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Military Robotics and Autonomous Systems USA
July 10 - July 11, 2023
Military Robotics and Autonomous Systems USA

SAE Media Group is proud to announce the 3rd Annual Military Robotics and Autonomous Systems USA Conference on July 10 - 11, 2023, in Arlington, VA.

With the continuing advances in robotic capabilities and the increasing threat of near-peer adversary technology the US DoD is continuing to invest heavily in land robotics of all sizes to increase Warfighter lethality and remove the soldier from dangerous situations.

This is the only US-based event specifically dedicated to military robotics in the land environment. It will bring together the leading US and international program managers, robotics experts and industry to discuss the rapidly expanding role of military robots within the modern battlespace. As new opportunities and challenges emerge in this rapidly changing area, the conference enables the military robotics community to work collaboratively to forge ahead and deliver the very best unmanned capabilities to soldiers, sailors, airmen and marines.

As well as bringing together the US ground robotics community, the conference will gather in some of the most dynamic and innovative international militaries to provide their unique perspectives; no other event in the USA offers the same number of opportunities to meet, discuss and network with opposite numbers from allied nations.
 

FEATURED SPEAKERS

Dr Kimberly Sablon

Dr Kimberly Sablon

Principal Director for Trusted AI and Autonomy, Undersecretary of Defense for Research and Engineering (USD(R&E))
Dr Robert Sadowski

Dr Robert Sadowski

Army Chief Roboticist, Ground Vehicle Systems Center, AFC Combat Capabilities Development Center
Lieutenant Colonel Sjoerd Mevissen

Lieutenant Colonel Sjoerd Mevissen

Commander of Robotics and Autonomous Systems Unit, Royal Netherlands Army
Mr Jim P. Allen

Mr Jim P. Allen

Technical Director, Operational Science and Engineering, US Army Engineer Research and Development Center, Construction Engineering Research Lab (ERDC-CERL)
Mr Sean Townsend

Mr Sean Townsend

UAS Chief Engineer, Uncrewed Aircraft Systems, PEO Aviation
Mr Stuart Hatfield

Mr Stuart Hatfield

Deputy Division Chief, Human-Machine Integration , US Army

Dr Chad Kessens

Senior Robotic Research Scientist, US DEVCOM Army Research Laboratory
Dr Chad Kessens

Dr. Chad C. Kessens is a Senior Robotics Research Scientist in the Autonomous Systems Branch of DEVCOM Army Research Laboratory (ARL). He holds degrees in Mechanical Engineering from Caltech (BS, 2003), Washington University in St. Louis (MS, 2005), and the University of Maryland (PhD, 2018), and has been researching robotic manipulation topics including door opening, grasping, and self-righting since 2008. He has been a civilian employee with ARL since 2010, where he led the Robotics Collaborative Technology Alliance’s mobile manipulation task, and where he now leads ARL’s LIMMBS laboratory manipulation efforts while also representing ARL interests in the Pacific Northwest.

Dr John Fossececa

Program Manager for Artificial Intelligence & Machine Learning for Maneuver & Mobility, DEVCOM / US Army Research Lab
Dr John Fossececa

Dr. John M. Fossaceca, Ph.D. is the Program Manager for the U.S. Army Research Laboratory’s Essential Research Program in Artificial Intelligence for Maneuver & Mobility (AIMM-ERP), where he supports research programs in machine learning and artificial intelligence related to autonomous systems maneuver and situational understanding. The AIMM-ERP is operationalizing the science AI-enabled systems for autonomous maneuver that can rapidly learn, adapt, reason, and act in multi-domain operations. Prior to joining ARL in 2016, Dr. Fossaceca worked in industry for several DoD and Telecommunications companies in numerous leadership roles including Engineering Vice President and COO at Comtech Mobile Datacom, leading the modernization of the US Army’s satellite-based Blue Force tracking system, Principal Investigator and Vice President of Engineering for several Small Business Innovation Research (SBIR) programs for the US Navy at Ultra Electronics, 3eTI, Engineering Director at AT&T/Lucent/Bell Labs for Next Generation Telecommunications Systems. Dr. Fossaceca has conducted research and development in adaptive signal processing, machine learning in data constrained environments, and network intrusion detection and is co-inventor on six patents related to wireless communications and signal detection. Dr. Fossaceca holds bachelor’s and master’s degrees in Electrical Engineering and Ph.D. in Systems Engineering.

Dr Kimberly Sablon

Principal Director for Trusted AI and Autonomy, Undersecretary of Defense for Research and Engineering (USD(R&E))
Dr Kimberly Sablon

Dr. Kimberly Sablon serves as the Principal Director for Trusted AI and Autonomy at the Undersecretary of Defense for Research and Engineering (USD(R&E)). She oversees AI/ML and Autonomy research activities across the DOD enterprise. Previously, she served as the Army’s S&T Director. She also served as the Director for Basic Research in the office of the Assistant Secretary of the Army for Acquisition, Technology and Logistics. Dr. Sablon received a Ph.D. in Applied Physics from the University of Arkansas in 2009, and has published more than 70 peer-reviewed papers and contributed to nine scientific and technical books.

Dr Robert Sadowski

Army Chief Roboticist, Ground Vehicle Systems Center, AFC Combat Capabilities Development Center
Dr Robert Sadowski

Dr. Robert W. Sadowski is a member of the Scientific and Professional (ST) cadre of the Senior Executive Service and serves as the United States Army’s Senior Scientist for Robotics within the Research, Technology and Integration Directorate at the United States Army CCDC Ground Vehicle Systems Center in Warren, MI.

Dr. Sadowski previously served twenty nine (29) years of active United States Army duty culminating as the Electrical Engineering Program Director and Academy Professor at the United States Military Academy in the Department of Electrical Engineering and Computer Science where he continues serving as adjunct faculty.

Dr. Sadowski has over forty (40) months of operational experience in Southwest Asia in a variety of leadership, staff, and engineering positions including Iraq and Afghanistan. He currently chairs RDECOM’s Community of Practice in Robotics and is guiding the development of robotics and autonomous systems technology as part of the third offset strategy.

Dr. Sadowski is a graduate of the United States Military Academy with a Bachelor of Science in Electrical Engineering (BSEE) and received his M.S. and Ph.D. in electrical engineering from Stanford University as a Fannie and John Hertz Fellow. He also holds a Master’s degree in Strategic Studies from the United States Army War College.

Lieutenant Colonel Rachael Ayoub

Centre of Land Autonomy Lead, RICO, Australian Army
Lieutenant Colonel Rachael Ayoub

Lieutenant Colonel Ayoub is establishing the Centre of Land Autonomy within the Australian Army’s Robotic and Autonomous Systems Implementation and Coordination Office (RICO). She is a career Army officer who was commissioned into the Royal Australian Electrical and Mechanical Engineers in 1999. She has served in a range of appointments including a deployment to East Timor with the UN Sustainment forces and a planner at the Deployable Joint Force Headquarters where she deployed to Nepal and Fiji in support of Humanitarian Assistance missions. LTCOL Ayoub has completed a Masters in Business and a Masters in Capability Management at UNSW, Canberra in 2019.

Lieutenant Colonel Sjoerd Mevissen

Commander of Robotics and Autonomous Systems Unit, Royal Netherlands Army
Lieutenant Colonel Sjoerd Mevissen

Sjoerd started his career in 1994 at the Royal Military Academy. He served in several positions within the Royal Engineers. After his Master in Civil Engineering and Management he became lecturer and researcher at the Military Academy. He attended the general staff officer course after which he worked as senior officer at the Defence Material Organization, in the strategy and planning branch at Army HQ and MoD level. Currently he is commander of the RAS-unit and involved in the RAS program since 2018. Sjoerd served in Macedonia, Albania and Afghanistan. He is married and has two children.

Mr Ben McAndrew

Human Machine Teaming HMT Programme Lead, Research and Experimentation, British Army
Mr Ben McAndrew

Ben is the Robotics and Autonomous Systems (RAS) programme transition lead at the British Army Headquarters, in the United Kingdom. The RAS programme is responsible for initiating future robotics and autonomous capability which could be integrated into the Army of tomorrow, in order to increase overall combat effect.
Previously, Ben served in the British Army within Surveillance and Target Acquisition, including on Combat Operations in Afghanistan. After leaving the military, Ben has been a programme and project management consultant across military and technology domains and now leads RAS programme transition within the UK Ministry of Defence, Army Futures Directorate.

Mr Edward Agee

Senior Program Analyst, DoD Close Combat Lethality Task Force
Mr Edward Agee

Ed Agee is a Department of the Army Civilian (DAC) currently assigned to the Close Combat Lethality Task Force and leads a joint force Artificial Intelligence collaborative forum with representatives from OSD, Army, USMC, SOCOM, industry, and academia that share and discuss AI priorities, initiatives, and solutions to enhance lethality of joint small unit maneuver formations. Prior DAC assignments include duty at Headquarters, U. S. Army Forces Command (FORSCOM) as Director, Equipment Readiness Division, FORSCOM G-4 where he ensured FORSCOM units were equipped and combat ready to meet Combatant Command requirements. Ed also served at Headquarters, U.S. Army Materiel Command (AMC) as Director, Materiel Management and Installation Logistics Division, AMC G-3/4 where he was responsible for synchronizing the distribution and redistribution of Army equipment per Army priorities and directives. Ed is 1984 graduate of East Tennessee State University and a 2006 graduate of the U.S. Army War College. Ed is a retired U.S. Army Infantry/Force Management Colonel with over 27 years of service.

Mr Frank Marotta

Senior Mathematician, US Army Aberdeen Test Center
Mr Frank Marotta

Mr Gavin Kenneally

Co-Founder & CEO, Ghost Robotics
Mr Gavin Kenneally

Gavin Kenneally, PhD is the Co-Founder and CEO of Philadelphia based, Ghost Robotics. Prior to his role as CEO, he was Head of Product for the company, responsible for the mechanical design of the company's flagship product the Vision 60 quadrupedal unmanned ground vehicle (Q-UGV). As CEO of Ghost Robotics, Dr. Kenneally spearheads a team of highly skilled engineers and researchers who share his passion for creating advanced robotics systems. Ghost Robotics has gained a reputation of pushing the boundaries of robotics technology, particularly in the field of legged robots. Their Vision 60 is currently used throughout the DoD and allied governments for a variety of missions and other specific use cases. Dr. Kenneally earned his PhD in Mechanical Engineering from the University of Pennsylvania and has authored six academic papers and thirteen patents

Mr Guy C. Enderle

Director of Operations, US, Milrem Robotics
Mr Guy C. Enderle

Guy Enderle is Director of North America for Milrem Robotics. He serves as the lead executive for Partnerships, Business Development overall operations.

Enderle has worked with large and medium sized firms in government services for the past 22 years. His previous experience includes: Department of Defense, Department of Homeland Security and Department of State pursuits.

Enderle’s recent program wins total more than $1.5B.

Prior to joining Milrem, Enderle worked for Tidal Basin, where he led high profile pursuits for FEMA and the Department of Defense. When Enderle was a Vice President with SAIC, he developed “Secure Cities” as a new service offering to expand business worldwide. Enderle directed business development for projects totaling more than $450M.
 

Mr Jim P. Allen

Technical Director, Operational Science and Engineering, US Army Engineer Research and Development Center, Construction Engineering Research Lab (ERDC-CERL)
Mr Jim P. Allen

Mr Jim P. Allen is the Technical Director for Operational Science and Engineering of the U.S. Army Engineer Research and Development Center’s Construction Engineering Research Laboratory (ERDC-CERL) in Champaign, IL. He is responsible for technical leadership of programs in Combat Engineering, Warfighter & Emergency Support, and Training Lands & Heritage where he leads a highly interdisciplinary team of approximately 150 Federal and contracted staff. Jim retired in 2022 after 32 years of military service in the Army, Army Reserves, and National Guard, culminating as a Faculty Instructor for the Army War College. He is a licensed Professional Engineer in the State of Illinois.

Mr Marshal Childers

Mechanical Engineer, Military Information Experimentation Branch, DEVCOM Army Research Laboratory
Mr Marshal Childers

Mr. Marshal Childers is a Mechanical Engineer for the U.S. Army Combat Capability Development Command Army Research Laboratory. He leads efforts in integration, prototyping, and experimentation of autonomous robotics technologies, and has collaborated on numerous experiments that were conducted to evaluate technologies developed by ARL-funded research programs. Mr. Childers is an established engineer with over 20 years of experience in the areas of autonomous technology assessment, integration, and mechanical design. He achieved a B.S. degree in mechanical engineering, graduating with honors, in 2000 and an M.S. degree in mechanical engineering in 2001, from the University of Maryland, Baltimore County (UMBC).

Mr Mike Mays

Robotics Integration Team Lead, US Army DEVCOM CBC Center
Mr Mike Mays

Mike Mays currently serves as the Robotics Integration Team Lead at DEVCOM CBC’s Advanced Design and Manufacturing (ADM) Division. The Robotics Integration Team is responsible for providing mechanical and electrical engineering integration of sensors for unmanned systems testing for users both internally and externally to the DoD. The Robotics Integration Team current unmanned systems integration portfolio supports government agencies that includes DoD, DHS, DTRA, FBI, DOJ, CDC, EPA and DIA.

Mr. Mays has over 19 years of experience in biological standoff detection, non-traditional agents, integrated early warning, artificial intelligence, and robotics integration. He has also held served roles in support of the Army Headquarters – G8 Full Dimension Protection (FDB), DEVCOM CBC, JPEO-CBRND and the Joint Improvised Threat Defeat Organization (JIDO)
 

Mr Preston Young

XM30 Product Manager, Advanced Capabilities, PM XM30 Combat Vehicle
Mr Preston Young

Mr. Preston Young assumed the charter as the Product Manager for the Optionally Manned Fighting Vehicle – Team 2: Advanced Capabilities in June 2023. In this position he is responsible for developing advanced capability solutions to integrate onto the Army’s next generation Infantry Fighting Vehicle.
Mr Youngs last position was as the Product Director for Stryker Production & Variant Management with the Army’s Program Manager Stryker Brigade Combat Team (PM SBCT) within the Army’s Program Executive Office, Ground Combat Systems (PEO GCS). In this role he managed over $1B annually crossing Procurement, and RDT&E, in support of production of the Double “V” Hull A1 Stryker platform and upgrade/management of over 25 variant/configurations of Stryker platforms.
His previous assignments include Program Officer (Acquisition) for one of the two Mid-Tier Acquisition competitive contracts within the Army’s Program Manager Mobile Protected Firepower (Warren, MI), Financial Synchronization Officer in the Office of Deputy Assistant Secretary of the Army for Plans Programs and Resources (Pentagon, VA), Assistant Program Manager within PM Armored Fighting Vehicles (Warren, MI), Lead Electrical Engineer for the Joint Light Tactical Vehicle during both the Engineering & Manufacturing Development and Low Rate Initial Production Phases (PEO CS&CSS - Warren, MI, and USMC PEO LS - Quantico, VA), and General Engineer for the Marine Corps Program Manager for Combat Support Equipment (Quantico, VA). Prior to entering civil service, Mr. Young worked for Science Applications International Corporation (Stafford, VA) and for Garver Engineering (Fayetteville, AR).
Mr. Young holds a Bachelor’s degree in Electrical Engineering from John Brown University in Siloam Springs, Arkansas; and a Master’s degree in Electrical Engineering from the University of Virginia.
Mr. Young is a member of the Army Acquisition Corps and holds Advanced Certification in Program Management and Practitioner Certification in Engineering & Technical Management. His awards include the Civilian Service Commendation Medal (3x), and the Achievement Medal for Civilian Service (2x).
Mr. Young is married to the former Jennifer Thompson of Mansfield, OH, and they have 4 children; Isaac, Erik, Conor, and Lydia.

Mr Sean Townsend

UAS Chief Engineer, Uncrewed Aircraft Systems, PEO Aviation
Mr Sean Townsend

Sean Townsend assumed responsibility as Chief Engineer in September 2020, in support of the Army’s Uncrewed Aircraft Systems (UAS) Project Office.
With over 25 years of experience, in both contractor and government positions, his service includes supporting missile, rotary wing, fixed wing, and uncrewed vehicle technology development and engineering management. Some of his many program assignments include Shadow, Grey Eagle, Joint Strike Fighter, Air Launched Effects (ALE), Switchblade, Raven, Javelin, and Hellfire Programs. Notable accomplishments include development and fielding of the first laser designator payload for Shadow and fielding of the Shadow RQ-7BV2 system. In addition to being the Chief Engineer, Mr. Townsend leads the Technical Management Division (TMD) team at UAS. The TMD Team is responsible for all aspects of PM UAS' engineering to include the Army UAS Interoperability Profiles, representation to multiple Army, DoD, and NATO working groups on UAS standards and profiles, as well as leading the Modular Open Systems Approach (MOSA) activities of the Project Office. His valuable insight and expertise are sought after to provide critical technical leadership, decision authority, and responsibility for all engineering activity and supervision of 156 engineers in the UAS project office. He has transformed the organization to a family of systems engineering approach that incorporates a Family of Systems (FoS) model-based systems engineering (MBSE) methodology with an UAS Architect. Mr. Townsend holds a degree in Mathematics and is a graduate of Butler University and the University of Kentucky. His government service awards include the Commander’s Award for Civilian Service and two awards of the PM UAS Employee of the Quarter. He is married to Alycia and has 2 children – Anna and Sam.

Mr Stuart Hatfield

Deputy Division Chief, Human-Machine Integration , US Army
Mr Stuart Hatfield

Mr. Stuart Hatfield is the Army G-8 Human-Machine Integration Deputy Division Chief, where he manages the US Army’s $4.3 billion budget for the Robotics and Autonomous Systems, small Unmanned Aircraft Systems, Artificial Intelligence, and Synthetic Training Environment (STE) portfolios. He is the Army Staff lead integrator for Robotics on the Joint RAS Enterprise to synchronize concepts, requirements, resources, technology, and standards for RAS across the Department of Defense.
Stu has served the Army for over 31 years, including 23 years as an Armored Cavalry officer and strategic planner in a variety of command, staff, and combat assignments with multiple combat tours in Iraq and Afghanistan.
 

Mr Tim Dykstra

Director of Strategic Partnerships, Boston Dynamics
Mr Tim Dykstra

Tim Dykstra is the Director of Strategic Partnerships for Boston Dynamics, where he
works closely with a variety of partners to support the deployment of agile robots for
hazardous environments, remote operations and autonomous applications. Prior to Boston Dynamics, Tim has been involved with disruptive robotics and automation
technologies for 15 years, with a focus on helping clients deploy new robotic
platforms at scale throughout their operations. Tim holds a B.A in Business
Administration from University of Colorado and a Masters in Business Administration
from Portland State University.

Ms Verena Jackson

Legal Advisor, Researcher & Lecturer, Center for Intelligence & Security Studies (CISS), University of the Armed Forces of Germany
Ms Verena Jackson

Verena Jackson is a Legal Advisor and Researcher& Lecturer at Center for Intelligence & Security Studies (CISS) at the University of the Armed Forces of Germany.
After completing her legal studies with a focus on International and European Law in Germany and Spain, she worked for international law firms and the George C. Marshall European Center for Security Studies (a partnership institute of the German and US Military). She also has additional training in American Law from the 7th Army JMTC Staff Judge Advocate, Grafenwoehr Germany.
Her academic research and expertise to the Federal Ministry of Defense focus on legal aspects of the use of AI in military and emerging technologies, c-UAVs and Cyberoperations.
 

sponsors

Conference agenda

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8:00

Registration & Coffee

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8:50

Chairman's Opening Remarks

Mr Stuart Hatfield, Deputy Division Chief, Human-Machine Integration , US Army

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9:00

Advancing Unrivalled Autonomous and Robotic Capabilities to Enhance the Efficacy of U.S. Operations

Dr Robert Sadowski, Army Chief Roboticist, Ground Vehicle Systems Center, AFC Combat Capabilities Development Center

• Developing advanced modular robotics solutions to enhance operational capability and interoperability
• Accelerating the delivery and sustainment of ground system capabilities to ensure overmatch for US warfighters
• Outlining priorities for overcoming the challenges of future ground autonomy

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9:30

Planning for Technical Insertions Upfront in Design: XM30's requirements for additive autonomy-based capabilities

Mr Preston Young, XM30 Product Manager, Advanced Capabilities, PM XM30 Combat Vehicle

• Overview of Program post contract award(s)
• Technical details on how to bring develop additive capabilities in parallel with vehicle design
• Capability Gap areas & future contracting opportunities and timelines

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10:00

Session Reserved for Gold Sponsor - Ghost Robotics

Mr Gavin Kenneally, Co-Founder & CEO, Ghost Robotics

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10:30

Morning Coffee

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11:00

Advancing Autonomous Capabilities for Physical Interaction Using Appendages

Dr Chad Kessens, Senior Robotic Research Scientist, US DEVCOM Army Research Laboratory

• Reshaping the battlespace by grasping and manipulating the environment
• Improving autonomous ground mobility across a multitude of terrains using legs
• Using AI to increase operational tempo and risk tolerance of autonomous systems
 

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11:30

Milrem Robotics: Practical Solutions for the Unmanned Battlefield

• How Milrem Robotics has grown into a global player
• Current unmanned solutions and products
• How we see the future: vision and practice

Mr Guy C. Enderle, Director of Operations, US, Milrem Robotics

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12:00

The Use of Semi-Autonomous and Robotic Capabilities for Chemical and Biological Reconnaissance Roles

Mr Mike Mays, Robotics Integration Team Lead, US Army DEVCOM CBC Center

• An overview of the RAS capabilities being developed by the Chemical Biological Center
• Utilising robotics for CBRN detection, decontamination and protection roles
• Working with other US government and private industry partners to develop new RAS capabilities for CBRN roles

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12:30

Lunch & Networking

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13:30

Developing Novel AI & Machine Learning Technology to Support Warfighting Advantage

Dr John Fossececa, Program Manager for Artificial Intelligence & Machine Learning for Maneuver & Mobility, DEVCOM / US Army Research Lab

• ARL’s Essential Research Program: key insights into current efforts and future priorities
• Integrating robust and scalable systems capable of learning and acting with varied levels of autonomy
• Improving autonomy and reconnaissance through context-aware processing and increased interaction with soldiers

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14:00

The Four-legged, Robotic Hike from Research to Commercialization

Mr Tim Dykstra, Director of Strategic Partnerships, Boston Dynamics

• Overview of Boston Dynamics' 30+ year history in developing legged robots
• Building a robust partner ecosystem and developer community to make Spot a flexible platform equipped with modular mission payloads
• Developing manufacturing, training and sustainment processes to produce robust, reliable robots at scale that can be fielded to new users quickly

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14:30

Safety Approach for Army Ground Robotics

Mr Frank Marotta

Mr Frank Marotta, Senior Mathematician, US Army Aberdeen Test Center

• ATEC’s approach to software safety testing and analysis of autonomous systems
• Obtaining safety information, software information, and test data from industry to develop ATEC safety documentation
• How ATEC supports Software Test & Evaluation & Analysis in a DEVSECOPS environment

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15:00

Afternoon Tea

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15:30

Key Insights into the Royal Netherlands Army's RAS Programme

Lieutenant Colonel Sjoerd Mevissen, Commander of Robotics and Autonomous Systems Unit, Royal Netherlands Army

• Lessons from the Dutch Operational Experiment in Lithuania
• An overview of the expectations, realities and requirements for the deployment of weaponised unmanned machines within an operational experiment
• Integrating robust robotics and autonomous systems into modern warfare

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16:00

Developing Advanced Autonomous Systems to Enhance Operational Advantage for the Australian Army

Lieutenant Colonel Rachael Ayoub, Centre of Land Autonomy Lead, RICO, Australian Army

• Overview of the Robotic & Autonomous Systems Implementation and Coordination Office (RICO): examining emerging technologies for the Army
• Trialling and experimenting uncrewed ground vehicles, quadruped robots and advanced leader-follower technology
• Partnering with industry and key stakeholders to maximise human and robotic systems coordination

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16:30

Integrating Robotics and Autonomous Systems into Future British Army Operations

Mr Ben McAndrew, Human Machine Teaming HMT Programme Lead, Research and Experimentation, British Army

• Generating greater robotic capacity to enhance British warfighting capabilities
• Using autonomous systems to enable soldiers to operate more efficiently in the battlefield

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17:00

Chairman’s Closing Remarks and Close of Day One

Mr Stuart Hatfield, Deputy Division Chief, Human-Machine Integration , US Army

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8:30

Registration & Coffee

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9:15

Chairman's Opening Remarks

Mr Stuart Hatfield, Deputy Division Chief, Human-Machine Integration , US Army

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9:30

Adopting an Integrated Approach to Drive Advancements in US Army Robotics

Mr Stuart Hatfield, Deputy Division Chief, Human-Machine Integration , US Army

• Latest updates from the Army Robotics, AI, and small UAS Force Development: strategies to improve the combat effectiveness of future forces
• Coordinating the U.S. Army Robotics and Autonomous Systems Strategy to unify efforts from the Science & Technology, Requirements, Resourcing, and Acquisition Communities with our Joint Service partners
• Integrating joint U.S. services and allied nations’ operational concepts for wartime support systems

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10:00

Shaping the Strategic Direction for Integrated AI and Autonomy to Support Operational Capabilities

Dr Kimberly Sablon, Principal Director for Trusted AI and Autonomy, Undersecretary of Defense for Research and Engineering (USD(R&E))

• Overseeing AI/ML and autonomy research activities across the DOD
• Responsible decision making: placing trust at the center of AI integration
• Developing a cloud-based common infrastructure of artificial intelligence hubs to enable increased data-sharing and collaboration

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10:30

Developing Advanced RAS Technologies to Strengthen Combat Lethality and Resilience

Mr Edward Agee, Senior Program Analyst, DoD Close Combat Lethality Task Force

• Identifying, prioritising and accelerating innovative autonomous systems to enhance close-combat lethality
• Establishing a joint artificial intelligence community of interest to identify capability gaps, review existing AI initiatives and synchronize AI focus areas to improve lethality across DOD
• Integrating next-generation technologies to maintain adversary advantage

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11:00

Morning Coffee

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11:30

Developing Advanced Robotic Capabilities to Modernize and Transform Military Engineering

Mr Jim P. Allen, Technical Director, Operational Science and Engineering, US Army Engineer Research and Development Center, Construction Engineering Research Lab (ERDC-CERL)

• Key insights into Robotics for Engineer Operations (REO)
• Applications for Automated Construction of Expeditionary Structures (ACES)
• Developing technologies that provide high-quality facilities, sustainable, and realistic training lands to the Department of Defense (DoD)

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12:00

Ensuring the Performance of Robotic and Autonomous Systems Through Rigorous Experimentation

Mr Marshal Childers, Mechanical Engineer, Military Information Experimentation Branch, DEVCOM Army Research Laboratory

• An overview of DEVCOM ARL robotics experimentation
• Challenges associated with experimental design for complex autonomous systems and the Army’s future operating environment
• Adapting experimental methods at the research stage to accelerate technology transition

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12:30

Lunch & Networking

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13:30

Lessons Learnt from UAS and Integration with Land Platforms: Latest Updates from PEO Aviation

Mr Sean Townsend, UAS Chief Engineer, Uncrewed Aircraft Systems, PEO Aviation

• Developing and integrating interoperable UAS systems to support army modernization
• Using AI to equip UAS with effective autonomous controller capabilities
• Challenges faced in current projects and priorities for future autonomous systems

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14:00

Legal Frameworks for Using Autonomous Systems: Challenges to International Law

Ms Verena Jackson, Legal Advisor, Researcher & Lecturer, Center for Intelligence & Security Studies (CISS), University of the Armed Forces of Germany

• Principles of the Law of Armed Conflict: outlining international legal regulations for the use of autonomous systems in military operations
• Identifying limits of autonomous systems and the required degree of human-machine interaction
• Future steps for ensuring MRAS are compliant with international and humanitarian law

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14:30

Afternoon Tea

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15:00

Panel Discussion: Cooperating to Enhance Military Robotic Capabilities

• Overview of national capabilities
• Working together to improve interoperability
• Future MRAS challenges and priorities

Mr Stuart Hatfield, Deputy Division Chief, Human-Machine Integration , US Army

Lieutenant Colonel Sjoerd Mevissen, Commander of Robotics and Autonomous Systems Unit, Royal Netherlands Army

Lieutenant Colonel Rachael Ayoub, Centre of Land Autonomy Lead, RICO, Australian Army

Ms Verena Jackson, Legal Advisor, Researcher & Lecturer, Center for Intelligence & Security Studies (CISS), University of the Armed Forces of Germany

Mr Ben McAndrew, Human Machine Teaming HMT Programme Lead, Research and Experimentation, British Army

Mr Jim P. Allen, Technical Director, Operational Science and Engineering, US Army Engineer Research and Development Center, Construction Engineering Research Lab (ERDC-CERL)

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16:00

Chairman’s Closing Remarks and Close of Day Two

Mr Stuart Hatfield, Deputy Division Chief, Human-Machine Integration , US Army


Senior Robotic Research Scientist
US DEVCOM Army Research Laboratory
Program Manager for Artificial Intelligence & Machine Learning for Maneuver & Mobility
DEVCOM / US Army Research Lab
Principal Director for Trusted AI and Autonomy
Undersecretary of Defense for Research and Engineering (USD(R&E))
Army Chief Roboticist
Ground Vehicle Systems Center, AFC Combat Capabilities Development Center
Centre of Land Autonomy Lead, RICO
Australian Army
Commander of Robotics and Autonomous Systems Unit
Royal Netherlands Army
Human Machine Teaming HMT Programme Lead, Research and Experimentation
British Army
Senior Program Analyst
DoD Close Combat Lethality Task Force
Senior Mathematician
US Army Aberdeen Test Center
Co-Founder & CEO
Ghost Robotics
Director of Operations, US
Milrem Robotics
Technical Director, Operational Science and Engineering
US Army Engineer Research and Development Center, Construction Engineering Research Lab (ERDC-CERL)
Mechanical Engineer, Military Information Experimentation Branch
DEVCOM Army Research Laboratory
Robotics Integration Team Lead
US Army DEVCOM CBC Center
XM30 Product Manager, Advanced Capabilities
PM XM30 Combat Vehicle
UAS Chief Engineer, Uncrewed Aircraft Systems
PEO Aviation
Deputy Division Chief, Human-Machine Integration
US Army
Director of Strategic Partnerships
Boston Dynamics
Legal Advisor, Researcher & Lecturer, Center for Intelligence & Security Studies (CISS)
University of the Armed Forces of Germany

Gold Sponsor

Sponsors and Exhibitors

Supporters

Long Agenda

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Short Agenda

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Updated Brochure

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Previous Attendees

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Sponsors and Exhibitors


Ghost Robotics

Gold Sponsor
https://www.ghostrobotics.io

Founded in 2015, Philadelphia-based Ghost Robotics develops Quadrupedal Unmanned Ground Vehicles, or Q-UGV® for short. Ghost’s Q-UGVs not only manage unstructured terrain well but are built for demanding customers in demanding environments. Their robots have a place in a broad range of government and enterprise applications where mobile robots with four legs have inherent advantages over wheels, tracks and even bipedal systems. To learn more about Ghost Robotics, visit www.ghostrobotics.io


Sponsors and Exhibitors


Boston Dynamics

Sponsors and Exhibitors
https://www.bostondynamics.com/

Boston Dynamics’ mission is to imagine and create exceptional robots that enrich people’s lives. Building machines that can approximate the mobility, dexterity and agility of people and animals is a grand challenge. Curiosity and respect for the natural world are at the heart of our work on robots. We see products derived from this work as the next step in the human history of building machines to reduce the danger, repetition and physically difficult aspects of work.


Milrem Robotics

Sponsors and Exhibitors
https://milremrobotics.com/

Milrem Robotics is the leading European robotics and autonomous systems developer and systems integrator. The company is known for their THeMIS and Multiscope UGVs, the Type-X Robotic Combat Vehicle and MIFIK the autonomy kit. The Type-X RCV is intended to support mechanized units, raising troop survivability and lowering lethality risks by increasing standoff distance from enemy units.

Milrem Robotics is the leader of the iMUGS consortium that was awarded 30.6 MEUR from the European Commission’s European Defence Industrial Development Programme (EDIDP) to develop a European standardized unmanned ground system (UGS).

Milrem Robotics’ products and services have been sold to 16 countries, including 8 NATO members. The company’s offices are in Estonia, Finland, Sweden, the Netherlands and the US.



Silvus Technologies

Sponsors and Exhibitors
http://silvustechnologies.com

Silvus Technologies develops advanced MIMO technologies that are reshaping broadband wireless connectivity for mission critical applications. Backed by an unmatched team of PhD scientists and design engineers, its technologies provide enhanced wireless data throughput, interference mitigation, improved range, mobility, and robustness to address the growing needs of its government and commercial customers. Silvus has demonstrated an aggressive product development cycle, with a focus on continually improving the size, weight, power, and cost–while simultaneously introducing next-generation features and capabilities. Silvus’ StreamCaster family of MIMO enabled mesh radio products are designed to address the growing demand for distributing video, voice and high-speed data in harsh tactical environments. StreamCaster radios, featuring MN-MIMO, join together to form a robust, self-healing, self-forming fluid mesh network to provide high-speed, reliable wireless video and data connectivity. Today, Silvus continues to innovate, with an ever-growing line up of R&D contracts, COTS products, and happy customers. The experience gained through our early research efforts made possible the StreamCaster radios, and new concepts currently incubating in our R&D labs will pave the way for tomorrow’s product breakthroughs


Media Partners


Unmanned Systems Technology

Supporters
http://www.unmannedsystemstechnology.com

UST is the largest ecosystem for unmanned systems, technology and innovation. We provide global exposure for +200 industry-leading technical and engineering organisations, allowing them to gain maximum visibility of their innovations, products and capabilities in front of an audience of +1.2million visitors each year. We do this via a winning combination of intelligent digital marketing and advertising techniques, high exposure in search engines for relevant technology. Get in touch to find out how we can support you.


Uncrewed Systems Technology Magazine

Supporters
http://www.ust-media.com

Uncrewed Systems Technology magazine focuses entirely on the innovative engineering that's successfully pushing boundaries on land, at sea, in flight and even through the universe. The magazine is unique - the first ever publication to focus entirely on providing independent coverage of the engineering at the heart of uncrewed vehicles. It applies the same rigorous scientific approach to this brave new world as critically acclaimed Race Engine Technology has brought to the subject of racing powertrain technology. Published 6-times a year, we probe today's cutting-edge projects to provide in-depth research insights - rigorous investigation is backed by professional peer review and critical analysis.


Counter-IED Report

Supporters
http://www.counteriedreport.com

Counter-IED Report is a leading international subscription-based publication, which covers the latest developments in the fight against the IED threat. We aim to identify technological advances as well as strategies and tactics for countering threat networks, reduce IED manufacture and placement, assist post-conflict humanitarian demining and capacity building efforts worldwide. For more information please visit website: www.counteriedreport.com


Asian Military Review

Supporters
http://www.asianmilitaryreview.com/

Asian Military Review is ABC audited publication, read & discussed by key decision makers & advisors to Asia Pacific militaries. Published since 1993 it’s widely recognised as authoritative provider of unbiased & objective information to Asian military. Editorial content comprises capability analysis, special reports & relevant news coverage from the region. AMR provides information, opinion & facts allowing military professionals to track & understand defence developments worldwide, concerning equipment, training, organisation & doctrine issues. The magazine is a proven source keeping military professionals up to date on national & international defence & security issues.


Robotics Tomorrow

Supporters
http://www.RoboticsTomorrow.com

RoboticsTomorrow.com is an Online Trade Magazine featuring Products, Companies, News, Articles and Events for the Industrial Automation, Robotics and Unmanned Vehicle industries. With an emphasis on the state of the art and on the horizon technologies that have strong prospects of commercialization, our philosophy is to create an outlet where the industry can share information and report on itself.


Defence Global

Supporters
http://barclaymedia.uk.com/

Defence Global provides an essential link between the Defence & Security Manufacturers and Suppliers, Government and Military sectors globally. Defence Global is a quarterly, tri-service publication providing articles and informative analysis from respected journalists and writers worldwide to attract a sophisticated and broad audience. Defence Global is published in February, May, August and November, with a professional and stylish design in both printed copy and digital format. The printed copies are perfect bound, full colour throughout with high quality art and photography. Defence Global is used as a reference tool providing a professional and intelligent read. We work with industry experts and corporate clients to include Defence and Security Manufacturers and Suppliers, as well as Governments, MoDs, Military Authorities and Senior Management Teams.


ASD MEDIA

Supporters
http://www.asd-network.com

Professionals in the Aerospace & Defence market use the ASD Media internet platforms to:
  • Be informed on the latest market developments; www.asd-network.com
  • Find the latest business news; www.asd-network.com
  • Find the upcoming events; www.asd-network.com
  • Find companies and organizations; www.asdsource.com
  • Distribute news globally. www.asdwire.com
The ASD Media platforms are well known and used intensively, your company is able to benefit from these large numbers of users. Be informed with ASD-Network; Create exposure for your company with ASDSource, distribute your news with ASDWire or advertise with us, build your brand and increase traffic to your company’s website.

For more detailed information please contact with: ASD MEDIA
Stefan.koopman@asdmedia.nl


Aerospace & Defense Technology

Supporters
http://www.aerodefensetech.com/

For the past 12 years, Aerospace & Defense Technology has been the mil/aero industry’s most trusted source for cutting-edge design and engineering information. Whether it’s in-depth feature articles on the hottest technology topics, application briefs that illustrate innovative uses of products and systems, tech briefs that describe how specific technologies are developed, or new product information that highlights the latest releases to the market, Aerospace & Defense Technology has the resources engineers need to do their jobs better.


Armada International

Supporters
http://armadainternational.com

ARMADA INTERNATIONAL is leading defence magazine which reports on and analyses defence systems, equipment and technology. Together with its Compendium supplements, ARMADA provides defence planners in the militaries, in government, in procurement and in the defence industry itself with the information they need to plan their strategies.


MySecurity Marketplace

Supporters
www.mysecuritymarketplace.com

Connecting security and technology professionals to the latest events, education and technology across a global security domain.


MySecurity Media

Supporters
www.mysecuritymedia.com

A dedicated media provider for security and technology professionals, as well as end-users across multiple channels. Stay updated by downloading the MySecurity Media app now!

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WHAT IS CPD?

CPD stands for Continuing Professional Development’. It is essentially a philosophy, which maintains that in order to be effective, learning should be organised and structured. The most common definition is:

‘A commitment to structured skills and knowledge enhancement for Personal or Professional competence’

CPD is a common requirement of individual membership with professional bodies and Institutes. Increasingly, employers also expect their staff to undertake regular CPD activities.

Undertaken over a period of time, CPD ensures that educational qualifications do not become obsolete, and allows for best practice and professional standards to be upheld.

CPD can be undertaken through a variety of learning activities including instructor led training courses, seminars and conferences, e:learning modules or structured reading.

CPD AND PROFESSIONAL INSTITUTES

There are approximately 470 institutes in the UK across all industry sectors, with a collective membership of circa 4 million professionals, and they all expect their members to undertake CPD.

For some institutes undertaking CPD is mandatory e.g. accountancy and law, and linked to a licence to practice, for others it’s obligatory. By ensuring that their members undertake CPD, the professional bodies seek to ensure that professional standards, legislative awareness and ethical practices are maintained.

CPD Schemes often run over the period of a year and the institutes generally provide online tools for their members to record and reflect on their CPD activities.

TYPICAL CPD SCHEMES AND RECORDING OF CPD (CPD points and hours)

Professional bodies and Institutes CPD schemes are either structured as ‘Input’ or ‘Output’ based.

‘Input’ based schemes list a precise number of CPD hours that individuals must achieve within a given time period. These schemes can also use different ‘currencies’ such as points, merits, units or credits, where an individual must accumulate the number required. These currencies are usually based on time i.e. 1 CPD point = 1 hour of learning.

‘Output’ based schemes are learner centred. They require individuals to set learning goals that align to professional competencies, or personal development objectives. These schemes also list different ways to achieve the learning goals e.g. training courses, seminars or e:learning, which enables an individual to complete their CPD through their preferred mode of learning.

The majority of Input and Output based schemes actively encourage individuals to seek appropriate CPD activities independently.

As a formal provider of CPD certified activities, SAE Media Group can provide an indication of the learning benefit gained and the typical completion. However, it is ultimately the responsibility of the delegate to evaluate their learning, and record it correctly in line with their professional body’s or employers requirements.

GLOBAL CPD

Increasingly, international and emerging markets are ‘professionalising’ their workforces and looking to the UK to benchmark educational standards. The undertaking of CPD is now increasingly expected of any individual employed within today’s global marketplace.

CPD Certificates

We can provide a certificate for all our accredited events. To request a CPD certificate for a conference , workshop, master classes you have attended please email events@saemediagroup.com

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UK Office
Opening Hours: 9.00 - 17.30 (local time)
SAE Media Group , Ground Floor, India House, 45 Curlew Street, London, SE1 2ND, United Kingdom
Tel: +44 (0) 20 7827 6000 Fax: +44 (0) 20 7827 6001
Website: http://www.smgconferences.com Email: events@saemediagroup.com
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