would like to recognize and thank the following Deep Space, Deep Ocean Forum 2015 sponsors for their generous support.

PLATINUM SPONSOR

SILVER SPONSOR

Please refer to the “Sponsor/Exhibitor Profiles” section, pages 42-43, for information about these sponsors. 39

EXHIBITORS

The following companies will be exhibiting at the Deep Space, Deep Ocean Forum. Stop by their exhibit booths to meet with representatives, and learn how their company’s products and services can support your company’s operational goals. 109 APSYS & Bureau Veritas Partnership

110 Industrial Equipment Co.

102 Aramco

116 Lockheed Martin

114 Bradken-Energy

100 NASA

113 Controls and Data Services Ltd.

108 Rockwell Automation

115 EPMA

106 Southwest Research Institute

117 ETAP

104 Teledyne Oil & Gas

107 IEEE Xplore Digital Library

111 University of Houston EXIT

EXIT

EXIT 111 110 109 108

EXPO HALL

107

North Town Center

113 114 115

106

116 117

104

102

Main Entrance

100

EXIT

Please refer to the “Sponsor/Exhibitor Profile” section, pages 42-43, for information about these exhibitors. 41

SPONSOR/EXHIBITOR PROFILES APSYS & Bureau Veritas Partnership: Established in 1985, APSYS is the corporate center of excellence for technical risk management of AIRBUS Group. It provides technical safety, system engineering and reliability services to the aerospace and aeronautic business. Established in 1828, Bureau Veritas is a global leader in Testing, Inspection and Certification (TIC), delivering high quality services to help clients meet the growing challenges of quality, safety, environmental protection and social responsibility. By combining APSYS aerospace strategic competencies with Bureau Veritas oil & gas expertise, the APSYS & Bureau Veritas Partnership is now offering innovative solutions that go beyond simple compliance with regulations and standards, reducing risk, improving performance and promoting sustainable development of subsea systems. Crossover knowledge from aerospace to subsea has appeared as on opportunity, APSYS & Bureau Veritas have made it a priority. www.apsys.eads.net www.bureauveritas.com

Bradken-Energy is a full service steel foundry and machining organization with a longstanding reputation for providing the oil & gas industry with the most complex engineered steel castings in the world. From engineered concept to finished product, we produce custom castings in more than 130 engineered alloys and weighing as much as 55,000 lbs. www.bradken.com

Controls and Data Services (CDS) formally known as Optimized Systems and Solutions, provides high integrity asset control, monitoring and data solutions. As part of the RollsRoyce Group, CDS supports more than 300 customers worldwide with systems that monitor, capture, analyze and transform asset data. The company’s proven solutions provide customers with equipment management tools and intelligence – improving safety and reliability while reducing operation and maintenance costs. CDS’ vision is to create a clear view of unforeseen events for our customers through the real-time fusion and aggregation of people, process, and equipment risks. CDS VISIUMTM solutions harness the power of evidence-based analysis from operational data to provide products and services that focus on risk management and equipment availability. This enables improvement initiatives to be planned, calculated and tracked, to deliver operational efficiency. www.controlsdata.com

As your business thrives, it becomes harder to juggle the increasing number of people, projects and deadlines. EPMA can ease your company’s growing pains by refining processes through innovative project and portfolio management solutions that provide complete visibility and simplify the way you work. www.epmainc.com

ETAP is a full spectrum analytical engineering firm specializing in the planning, design, analysis, operation, training, and computer simulation of power systems. ETAP is the most comprehensive power system enterprise solution. With tens of thousands of licenses in use in more than 100 countries, ETAP serves the power system needs from generation to utilization. ETAP is committed to providing quality solutions for electrical power systems. Incorporated in 1986, ETAP released the first version of Electrical Transient Analyzer Program (ETAP) power system analysis and design software. Today, ETAP is recognized as the global market leader in providing solutions for power systems analysis, design, simulation, operation, control, optimization, and automation. www.etap.com 42

IEEE, the world’s leading technical professional association, is dedicated to advancing technology for the benefit of humanity. Through its highly cited journals and magazines, conferences, technology standards, and professional and educational activities, IEEE is the trusted voice on a wide variety of areas ranging from smart grid and renewable fuels to electric power, telecommunications and consumer electronics. With a membership of more than 400,000 engineers and technical professionals across 160 countries, IEEE publishes 30 percent of the world’s literature in the electrical and electronics engineering and computer science fields, and has developed more than 4,000 industry standards. The IEEE Xplore Digital Library delivers access to our more than three million full-text articles and papers. Companies purchase annual subscription licenses that provide employees with 24/7 access to this vast information resource. www.ieee.org/digitalsubscriptions

Industrial Equipment Company is a distributor/representative for several premier manufacturers of process control instrumentation, electrical products, and portable test equipment. The company was founded in 1936 and still maintains the fundamental principle of providing exceptional customer service. The company has six stocking locations in Texas, Louisiana, and Oklahoma. www.indeco-tx.com

At Lockheed Martin, we’re driven by a sense of purpose and a passion for innovation to shape the future, solving some of the world’s most difficult challenges. With proven capabilities ranging from advanced cyber security solutions to logistics management, Lockheed Martin has a diverse portfolio to offer the oil and gas industry. As a global security and aerospace company, we help our customers keep people safe and provide them essential services. Our customers are seeking new ways of thinking to address major issues, and we’re serious about using our capabilities to help them develop solutions. www.lockheedmartin.com Rockwell Automation, Inc. (NYSE: ROK), is a global provider of industrial automation and information solutions. Brands include Allen-Bradley and Rockwell Software. Headquartered in Milwaukee, Wisconsin, Rockwell Automation employs more than 22,000 people and serves customers in more than 80 countries worldwide. Rockwell Automation operates its business through two segments – Architecture and Software, and Control Products and Solutions. We are the largest manufacturer of NEMA LV MCCs in the world and enjoy a number one market share position in the United States and Canada. Our largest single industry is oil & gas. Rockwell Automation solutions include engineered systems that range from custom-designed, bundled components to large, turnkey system integration projects. Services at Rockwell Automation include repair, asset management consulting, installed base analysis, network certifications and remote support centers and training. www.rockwellautomation.com Southwest Research Institute® (SwRI®) is an independent, nonprofit, applied research and development organization. More than 2,800 employees work in two million square feet of laboratories, workshops, and offices at the main facility at San Antonio, Texas. Engineers, scientists, analysts, and technologists perform contract work for government and industrial clients worldwide. www.swri.org Teledyne Oil & Gas is focused on strengthening the value proposition by delivering high reliability engineered solutions for subsea/topside pipeline asset integrity monitoring, sensing and power/ data network transmission and distribution system applications for the oil & gas production industry. Teledyne Oil & Gas leads with a strong reliability program based on understanding all aspects of our systems and subsystems. The company has a 25-year performance life capability – from the materials systems through to the physics of failure of each material in the system and to complex accelerated aging performance qualification using the latest advanced methods. This method involves a combined stress analysis and materials certification in association with Teledyne Scientific, a leading materials science research center in Thousand Oaks, California. www.teledyneoilandgas.com The University of Houston Bauer MBA is truly the MBA with options. The Bauer MBA offers a real-world educational platform taught by notable business leaders. Our faculty members offer global expertise while staying personal and committed to each and every student. With the Bauer MBA, you can customize your learning experience with a range of programming options, flexible class schedules and offerings of more than 100 MBA elective courses, giving you a range of options no other MBA program in Houston can offer. mba.uh.edu 43

NOTES

“IF YOU CAN DREAM IT. YOU CAN DO IT.” - Walt Disney

Aramco 46

9009 West Loop South

Houston, TX 77096

www.AramcoServices.com

Mark K. Murphy

ABOUT THE FORUM

Table of Contents Event Schedule

Pages 6-7

Keynote General Sessions

Pages 8-9

Technical Tracks/Deep Dives

Pages 10-31

• • • • •

Risk Management & Reliability Robotics & Automation Advanced Technologies & Materials Synergy Between Industries Cybersecurity & Big Data Analysis

Keynote Speaker Bios

Pages 32-37

Event Sponsors

Pages 38-39

Exhibitors

Pages 40-41

Sponsor/Exhibitor Profiles

Pages 42-43

EVENT SCHEDULE TUESDAY, APRIL 7 7:00 a.m.

Registration, Breakfast and Expo

8:00 a.m.

Welcome Address

8:15 a.m.

General Session One

10:00 a.m.

Break and Expo

10:30 a.m.

Technical Tracks/Deep Dives – (Five Concurrent Sessions)

Noon

Lunch and Expo

1:30 p.m.

General Session Two

3:15 p.m.

Break and Expo

3:45 p.m.

Technical Tracks/Deep Dives – (Five Concurrent Sessions)

5:30 p.m.

Networking Reception and Expo

WEDNESDAY, APRIL 8

7:00 a.m.

Registration, Breakfast and Expo

8:00 a.m.

General Session Three

9:45 a.m.

Break and Expo

10:15 a.m.

Technical Tracks/Deep Dives – (Five Concurrent Sessions)

11:45 a.m.