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Military Robotics & Autonomous Systems
6 April - 8 April 2027
Military Robotics & Autonomous Systems

Conference Overview

Military Robotics & Autonomous Systems is the leading event dedicated to the development, procurement and integration of Uncrewed Systems (UxS).

In an era of heightened instability and growing threats, the ability to deploy risk-reducing yet tempo- and mass-generating robotics and autonomous systems has never been more critical.

As the UK and allied NATO nations significantly increase defence spending, investment in robotics and autonomous systems is accelerating. This surge in funding underscores a clear priority for the RAS community: ensuring the safe, effective, and scalable operationalisation of these technologies to deliver enhanced capability, resilience, and interoperability across modern battlefields.

Why attend?

  • Hear first-hand lessons from Ukrainian experts and NATO allies on scaling uncrewed ground systems from experimentation to fielded capability
  • Gain unique insight into Multi-Domain Integration, with a dedicated focus day on connecting land, air, sea and cyber autonomy
  • Engage directly with programme leaders from the British Army, US Army, DE&S and the NATO Innovation Fund, and explore the latest industry capabilities on breaching, human-machine teaming and counter-UAS

With 350+ attendees representing more than 25 nations worldwide, the 10th annual Military Robotics and Autonomous Systems conference is not to be missed.

FEATURED SPEAKERS

Brigadier General Anthony Gibbs

Brigadier General Anthony Gibbs

Capability Program Executive Mission Autonomy, US Army
Brigadier General Jyri Raitasalo

Brigadier General Jyri Raitasalo

Chief of Logistics, Defence Command Finland
Brigadier Paul Hughes

Brigadier Paul Hughes

Head of Engineering Assurance and Certification - Land Domain, DE&S
Colonel James Fern

Colonel James Fern

Assistant Head Ground Manoeuvre, Futures Directorate, British Army
Colonel Jim Howard

Colonel Jim Howard

Commander Experimentation & Trials Group ETG, Army HQ
Dr. Matthew P. Willis

Dr. Matthew P. Willis

Director, Army FUZE, US Army
James Gavin

James Gavin

UKDI Deputy Director, Head Technology Transition, UK MoD

Brigadier General Anthony Gibbs

Capability Program Executive Mission Autonomy, US Army
Brigadier General Anthony Gibbs

Brigadier General Jyri Raitasalo

Chief of Logistics, Defence Command Finland
Brigadier General Jyri Raitasalo

Brigadier General Robert J. Mikesh

Capability Program Executive, US Army
Brigadier General Robert J. Mikesh

Brigadier General Ryan Howell

Director of Integration, CPE Ground, US Army
Brigadier General Ryan Howell

Brigadier General Terry Tillis

Commanding General, 7th Army Training Command
Brigadier General Terry Tillis

Brigadier Paul Hughes

Head of Engineering Assurance and Certification - Land Domain, DE&S
Brigadier Paul Hughes

Captain Aleksanteri Siren

Teacher of Artillery Tactics, National Defence University
Captain Aleksanteri Siren

Captain Grzegorz Zielinski

UAV Training Team Chief, Territorial Defence Forces Training Center, Polish Armed Forces
Captain Grzegorz Zielinski

Captain Robert Moerck

Head of Dismounted Soldier Systems Programme, Defence Acquisition and Logistics Organisation (DALO)
Captain Robert Moerck

Captain Stepan Konecky

Section Head, Czech Armed Forces
Captain Stepan Konecky

Christopher Kroninger

Deputy, Standards & Interfaces Directorate, CPE Mission Autonomy
Christopher Kroninger

Colonel Adam Latham

Commander of Operations Group, Joint Multinational Readiness Centre, 7th Army Training Command, U.S. Army Europe-Africa
Colonel Adam Latham

Colonel James Fern

Assistant Head Ground Manoeuvre, Futures Directorate, British Army
Colonel James Fern

Colonel Jan Mazal

Chief of the Military Robotics Department, Czech Defence University
Colonel Jan Mazal

Colonel Jim Howard

Commander Experimentation & Trials Group ETG, Army HQ
Colonel Jim Howard

Colonel John Williams II

Project Manager, Formation Based Mission Autonomy, CPE Mission Autonomy
Colonel John Williams II

Colonel Ken Bernier

Project Manager Robotic Capabilities ARC, US Army
Colonel Ken Bernier

Colonel Loic Tarento

, French Army
Colonel Loic Tarento

Colonel Paolo Pavese

Director Army Experimentation and Innovation, Army Force Development, Canadian Army
Colonel Paolo Pavese

Colonel Thierry Denechaud

Director of Armoured Studies and Forecasting Division, French Army
Colonel Thierry Denechaud

 Following his training as platoon in the armored school in Saumur, he was posted to the 1er-11ème Cuirassiers Regiment as a tank platoon leader. In 2008, he was appointed to the 1er “Chasseurs Regiment” in Verdun as a tank company commander. Then he was assigned head of a recruitment center in Rennes.

In 2015, he attended the War College in Paris and then pass a master's degree in Project Management. Afterward he was appointed to the Superior Scientist Military School (2017-2019), as the responsible of scientific officer training. For one year, he was posted to the “operational communication and information systems” division of the Joint Staff as staff officer.

In 2020, he was posted to the 5ème Dragons Regiment as head of the operations.

Between 2022 and 2024, he was deputy to the operational division of the French-German Main
Ground Combat System (MGCS) project in Koblenz, Germany.

In June 2024, he was designated to command the 5ème Dragons Regiment for 2 years. During this time, he also commanded the Forward Land Forces Battle Group (FLF-BG) in Roumania between January and July 2025.

In July 2026, he jointed the armored cavalry school in Saumur as study and prospective director.

During his career, Colonel DENECHAUD has been deployed on operations: Senegal, the Republic of Côte d’Ivoire, Kosovo, Afghanistan and twice in Lebanon as recce company commander (2011), then as chief of operations of the French UNIFIL battalion (2020). He also took part in the European Union's operation Atalante to combat piracy off the coast of Somalia.

Colonel Toby Till

Colonel Army Training - Army Training Executive Army Trg Exec, Army Futures, British Army HQ
Colonel Toby Till

Doug Peterson

Officer, Land Autonomy and Interoperability, NATO
Doug Peterson

Dr. Ahmet Soylemezoglu

Senior Research Scientist, US Army Corps of Engineers USACE, US Army Engineer Research and Development Center
Dr. Ahmet Soylemezoglu

Dr. Janar Pekarev

Member of Explainable AI in defence and security context IST-235, NATO Science & Technology Organisation (STO)
Dr. Janar Pekarev

Dr. Jarred Conley

Director, Autonomous Warfare Portfolio, Defense Innovation Unit (DIU), US Department of Defense
Dr. Jarred Conley

Dr. Matthew P. Willis

Director, Army FUZE, US Army
Dr. Matthew P. Willis

James Gavin

UKDI Deputy Director, Head Technology Transition, UK MoD
James Gavin

John Ridge

Chief Adoption Officer, NATO Innovation Fund (NIF)
John Ridge

Lieutenant Colonel (Ret.) Arthur Dawe

Former Chief of Staff, Experimentation and Trials Group (ETG)
Lieutenant Colonel (Ret.) Arthur Dawe

Lieutenant Colonel (Ret’d) James de St John-Pryce

DeFennec Solutions, British Army
Lieutenant Colonel (Ret’d) James de St John-Pryce

Lieutenant Colonel (Ret’d) Robbie Hicks MBE

Former SO1 Robotic and Autonomous Systems, Pj Orthus Task Lead, Soteria Defence Services
Lieutenant Colonel (Ret’d) Robbie Hicks MBE

Lieutenant Colonel Damien Mead

Commanding Officer, Army Trials Unit
Lieutenant Colonel Damien Mead

Lieutenant Colonel David Welford MBE

Commanding Officer, Forward Land Forces Battlegroup Estonia, British Army
Lieutenant Colonel David Welford MBE

Lieutenant Colonel Enio Chambel

Director, Centre for Experimentation and Technological Modernisation CEMTEx, Portuguese Army
Lieutenant Colonel Enio Chambel

Lieutenant Colonel Jochem Vlaardingerbroek

Commander Robotics and Autonomous Systems Unit, Innovation Branch, Royal Netherlands Army
Lieutenant Colonel Jochem Vlaardingerbroek

Lieutenant Colonel Matthew Limeberry

Commander, Rapid Assessment of Prototype Technology Readiness RAPTRTask Force and Director of Tier 1 Experimentation, US Army
Lieutenant Colonel Matthew Limeberry

Lieutenant Colonel Roman Kuziv

Commander of Medical Forces and Sustainment Group East, Military Medical Service, Military Medical Clinical Center of the Eastern Region. Armed Forces of Ukraine
Lieutenant Colonel Roman Kuziv

Lieutenant Colonel Thomas Frohnhoefer

Director, Innovation, Modernization and Experimentation Consortium (IMEC) 7th Army Training Command, U.S Army Europe-Africa
Lieutenant Colonel Thomas Frohnhoefer

Major Bob Ling

SO1 Pj MAIA designated, Army Futures - CSS
Major Bob Ling

 A professional engineer with two decades of experience across military engineering, operations and defence procurement.  Specialising in the development and acquisition of logistic platforms and complex weapons, with experience leading underpinning research in these areas.
 

Major David Morrell

SO2 Robotics and Autonomous Systems SO2 RAS, Experimentation and Trials Group (ETG)
Major David Morrell

Major Flemming Villiam Olstroem

Head Of Development Unmanned Systems Land, Danish Defence Drone Centre
Major Flemming Villiam Olstroem

Major General Matthew Cansdale

Director of Army Capability, British Army
Major General Matthew Cansdale

Major General Viktor Kalnitski

Deputy Chief of Defence, Estonian Defence Forces
Major General Viktor Kalnitski

Major Laurence Thomson

Military Assistant to Chief of Staff, Headquarters Allied Rapid Reaction Corps and former CGS Visiting Fellow at RUSI, British Army
Major Laurence Thomson

Major Maarten Van Tricht

Transformation Officer - Infantry, Belgian Army Staff
Major Maarten Van Tricht

Major Marc-Antoine Pelletier

Officer Commanding, A Squadron, 12th Canadian Armoured Regiment, Multinational Brigade, Latvia
Major Marc-Antoine Pelletier

 Major Marc-Antoine Pelletier is a Canadian Army Armoured Officer currently serving as the Commanding Officer of the Cavalry Squadron, Multinational Brigade Latvia (MNB-LVA). Throughout his career, he has held a variety of command and staff appointments, developing expertise in cavalry operations, operational planning, and multinational interoperability.

 

His operational experience includes a deployment to Mali from 2020 to 2021 as a Liaison Officer with the British Long Range Reconnaissance Group (LRRG), where he supported coordination and information sharing among coalition partners operating in a complex security environment. From 2024 to 2025, he served as a Liaison Officer within the Training Division of NATO Security Assistance and Training for Ukraine (NSATU), contributing to the synchronization of multinational training initiatives and strengthening cooperation among Allied nations in support of Ukraine.

 

A strong advocate for innovation, Major Pelletier has consistently championed the integration of emerging technologies and modern command-and-control systems to improve operational effectiveness. His leadership philosophy emphasizes mission command, professional excellence, and the development of cohesive teams capable of succeeding in complex and dynamic operational environments.

Major Ville Nousiainen

, Finnish Army Research Center
Major Ville Nousiainen

Martin Hagstrom

Deputy Research Director, Swedish Defence Research Agency (FOI)
Martin Hagstrom

Martin Joesaar

Program Officer - EU Defence Innovation Office in Kyiv, European Commission
Martin Joesaar

Ori Marom

Program Manager New Mobility, Port of Rotterdam
Ori Marom

Robert Monto

Director, Advanced Concepts & Critical Technologies, US Army
Robert Monto

Savraj Sidhu

Assistant Head, Procure Policy, UK MOD
Savraj Sidhu

Siim Saat

Project Manager for Unmanned Ground and Maritime Vehicles, Estonian Defence Forces
Siim Saat

Will Green

Director, Uncrewed Systems Centre
Will Green

sponsors

Conference agenda

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8:00

Registration & Coffee

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8:50

Chair's Opening Remarks

Martin Joesaar

Martin Joesaar, Program Officer - EU Defence Innovation Office in Kyiv, European Commission

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9:00

Defence Uncrewed Systems Centre, UK MoD National Armaments Directorate

Will Green

Will Green, Director, Uncrewed Systems Centre

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9:25

Accelerating the Army’s Adoption of RAS

Colonel Jim Howard

Colonel Jim Howard, Commander Experimentation & Trials Group ETG, Army HQ

  • ETG’s role in accelerating Army modernisation through experimentation, trials and operational learnin
  • Integrating RAS into capability development and force design, including the Swarm Capability Test Bed and lessons from recent UAV and UGV experimentation
  • Insights from multinational exercises and Project Convergence: advancing human-machine teaming, multidomain integration and interoperability across allied forces
  • Future priorities: moving from technology demonstration to the development of tactics, techniques and procedures that integrate autonomous systems alongside crewed forces in contested environments
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    9:50

    Driving Mission Agility with Mission Tailorable RAS Formations

    Robert Monto

    Robert Monto, Project Director, PM Robotic Control & Integration, PME Mission Autonomy

  • Examine how open-architecture RAS formations and UC3 enable unified control across air, ground, and maritime robotics
  • Highlight the common C2 baseline that accelerates integration of third-party autonomy, AI, and mission-specific payloads
  • Outline industry’s role in advancing mission agility, AI at the edge, assured navigation, open interfaces, and cyber-secure architectures
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    10:15

    Morning Coffee

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    10:45

    Session Reserved for Sponsor - Instalaza

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    11:15

    Setting the Standards That Will Connect the Future Autonomous Force

    Christopher Kroninger

    Christopher Kroninger, Deputy, PM Robotic Control & Integration - Standards & Interfaces Directorate, PME Mission Autonomy

  • Provide an overview of the Army Mission Autonomy Common Control Architecture (MACCA)
  • Present our MACCA approach and how it supports market competition in a rapidly evolving technology space
  • Describe how industry can engage and participate
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    11:40

    Scaling Autonomous Warfare – Turning Operational Requirements into Fielded Systems

    Dr. Jarred Conley

    Dr. Jarred Conley, Director, Autonomous Warfare Portfolio, Defense Innovation Unit (DIU), US Department of Defense

  • Leading DIU’s autonomous warfare portfolio, with the explicit aim of generating numerical and tactical advantage through uncrewed mass
  • Converting the Department’s operational requirements into deployable systems at speed, rather than extended development programmes
  • Bringing commercial technology into the fight: what DIU looks for, and how non-traditional suppliers get through the door
  • Lessons carried across from maritime autonomy, and what transfers to the land domain
  • Working alongside the kill web portfolio so autonomous platforms plug into targeting rather than operating in isolation
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    12:05

    Session Reserved for Sponsor - Vodafone IoT

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    12:35

    Networking Lunch

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    13:35

    Rapid Assessment, Prototyping and Tier 1 Experimentation for Robotics & Autonomous Systems

    Lieutenant Colonel Matthew Limeberry

    Lieutenant Colonel Matthew Limeberry, Commander, Rapid Assessment of Prototype Technology Readiness RAPTRTask Force and Director of Tier 1 Experimentation, US Army

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    14:00

    Proving and Procuring Ground Autonomy – Running the Competitions That Decide What Gets Fielded

    Colonel Ken Bernier

    Colonel Ken Bernier, Project Manager Robotic Capabilities ARC, US Army

  • Comparing commercial autonomy stacks head to head on the Infantry Squad Vehicle, and what soldier evaluation revealed about reliability
  • Lessons from the Robotic Combat Vehicle competition on how to evaluate uncrewed platforms at scale
  • Software as the common thread: the layer that has to hold a mixed uncrewed fleet together
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    14:25

    Session Reserved for Sponsor - Volander

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    14:55

    Multi-Domain Integration Connecting Land Intelligence and Targeting Across Domains

    Senior Representative

    Senior Representative, Land Intelligence and Targeting Programme (LITP), British Army

  • Pulling land tactical sensor data back to the strategic level through Zodiac and Project Odyssey
  • Connecting domain feeds into a common data fabric, including RAF Nexus and Minerva in space
  • Using AI and pattern recognition across multiple years of data to sharpen multi-domain understanding
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    15:20

    Afternoon Tea

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    15:50

    Session Reserved for Sponsor

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    16:20

    PANEL DISCUSSION: Integrating Land, Maritime and Air Systems for Multi-Domain Operations

    Brigadier General Terry Tillis

    Brigadier General Terry Tillis, Commanding General, 7th Army Training Command

    Doug Peterson

    Doug Peterson, Officer, Land Autonomy and Interoperability, NATO

    Dr. Janar Pekarev

    Dr. Janar Pekarev, Member of Explainable AI in defence and security context IST-235, NATO Science & Technology Organisation (STO)

    Captain Aleksanteri Siren

    Captain Aleksanteri Siren, Teacher of Artillery Tactics, National Defence University

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    17:00

    Digital Twins in Logistics and Defence Applications

    Ori Marom

    Ori Marom, Program Manager New Mobility, Port of Rotterdam

  • How digital twins are used in large scale port ecosystems to support planning, coordination, simulation, and operational decision making
  • What defence organisations can learn from ports about integrating digital twins across complex infrastructure, multiple stakeholders, and autonomous systems
  • How closer collaboration between ports and defence can accelerate digital twin adoption and strengthen capabilities in both sectors
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    17:25

    Chair’s Closing Remarks and Close of Day One

    Martin Joesaar

    Martin Joesaar, Program Officer - EU Defence Innovation Office in Kyiv, European Commission

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    7:40

    Registration & Coffee

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    8:30

    Chair's Opening Remarks

    Martin Joesaar

    Martin Joesaar, Program Officer - EU Defence Innovation Office in Kyiv, European Commission

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    8:40

    Army Capability 2027: Delivering Robotic Capability to the Army

    Major General Matthew Cansdale

    Major General Matthew Cansdale, Director of Army Capability, British Army

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    9:05

    Session Reserved for Lead Sponsor - ARX Robotics

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    9:35

    UGVs are Back on the Menu

    James Gavin

    James Gavin, UKDI Deputy Director, Head Technology Transition, UK MoD

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    10:00

    Session Reserved for Gold Sponsor

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    10:30

    Morning Coffee

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    11:00

    Building Mission Autonomy Across the Army: Delivering Formation-Based Robotic Overmatch

    Brigadier General Anthony Gibbs

    Brigadier General Anthony Gibbs, Capability Program Executive Mission Autonomy, US Army

  • Integrating autonomous air and ground systems to enhance soldier lethality, survivability, and situational awareness across formations
  • Developing common architectures, robotic networks, and human-machine teaming to enable scalable mission autonomy at the tactical edge
  • Accelerating the fielding of autonomous capabilities through soldier-led experimentation, rapid iteration, and partnerships with industry
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    11:25

    Using Uncrewed Systems at Scale – Prospects and Challenges

    Brigadier General Jyri Raitasalo

    Brigadier General Jyri Raitasalo, Chief of Logistics, Defence Command Finland

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    11:50

    Driving Assurance and Certification Standards for UxS in the Land Domain

    Brigadier Paul Hughes

    Brigadier Paul Hughes, Head of Engineering Assurance and Certification - Land Domain, DE&S

  • The rationale for Land Certification
  • The Land Certification process and applicability to autonomy
  • Land Platforms undergoing certification and lessons learned
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    12:15

    Session Reserved for Sponsor - Glenair UK

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    12:45

    Army FUZE – Venture-Style Investment to Field Autonomy in Months, Not Years

    Dr. Matthew P. Willis

    Dr. Matthew P. Willis, Director, Army FUZE, US Army

  • Running an end-to-end funding mechanism that carries a technology from early prototype through to mass-produced, fielded capability
  • Directing over $750M annually across xTech prize competitions, SBIR/STTR, the Technology Maturation Initiative and ManTech
  • Applying a venture-capital posture at the Army Secretary’s direction: accept risk up front, back a spectrum of companies, scale what works and divest what doesn’t
  • Getting prototypes into soldiers’ hands within 75 to 90 days by testing in the dirt with units rather than in isolation
  • What this means for autonomy and AI vendors – how to enter the pipeline, and what evidence FUZE looks for to scale
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    13:10

    Networking Lunch

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    14:10

    Chair's Opening Remarks

    Lieutenant Colonel (Ret’d) Robbie Hicks MBE

    Lieutenant Colonel (Ret’d) Robbie Hicks MBE, Former SO1 Robotic and Autonomous Systems, Pj Orthus Task Lead, Soteria Defence Services

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    14:20

    Training the Force for Human-Machine Teaming: Preparing British Army Soldiers to Work Alongside Robotic and Autonomous Systems

    Colonel Toby Till

    Colonel Toby Till, Colonel Army Training - Army Training Executive Army Trg Exec, Army Futures, British Army HQ

  • Outlining how the Army Training Executive is adapting training strategy to prepare soldiers to operate with, and against, uncrewed systems
  • Sharing lessons learned to date in embedding robotic and autonomous systems into individual and collective training
  • Identifying the training capabilities and infrastructure needed as RAS are scaled across the force
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    14:45

    Beyond Remote Control: Why Autonomy, Teaming and a New Industry Model Must Advance Together

    Lieutenant Colonel Jochem Vlaardingerbroek

    Lieutenant Colonel Jochem Vlaardingerbroek, Commander Robotics and Autonomous Systems Unit, Innovation Branch, Royal Netherlands Army

  • The relevance of autonomy: why remotely controlled vehicles remain vulnerable in the EM spectrum and are constrained by latency and bandwidth limitations
  • Manned-Unmanned Teaming: if RAS cannot replace human soldiers, how can they best augment and enhance combat units?
  • A new relationship between industry and defence: moving from periodic acquisition cycles to continuous cooperative development and capability evolution
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    15:10

    Session Reserved for Sponsor - Pearson Engineering

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    15:40

    Afternoon Tea

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    16:10

    Developing and Integrating Unmanned Ground Systems for Future Land Operations

    Major Flemming Villiam Olstroem

    Major Flemming Villiam Olstroem, Head Of Development Unmanned Systems Land, Danish Defence Drone Centre

  •  Exploring Denmark’s approach to developing UGV capabilities for land forces
  • Examining the operational requirements and integration challenges involved in bringing unmanned ground systems into service
  • Sharing lessons from development and experimentation to inform the future employment of UGVs in land operations
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    16:35

    Session Reserved for Sponsor - ONDAS

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    17:05

    Scaling UAV Operator Training for Human-Machine Teaming: Standards, Throughput and Currency

    Captain Grzegorz Zielinski

    Captain Grzegorz Zielinski, UAV Training Team Chief, Territorial Defence Forces Training Center, Polish Armed Forces

  • Agreeing shared standards and certification across services, allies and industry so operator qualifications carry over between them
  • Training more operators, faster, and keeping their skills current with simulation, synthetic environments and lessons from the front line
  • Building human-machine teaming skills so operators can direct multiple autonomous systems, and work as one team with crewed and uncrewed platforms
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    17:30

    PANEL DISCUSSION: Developing Autonomous Systems for Effective Human-Machine Teaming

  • Exploring the path towards greater autonomy in land systems
  • Addressing the interoperability, trust and integration challenges of human-machine teaming across the Alliance
  • Leveraging lessons learned from operational experimentation and exercises to accelerate the adoption of autonomous capabilities
  • Major Laurence Thomson

    Major Laurence Thomson, Military Assistant to Chief of Staff, Headquarters Allied Rapid Reaction Corps and former CGS Visiting Fellow at RUSI, British Army

    Major Ville Nousiainen

    Major Ville Nousiainen, , Finnish Army Research Center

    Martin Hagstrom

    Martin Hagstrom, Deputy Research Director, Swedish Defence Research Agency (FOI)

    Colonel Jan Mazal

    Colonel Jan Mazal, Chief of the Military Robotics Department, Czech Defence University

    Major David Morrell

    Major David Morrell, SO2 Robotics and Autonomous Systems SO2 RAS, Experimentation and Trials Group (ETG)

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    18:10

    Chair’s Closing Remarks and Close of Day One

    Lieutenant Colonel (Ret’d) Robbie Hicks MBE

    Lieutenant Colonel (Ret’d) Robbie Hicks MBE, Former SO1 Robotic and Autonomous Systems, Pj Orthus Task Lead, Soteria Defence Services

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    14:10

    Chair's Opening Remarks

    Lieutenant Colonel (Ret’d) James de St John-Pryce

    Lieutenant Colonel (Ret’d) James de St John-Pryce, DeFennec Solutions, British Army

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    14:20

    Modernising Ground Manoeuvre: Integrating Robotics and Autonomous Systems into the Future British Army

  • Examining how robotic and autonomous systems are being incorporated into future ground manoeuvre concepts to enhance combat effectiveness, survivability and operational agility
  • Balancing mass, lethality and protection: identifying where autonomous technologies can deliver the greatest value across the land force and support the future operating concept
  • Aligning capability development, experimentation and force design to accelerate the adoption of uncrewed systems and human-machine teaming across the Army
  • Colonel James Fern

    Colonel James Fern, Assistant Head Ground Manoeuvre, Futures Directorate, British Army

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    14:45

    Accelerating RAS for Mounted Close Combat

    Lieutenant Colonel Damien Mead

    Lieutenant Colonel Damien Mead, Commanding Officer, Army Trials Unit

  •  Army Trials Unit priorities for 2027: the trials and experimentation programme for uncrewed and autonomous ground systems
  • Findings from recent trials on how crewed and uncrewed platforms work together in mounted formations
  • Shortening the path from trial to fi elding: working with industry and the wider force to scale RAS
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    15:10

    Session Reserved for Sponsor - ARX Robotics

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    15:40

    Afternoon Tea

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    16:10

    Experimenting with Autonomous Systems for Future Land Operations: Lessons from French Army Capability Development

    Colonel Loic Tarento

    Colonel Loic Tarento, , French Army

  •  Examining how the French Army is evaluating and experimenting with robotic and autonomous systems to support future manoeuvre operations across contested and complex environments
  • Assessing the operational integration of uncrewed ground systems, autonomous capabilities and human-machine teaming within land force structures and tactical concepts
  • Translating experimentation into capability: lessons learned from testing, validating and integrating emerging technologies to enhance battlefi eld effectiveness and operational readiness
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    16:35

    From UGV Testing to Operational Capability: Challenges and Lessons Learned from the Czech Armed Forces

    Captain Stepan Konecky

    Captain Stepan Konecky, Section Head, Czech Armed Forces

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    17:05

    Session Reserved for Sponsor - Ark Robotics

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    17:30

    PANEL DISCUSSION: Delivering Uncrewed Capability to the Mounted Force

    Lieutenant Colonel David Welford MBE

    Lieutenant Colonel David Welford MBE, Commanding Officer, Forward Land Forces Battlegroup Estonia, British Army

    Siim Saat

    Siim Saat, Project Manager for Unmanned Ground and Maritime Vehicles, Estonian Defence Forces

    Colonel Thierry Denechaud, Director of Armoured Studies and Forecasting Division, French Army

    Brigadier General Ryan Howell

    Brigadier General Ryan Howell, Director of Integration, CPE Ground, US Army

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    18:10

    Chair’s Closing Remarks and Close of Day One

    Lieutenant Colonel (Ret’d) James de St John-Pryce

    Lieutenant Colonel (Ret’d) James de St John-Pryce, DeFennec Solutions, British Army

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    7:40

    Registration & Coffee

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    8:30

    Chair's Opening Remarks

    Martin Joesaar

    Martin Joesaar, Program Officer - EU Defence Innovation Office in Kyiv, European Commission

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    8:40

    Autonomy as Strategic Depth – How a Small Nation Generates Combat Mass with Uncrewed Systems

    Major General Viktor Kalnitski

    Major General Viktor Kalnitski, Deputy Chief of Defence, Estonian Defence Forces

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    9:05

    The Role of Autonomous Systems and Launched Effects in Army Offensive Fires

    Brigadier General Robert J. Mikesh

    Brigadier General Robert J. Mikesh, Capability Program Executive, US Army

  • How autonomous systems and launched effects can add reach, mass and lethality to the Army’s offensive fires
  • Integrating uncrewed systems into the kill chain, from targeting and sensing through to strike
  • Priorities for development, acquisition and fielding to keep pace with the threat
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    9:30

    Force Development for a Robotic Land Force: Setting the Canadian Army’s Capability Requirements and Experimentation

    Colonel Paolo Pavese

    Colonel Paolo Pavese, Director Army Experimentation and Innovation, Army Force Development, Canadian Army

  • Where the Army is today and the experimentation
  • coming next
  • The unique challenges of fielding robotic systems in a Canadian context
  • Future opportunities
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    9:55

    Session Reserved for Platinum Sponsor - IDV

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    10:25

    Morning Coffee

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    10:55

    7th US Army Training Command and JMRC Integration of Military Robotics into Combined Arms Training

  • Lessons learned from incorporating military robotics into three brigade-level exercises
  • Practical integration, interoperability and what these
  • experiences mean for future NATO land operations
  • Colonel Adam Latham

    Colonel Adam Latham, Commander of Operations Group, Joint Multinational Readiness Centre, 7th Army Training Command, U.S. Army Europe-Africa

    Lieutenant Colonel Thomas Frohnhoefer

    Lieutenant Colonel Thomas Frohnhoefer, Director, Innovation, Modernization and Experimentation Consortium (IMEC) 7th Army Training Command, U.S Army Europe-Africa

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    11:20

    Defeating Drones with Robots – Counter-UAS Effectors on Uncrewed Ground Platforms

    Senior Representative

    Senior Representative, , JIATF 401

  • Mounting kinetic and non-kinetic C-UAS effectors on UGVs to help keep soldiers outside the engagement envelope
  • Delivering the capability at scale across services and agencies, including the authorities, training and infrastructure needed to operationalise it
  • What are the current operations and challenges versus
  • future priorities
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    11:45

    Session Reserved for Gold Sponsor

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    12:15

    INTERACTIVE PANEL SESSION: Building the Hybrid Fleet – Bringing Heavy Armour and Uncrewed Systems Together Sensibly

  • Why heavy armour isn’t going away, and what a realistic crewed–uncrewed force mix looks like in the land domain
  • The enabling technologies that make a hybrid fleet work
  • Where investment is actually flowing across European defence deep tech, and where the gaps are
  • Closing the gap between a convincing demonstration and a fielded fleet
  • Martin Joesaar

    Martin Joesaar, Program Officer - EU Defence Innovation Office in Kyiv, European Commission

    John Ridge

    John Ridge, Chief Adoption Officer, NATO Innovation Fund (NIF)

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    12:55

    Networking Lunch

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    13:55

    Chair's Opening Remarks

    Lieutenant Colonel (Ret.) Arthur Dawe

    Lieutenant Colonel (Ret.) Arthur Dawe, Former Chief of Staff, Experimentation and Trials Group (ETG)

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    14:05

    Equipping the Dismounted Soldier: Integrating RAS into Future Soldier Systems

    Senior Representative

    Senior Representative, SoldierWorks, British Army

  • Priorities for integrating robotic and autonomous systems at section and platoon level
  • Lightening the soldier’s burden and improving survivability through uncrewed support
  • clock

    14:30

    Integrating RAS into Portuguese Army Operations

    Lieutenant Colonel Enio Chambel

    Lieutenant Colonel Enio Chambel, Director, Centre for Experimentation and Technological Modernisation CEMTEx, Portuguese Army

  • Key lessons from ARTEX 26 on integrating RAS into land formations
  • How experimentation centres can speed up the move from trials to operational capability
  • Interoperability and shared requirements across European armies
  • Priorities for doctrine, training and future capability development
  • clock

    14:55

    Session Reserved for Sponsor

    clock

    15:25

    Afternoon Tea

    clock

    15:55

    Equipping the Dismounted Soldier: Integrating Robotics and Autonomous Systems into Denmark’s Soldier Systems Programme

    Captain Robert Moerck

    Captain Robert Moerck, Head of Dismounted Soldier Systems Programme, Defence Acquisition and Logistics Organisation (DALO)

  • Outlining the Dismounted Soldier Systems Programme and where robotic and autonomous systems fit within the future soldier system
  • Lessons from acquiring and fielding uncrewed systems at section and platoon level, including weight, power and cognitive burden on the soldier
  • Priorities for interoperability with allies and closer partnership with industry to accelerate delivery
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    16:20

    Uncrewed Systems on NATO’s Eastern Flank: Lessons from Multinational Brigade – Latvia

    Major Marc-Antoine Pelletier, Officer Commanding, A Squadron, 12th Canadian Armoured Regiment, Multinational Brigade, Latvia

  • How a cavalry squadron is employing robotic, uncrewed aerial and autonomous systems on NATO’s eastern flank
  • Integrating uncrewed capabilities across a multinational brigade: interoperability, tactics and training challenges
  • Lessons for dismounted and reconnaissance forces operating in a contested, sensor-saturated environment
  • clock

    17:25

    PANEL DISCUSSION: Enhancing the Dismounted Force Through Robotics and Autonomous Systems

  • Sharing approaches to integrating robotic and autonomous systems at the soldier and smallteam level
  • Exploring how uncrewed systems can reduce the burden on the dismounted soldier and improve survivability
  • Identifying future requirements and opportunities for interoperability with allies
  • Captain Robert Moerck

    Captain Robert Moerck, Head of Dismounted Soldier Systems Programme, Defence Acquisition and Logistics Organisation (DALO)

    Major Maarten Van Tricht

    Major Maarten Van Tricht, Transformation Officer - Infantry, Belgian Army Staff

    Captain Aleksanteri Siren

    Captain Aleksanteri Siren, Teacher of Artillery Tactics, National Defence University

    clock

    18:05

    Chair’s Closing Remarks and Close of Conference

    Lieutenant Colonel (Ret.) Arthur Dawe

    Lieutenant Colonel (Ret.) Arthur Dawe, Former Chief of Staff, Experimentation and Trials Group (ETG)

    clock

    13:55

    Chair's Opening Remarks

    Martin Joesaar

    Martin Joesaar, Program Officer - EU Defence Innovation Office in Kyiv, European Commission

    clock

    14:05

    Integrating UGV and UAV Technologies for Frontline Medical Evacuation and Logistics

    Lieutenant Colonel Roman Kuziv

    Lieutenant Colonel Roman Kuziv, Commander of Medical Forces and Sustainment Group East, Military Medical Service, Military Medical Clinical Center of the Eastern Region. Armed Forces of Ukraine

  • Lessons from deploying UGVs for casualty evacuation in Ukraine
  • Expanding UAV capabilities for medical resupply and casualty extraction
  • Combining UGVs and UAVs to strengthen battlefield medical support
  • clock

    14:30

    Project MAIA: Autonomy Enabled Logistics for the British Army

    Major Bob Ling, SO1 Pj MAIA designated, Army Futures - CSS

  • Experiences of operating autonomous systems on Project Convergence Capstone 6 and developing autonomous system operating tactics
  • Preparing the British Army for the scaling of autonomous systems to enable military logistics in the 2030s
  • clock

    14:55

    Session Reserved for Sponsor - Rheinmetall AG

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    15:25

    Afternoon Tea

    clock

    15:55

    Acquiring and Fielding RAS at Pace: Lessons from Task Force Kindred

    Savraj Sidhu

    Savraj Sidhu, Assistant Head, Procure Policy, UK MOD

    clock

    16:20

    Lessons from Italy’s Third Iteration of the RAS Experimentation Campaign on Combined Arms Breaching

  • Outlining the aims, scope and design of the third iteration of the Italian experimentation campaign on robotic and autonomous systems, and how it builds on lessons from the first two
  • Testing how RAS can support each phase of the combined arms breach to reduce risk to soldiers at the point of contact
  • Examining how unmanned ground and aerial systems work alongside manned engineer, armoured and infantry units, including command and control, interoperability and the humanmachine teaming relationship
  • Identifying gaps in doctrine, training, logistics and technology, and the next steps for bringing RAS into Italian Army force structure
  • clock

    16:55

    Session Reserved for Sponsor

    clock

    17:25

    PANEL DISCUSSION: Future Breaching Operations: Robotic Systems for Contested and Complex Environments

  •  Sequencing uncrewed breaching within a multi-domain scheme of manoeuvre
  • Balancing attritable mass against high-value autonomous engineer platforms
  • Sustaining and recovering uncrewed systems inside the obstacle belt
  • Dr. Ahmet Soylemezoglu

    Dr. Ahmet Soylemezoglu, Senior Research Scientist, US Army Corps of Engineers USACE, US Army Engineer Research and Development Center

    Colonel John Williams II

    Colonel John Williams II, Project Manager, Formation Based Mission Autonomy, CPE Mission Autonomy

    clock

    18:05

    Chair’s Closing Remarks and Close of Conference

    Martin Joesaar

    Martin Joesaar, Program Officer - EU Defence Innovation Office in Kyiv, European Commission

    Confirmed Speakers Include:

    Capability Program Executive Mission Autonomy
    US Army
    Chief of Logistics
    Defence Command Finland
    Capability Program Executive
    US Army
    Director of Integration, CPE Ground
    US Army
    Commanding General
    7th Army Training Command
    Head of Engineering Assurance and Certification - Land Domain
    DE&S
    Teacher of Artillery Tactics
    National Defence University
    UAV Training Team Chief, Territorial Defence Forces Training Center
    Polish Armed Forces
    Head of Dismounted Soldier Systems Programme
    Defence Acquisition and Logistics Organisation (DALO)
    Section Head
    Czech Armed Forces
    Deputy, Standards & Interfaces Directorate
    CPE Mission Autonomy
    Commander of Operations Group, Joint Multinational Readiness Centre
    7th Army Training Command, U.S. Army Europe-Africa
    Assistant Head Ground Manoeuvre, Futures Directorate
    British Army
    Chief of the Military Robotics Department
    Czech Defence University
    Commander Experimentation & Trials Group ETG
    Army HQ
    Project Manager, Formation Based Mission Autonomy
    CPE Mission Autonomy
    Project Manager Robotic Capabilities ARC
    US Army
    French Army
    Director Army Experimentation and Innovation, Army Force Development
    Canadian Army
    Director of Armoured Studies and Forecasting Division
    French Army
    Colonel Army Training - Army Training Executive Army Trg Exec
    Army Futures, British Army HQ
    Officer, Land Autonomy and Interoperability
    NATO
    Senior Research Scientist, US Army Corps of Engineers USACE
    US Army Engineer Research and Development Center
    Member of Explainable AI in defence and security context IST-235
    NATO Science & Technology Organisation (STO)
    Director, Autonomous Warfare Portfolio
    Defense Innovation Unit (DIU), US Department of Defense
    Director, Army FUZE
    US Army
    UKDI Deputy Director, Head Technology Transition
    UK MoD
    Chief Adoption Officer
    NATO Innovation Fund (NIF)
    Former Chief of Staff
    Experimentation and Trials Group (ETG)
    DeFennec Solutions
    British Army
    Former SO1 Robotic and Autonomous Systems, Pj Orthus Task Lead
    Soteria Defence Services
    Commanding Officer
    Army Trials Unit
    Commanding Officer, Forward Land Forces Battlegroup Estonia
    British Army
    Director, Centre for Experimentation and Technological Modernisation CEMTEx
    Portuguese Army
    Commander Robotics and Autonomous Systems Unit, Innovation Branch
    Royal Netherlands Army
    Commander, Rapid Assessment of Prototype Technology Readiness RAPTRTask Force and Director of Tier 1 Experimentation
    US Army
    Commander of Medical Forces and Sustainment Group East, Military Medical Service
    Military Medical Clinical Center of the Eastern Region. Armed Forces of Ukraine
    Director
    Innovation, Modernization and Experimentation Consortium (IMEC) 7th Army Training Command, U.S Army Europe-Africa
    SO1 Pj MAIA designated
    Army Futures - CSS
    SO2 Robotics and Autonomous Systems SO2 RAS
    Experimentation and Trials Group (ETG)
    Head Of Development Unmanned Systems Land
    Danish Defence Drone Centre
    Director of Army Capability
    British Army
    Deputy Chief of Defence
    Estonian Defence Forces
    Military Assistant to Chief of Staff, Headquarters Allied Rapid Reaction Corps and former CGS Visiting Fellow at RUSI
    British Army
    Transformation Officer - Infantry
    Belgian Army Staff
    Officer Commanding, A Squadron, 12th Canadian Armoured Regiment
    Multinational Brigade, Latvia
    Finnish Army Research Center
    Deputy Research Director
    Swedish Defence Research Agency (FOI)
    Program Officer - EU Defence Innovation Office in Kyiv
    European Commission
    Program Manager New Mobility
    Port of Rotterdam
    Director, Advanced Concepts & Critical Technologies
    US Army
    Assistant Head, Procure Policy
    UK MOD
    Project Manager for Unmanned Ground and Maritime Vehicles
    Estonian Defence Forces
    Director
    Uncrewed Systems Centre

    Platinum Sponsor

    Gold Sponsors

    Silver Sponsors

    Exhibitors

    VENUE

    To ensure the security of the event, the exact location will not be disclosed publicly. Once your booking has been confirmed and approved, you will receive the full event location and address, along with the hotel booking form.

    Sponsors and Exhibitors


    IDV

    Platinum Sponsor
    https://www.idvgroup.com/

    IDV, a Leonardo Company, is dedicated to delivering innovative automotive and protection solutions to meet the needs of military customers worldwide. The company’s diverse product portfolio includes armoured vehicles, multirole platforms, tactical and logistic trucks, as well as native uncrewed vehicles and optionally uncrewed systems integrated into existing platforms. This comprehensive portfolio enables IDV to meet the requirements of a wide range of defence applications across different operational scenarios. More information can be found on the website: www.idvgroup.com

    Sponsors and Exhibitors


    Glenair

    Gold Sponsors
    https://www.glenair.co.uk/

    Glenair is a global manufacturer of interconnect technology for high-reliability applications. Our lightweight/miniature connectors are used on a wide variety of platforms from fixed wing and rotor aircraft, to ground vehicles and every class of UAV. Glenair pioneered the original 6-pin Nett Warrior connector, as well as a second generation 7-pin series with USB-C power integration and delivery. Now Glenair is introducing a signature 12 Amp contact equipped version for higher-current applications that easily integrates into US/NATO, Nett Warrior, and STAR-PAN hub and cable systems. Our Series 804 Mighty Mouse tactical soldier interconnects have become industry standards and are used on more JTAC and DACAS systems than all other miniaturized connector series combined. Glenair multiport STAR-PAN™ USB hub and power distribution systems are designed for maximum open-system compatibility incorporating Ethernet and USB data interfaces. GSA compliant USB 2.0. STAR-PAN™ is both Nett warrior and NATO compatible. The STAR-PAN™ System is capable of smart charging and power distribution utilizing the broad range of current in-service military batteries, as well as Direct Current (DC) power sources. Newly released STAR-PAN™ Mission-Manager adds on-the-fly device integration and hardware management to complex C4ISR systems. The STAR-PAN™ product line is an open architecture system and is compliant with the UK MOD/NATO standard


    Sponsors and Exhibitors


    Ark Robotics

    Silver Sponsors
    https://ark-robotics.com/

    Ark Robotics is a European technology company building the battle-proven infrastructure layer for mass robotics. Ark develops autonomous robots and Frontier, an intelligent autonomy software. Frontier enables a single operator to assign objectives to multiple robots, which then execute tasks autonomously under operator supervision. By coordinating robotic operations over long distances, Frontier increases operator leverage while reducing human exposure to danger.


    Instalaza

    Silver Sponsors
    https://instalaza.com/en/

    INSTALAZA designs and produces complete weapon systems and light missiles, guided and unguided. The company owns great experience, technological and manufacturing capacity on high performance warheads, solid propellants, rocket motors, launchers from composite materials and optoelectronic aiming and guiding systems.


    Ondas, Inc.

    Silver Sponsors
    http://www.ondas.com

    Ondas Inc. (Nasdaq: ONDS) is a leading provider of autonomous systems, robotics, and mission-critical technologies for defense, homeland security, public safety, critical infrastructure, and industrial markets. The Company develops and deploys integrated unmanned and autonomous platforms across air, ground, and stratospheric environments, including autonomous drone systems, counter-UAS technologies, robotic ground systems, advanced unmanned aircraft and propulsion solutions, demining and engineering systems, and integrated sensing and communications technologies designed to support intelligence, surveillance, reconnaissance, security, and operational missions in complex environments. Ondas’ solutions are deployed globally by government, defense, and commercial customers to protect infrastructure, borders, transportation networks, personnel, and strategic assets.


    Pearson Engineering

    Silver Sponsors
    https://www.pearson-eng.com/

    Pearson Engineering has a world-proven ability to deliver against the most complex defence and security challenges.

    We are expert in battlefield mobility - breaching, detection, defeat and clearance of mines and explosives as well as combat bridge launch systems, non-lethal counter mobility products and specialised counter terror systems. Further, we deliver special project support, assembly, and manufacturing services for defence programmes from our facility in the UK.

    We are a long-standing supplier of combat engineering equipment and through life support to Armed Forces throughout the world and we have contributed to significant armoured vehicle programmes including the British Army’s Trojan and Terrier capabilities, as well as to the U.S Army’s Assault Breacher Vehicle. Our products range from heavy-duty mine ploughs for main battle tanks through to nimble, protective Counter-IED rollers for light weight vehicles.

    Our products are in constant development to meet the needs of the modern Warfighter and our dedicated Research & Development team are currently working on several novel technologies to both anticipate and respond to future requirements.

    Our Engineers and Project Managers are highly trained and have experience in delivering high-specification, complex engineering products, often against demanding programme requirements and deadlines. We can call upon an established local, national, and international supply chain comprising companies which have proven themselves in some of the world’s biggest defence programmes.

    To find out more, please contact pearson@pearson-eng.com or follow us on Twitter @Pearson_Eng_Ltd.



    Rheinmetall

    Silver Sponsors
    https://www.rheinmetall.com/en/

    Rheinmetall Unmanned Vehicles d.o.o. was established on 1 July 2026 after Rheinmetall acquired a majority stake (51%) in DOK-ING, a Croatian pioneer in unmanned ground systems with over 30 years of field experience. The company is technology-driven, specialized in the development and manufacture of advanced unmanned systems designed for operations in hazardous and high-risk environments. Its core portfolio includes remotely operated and progressively autonomous platforms supporting humanitarian and military demining, military engineering operations, CBRN response, and the protection of critical infrastructure. Built on modular, scalable architectures, our solutions enable rapid mission-specific configuration for mine clearance, IED disposal, route clearance, firefighting, and other complex operational requirements — delivering field-proven systems that enhance force protection and reduce human exposure to danger.


    Vodafone Business

    Silver Sponsors
    https://www.vodafone.co.uk/business

    Vodafone Business combines world-leading connectivity with deep expertise in cybersecurity, cloud, IoT and digital infrastructure to help Defence operate securely and with confidence. We are helping build the nation’s defence resilience layer across space, mobile, fixed and subsea networks, delivered securely end-to-end through trusted UK capabilities and partnerships. As robotics and autonomous systems become increasingly important to Defence, secure and resilient connectivity will be critical to connecting people, platforms, sensors and data. Vodafone Business brings together global scale, sovereign capability and trusted expertise to help enable next-generation technologies and strengthen operational readiness in an increasingly contested and connected world.


    Volander

    Silver Sponsors
    https://volander.ai/

    Volander was set up 3 years ago, is owned and led by former UK Commando veterans, with specific expertise around tactical autonomous systems and their demands in combat. We’ve not yet needed external investment, we have stable cashflow and a growing team of 9 people to date. We have turned over £6m in multiple development contracts with UK MOD and Leonardo UK; and we are a member of Leonardo’s UK Scale-Up partnership program. We are focussed on developing two technologies into minimum viable products for full demonstration in Autumn 2026. Both offer key enhancements for current and future uncrewed vehicles, and both technologies have commercial traction directly funding their progress.

    Exhibitors


    Silvus Technologies

    Exhibitors
    http://silvustechnologies.com

    As the world’s leading developer of advanced tactical MANET communication systems, Silvus Technologies is reshaping mesh network technology for mission-critical applications on the ground, in the air, and at sea. The Silvus family of StreamCaster MANET radios deliver high-fidelity video, voice and data communications with class-leading output power, range, and mobility. At the heart of every StreamCaster MANET radio is Silvus’ proprietary MN-MIMO waveform technology that creates a self-healing, self-forming and adaptive mesh network – capable of linking hundreds of nodes with unmatched data rate throughput, EW resiliency, and scalability. With a focus on continually improving size, weight, power, and cost, Silvus is delivering the next generation of tactical communications, providing the warfighter with capability overmatch across the spectrum domain.


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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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