• Atkins Technical Training Academy


Print Bookmark

We are one of the largest providers of engineering and technical services to the UK defence market, we work in partnership with you to provide independent and objective advice and support across all stages of a project lifecycle.


At Atkins we use our independent engineering and programme management expertise to help governments specify and acquire the right military equipment and infrastructure so that they can properly equip their armed forces and defend their national interests.

We deliver bespoke services and solutions to our clients in the following key areas:

Acquisition support

  • Programme management
  • Systems engineering, performance modelling, business cases and supplier selection

Availability management

  • Logistics and supply chain management
  • Availability, reliability and maintainability analysis and assessment

Safety management and assessment

  • Safety management systems, independent advice and safety case assessment

Facilities design and engineering

  • Masterplanning through to design detailing
  • Specialist competence in blast and nuclear facilities

Mechanical design and integrity assessment

  • Specialist nuclear expertise


View all

Atkins secures place on UK Government’s Overseas Consultants framework - 09 August 2017

Atkins has secured a place on the Overseas Principal Support Provider framework. As one of six suppliers, Atkins will deliver multidisciplinary design, project management and technical services to the Ministry of Defence (MOD), the Foreign & Commonwealth Office (FCO) and the Permanent Joint Headquarters (PJHQ).


Atkins works with U.S. Army Corps of Engineers to support public infrastructure projects in the Middle East - June 14, 2017

Atkins, one of the world’s most respected design, engineering, and project management firms, has been selected by the U.S. Army Corps of Engineers (USACE) Middle East District to support infrastructure improvement programs for the Gulf Cooperation Council (GCC), a coalition of countries surrounding the Arabian Gulf.


Atkins and Gama Aviation awarded new Military Airworthiness contracts after successfully reviewing more than 1400 aircraft - 11 April 2017

Atkins and Gama Aviation have secured further contracts with the Joint Helicopter Command (JHC) and Headquarters Air Command (HQ Air) to continue providing independent Military Airworthiness Review (MAR) services for aircraft on the UK Military Aircraft Register. These comprehensive reviews will help the JHC and HQ Air to...


Atkins and Cranfield University collaborate to tackle cyber security challenges - 27 January 2017

Atkins and Cranfield University have today announced a collaboration to create a new cyber research area that will help to protect manufacturing businesses and critical national infrastructure organisations from the danger of cyber attack.




Whatever the challenge, we’ll find the solution. This belief unites us in delivering high quality engineering, technical and programme management services to government and the defence industry.

Our projects range from a day’s consultancy to supporting the delivery of major, mission-critical programmes. And with our extensive project management skills, we’re able to deliver each one to the very highest standard.

Our principal areas of expertise are:

Mechanical design and analysis

Within defence, we combine our understanding of mechanical engineering fundamentals with specific industry domain knowledge relevant to our clients.

Our core capabilities include:

  • Fatigue and fracture assessment
  • Structural dynamics (including impact and blast loading)
  • Stress analysis
  • Finite element techniques
  • Pressure vessel design and assessment

Learn more mechanical design and analysis

Systems engineering and programme management

We work across all areas including land, C4ISTAR, ships, submarines and air. With an active role on the International Council on Systems Engineering (INCOSE), we lead the way on the latest issues, standards and debates in this area.

Our core capabilities include:

  • Systems engineering
  • Programme and project management
  • Through-life capability management
  • Operational analysis/modelling
  • Project and business case support
  • Information/communication systems
  • Software development
  • High integrity software
  • Security

Learn more systems engineering and programme management

Safety and supportability

For safety, we explore different scenarios to minimise risk with equipment, facilities and working environments. For supportability, we assess the reliability of these assets in the long term and set a policy or a strategy for maintaining them.

Our core capabilities include:

  • Safety engineering
  • Supportability
  • Training needs analysis
  • Human factors
  • Reliability and maintainability
  • Integrated logistic support
  • Reliability centred maintenance

Learn more safety and supportability

Facilities design and engineering

We are the leaders in complex building design associated with unique defence-related facilities, providing multidisciplinary engineering capability with significant defence specialisms.

Our core capabilities include:

  • Project and design management
  • Facilities design (civil and structural engineering)
  • Mechanical engineering design
  • Building services engineering
  • Process engineering
  • Electrical control and instrumentation
  • Safety case development

Learn more facilities design and engineering


View all

Frank Mondo
01 Aug 2017

Delaying this inevitability is dependent on how well we care for the building. Building and facility managers are acutely aware that each of the components that make up a structure has a unique asset management lifecycle—predicting each of these independent life cycles and keeping up with their required maintenance schedules, that’s the trick. Nowhere is this more important than in our military infrastructure where actual lives are at stake. And it’s why the Department of Defense (DoD) has recently chosen to implement BUILDER as the sustainment management system (SMS) for all DoD facilities. In the past, the DoD’s process for sustainment management was often piecemeal, disorganized, and relatively isolated. Imagine precarious stacks of paper, and hundreds (or thousands) of disparate, locally managed spreadsheets or Access databases housing often-archaic data (if data was collected at all). In September 2013, the DoD mandated the use of BUILDER for all DoD facilities. There is power in consistency. Moreover, as the DoD implements this new standard, exciting opportunities for a holistic approach to asset management are becoming clear. Developed by the US Army Corps of Engineers’ (USACE) Engineer Research and Development Center (ERDC) Construction Engineering Research Laboratory (CERL), BUILDER is a proven, knowledge-based software tool designed to assist facility managers make key maintenance and repair decisions for their buildings’ critical systems. From windows to heating, ventilating, and air conditioning (HVAC), from foundations to roofing, each building system has a service life, and BUILDER is designed to optimize those remaining years and maximize return on investment

North America ,

Dillon Fugate
23 May 2017

The scene encapsulates a similar challenge that we, as designers, come across every day. To accurately model a project site, we need to safely and efficiently collect millions of data points which document a site’s every nook and cranny. The more detailed the data we collect, the more accurate and complete our models will be. The less detail we use, the greater risk of problems arising later-on. Using 3D point clouds to model projects is a popular way to reduce time spent in the field while producing more accurate images. There are multiple ways to collect high definition surveying (HDS) or 3D point cloud data in the field. Laser Imaging, Detection, and Ranging (LiDAR) uses a pulsed laser to emit a beam and gathers large amount of data points by using the known speed of light and the amount to time for the signal to return. Phase-based scanners emit a constant laser beam into multiple phases and compares the shifts in the returned laser energy. Photogrammetry-based point cloud data utilizes digital photography processed through select software packages to create 3D point cloud data. Each of these technologies have advantages and limitations. LiDAR data collection is not as fast as the phase-based and photogrammetry, but has better range and is generally more accurate than photogrammetry. Phase-based HDS is quicker than LiDAR and can collect very dense and accurate close range data sets. Photogrammetry-based HDS is more affordable than the other approaches, and due to being lighter in weight, can be more

North America ,

Richard Piggin
19 May 2017

The WannaCry or Wanna Decryptor malware has affected 150 countries, including the United Kingdom, United States, Spain, Russia, Taiwan, France, and Japan. Several variants have already been reported, all presently targeting Windows-based operating systems, including embedded versions. Further variations, which could target other operating systems such as Linux, are anticipated. Early indications suggested email phishing campaigns initially infected computers, using email attachments and malicious websites links have been confirmed. The worm then spreads across networks. While assurances have been given regarding the loss of patient data, the malware provides backdoor access to victim’s computers, so data theft is a distinct possibility. Yet, the issue isn’t just about the security of patient information, it’s also about preventing patient harm. This is not an isolated incident. Similar incidents have already occurred in the healthcare sector, even in the UK. Only a few hospitals were affected, attracting limited publicity and concern. Many more medical facilities belonging to the U.S. MedStar Health provider were severely disrupted last year. The impact of such attacks also feature in a new BSI publication on Medical Device Cyber Security, which describes the convergence of safety and security risk, along with defensive principles. Other sectors have also been impacted  including UK,  French and Romanian car plants and the German rail operator. Spanish victims included telecoms multinational Telefonica, and utilities Iberdrola and Gas Natural. Critical infrastructure asset owners have been impacted by ransomware in the past, including several power utilities. Organisations with unsupported operating systems or ineffective patching programmes will continue to be vulnerable. At best,

UK & Europe ,

Philip Barton
17 Mar 2017

Having had time to digest the major themes in this report, I think that the Government at the time seemed determined to establish the Cyber Essentials scheme as key parts of UK SMEs cyber tool kits, and to leverage the insurance industry to secure that goal. The message was that Cyber Essentials or Cyber Essentials Plus compliance would deserve a reduced premium, as well as enabling greater cyber-risk awareness among SMEs. The report indicated that cyber insurance firms were likely to offer support in becoming Cyber Essentials certified as part of the insurance process. This patently did not happen as planned, and the UK National Cyber Security Centre (NCSC) are yet to pick up the reins sufficiently to consider cyber insurance guidance. The report was aimed squarely at SME cyber risk in the IT space, with brief mention that Cyber Essentials may not be appropriate, or rigorous enough, for many manufacturing industries. Regulated industries and critical infrastructure will have their own regimes to follow, so what for the SME manufacturing industries? The NIST cyber security framework or the SANS 20 controls are an excellent starting point, not to mention the many standards that exist such as ISO/IEC27001, ISA/IEC62443 etc. An obvious barrier to widespread adoption of worthwhile, insurance-backed, cyber security in the industrial arena is having sufficiently good cyber forensic capability in place to be able to back up any claim. In the event of an incident, the bias for most manufacturing organisations is naturally toward production and not to preserving evidence;

UK & Europe ,


View all

The client had found it difficult, expensive and disruptive to their programme portfolio to maintain and manage a pool of experienced security consultants with the necessary analysis and security artefact-creation skills required to support the accreditation decision. Due to the finite resource, deciding which projects would benefit most from the IA consultants’ skills was also proving challenging. As a result, there was a risk of critical systems either remaining unaccredited or being accredited on the basis of an inadequate risk assessment. We worked with the client to develop a new managed service approach to the provision of security that brought together all the necessary expertise into a single team. Through the creation and implementation of a security catalogue, we provided key security and accreditation activities for the client. These covered business impact identification, risk assessment, threat and vulnerability analysis, and current and new service/system ‘as-is’ security reviews. Also included were estate and system architecture advice and design, policy and standards gap analyses, and accreditation and risk management. In addition, our (previously CLAS) accredited security consultants provided specialist security support or management to particular projects over an extended period. Through the implementation of managed accreditor services we coached, mentored and trained the client’s junior accreditors. This proved to increase the client’s capabilities in accreditation and developed the organisation’s information risk management maturity. Our managed security consultancy service provided specialist advice to the client that is now an embedded part of the enterprise architecture. Our specialist expertise was also applied to the client’s department-wide information assurance enhancement

UK ,

As a significant element of the IT estate was legacy, the key challenge our client faced was understanding where information assets were stored and processed. This knowledge gap meant that DWP was unable to properly quantify and understand their risk exposure to help develop effective mitigation strategies. DWP therefore approached Atkins to perform a threat and risk assessment of their IT estate, specifically looking at key information assets and how they were stored, accessed, transmitted and processed. Atkins worked closely with DWP across a four month programme to provide a snapshot threat, security risk, and maturity assessment of key information assets across the IT estate. We identified IT and business stakeholders for engagement and reviewed DWP security approaches, policies, procedures and IT architecture to obtain the wider IT estate view. Quantitative and qualitative data was also collected on the shape of the IT estate through documentation reviews, workshops and interviews. This was then employed to identify the flow of data, potential threats and vulnerabilities. Finally, we identified key security risks and opportunities to reduce and mitigate these. We then developed strategic recommendations for the ownership and management of key information assets. As a result of this work, senior stakeholders obtained a quantified view of information asset risk across the DWP IT estate. Our threat assessment recognised what would make DWP an attractive target, as well as highlighting the key threat actors and the likely attack vectors. Clear and concise prioritised expert guidance was also provided relating to information asset risk mitigation activities. This informed

UK ,

Without a clear and deep understanding of their current cyber posture, the client’s leadership team were unable to identify their risk exposure or to develop an effective strategy for cyber resilience. Atkins were selected to perform a cyber risk assessment to identify the key challenges, threats and risks to Government-provisioned services, broader critical national infrastructure and key economic activity. The review would need to establish a realistic picture of the client’s level of resilience and their capability to respond to a serious cyber-attack. Working in collaboration with the client and key stakeholders, we developed a snapshot cyber threat and risk assessment. This provided a measurement of maturity assessment relating to their key assets. A series of sequenced and integrated work packages were also created. These focused on identifying Government and business stakeholders for engagement and reviewing existing security approaches, strategies and policies to obtain a wider national view. The work packages also involved collecting and analysing data on the state of the nation through events, workshops, interviews and reviews, and identifying key security threats, risks and opportunities to reduce risk and improve resilience. As a result of the risk assessment activity, potential threats, attack vectors and vulnerabilities were also highlighted, along with identification of what would make the client an attractive target. Our client’s senior stakeholders obtained a realistic view of the maturity of their cyber defence, with key areas of weakness and strength identified across Government and business sectors. Clear and concise prioritised expert recommendations, based on the client’s technology, people and processes, were then provided

UK ,

The Defence Science and Technology Laboratory (Dstl) wished to commission collaborative research for the Ministry of Defence (MOD) into the relationship between people and cyber/ information assurance. Particular focus was required on the human and cultural issues relevant to risk and friction points associated with the design of policy and procedure. Atkins collaborated with University College London (UCL), bringing together industry, commercial and academic expertise to undertake this research. A set of customised assessments were developed to be undertaken by MOD staff using a specialised tool. This helped to identify an individual’s security understanding within their working environment, to highlight skills and knowledge gaps and focus on behaviours that may pose a risk to security compliance. Through this research it was identified that current security practice reduces productivity by introducing rules that often create a conflict with the individual’s primary task and are consequently circumvented. The work conducted represented new and innovative thinking leading to a number of achievable recommendations across the MOD. These would ultimately lead to a new paradigm in the way systems, policies and procedures were developed and implemented. Research outcomes of the identification of friction, and understanding of what is causing it, can also form the basis for a potentially lower friction solution that operators can comply with.

UK ,

Challenge The UK’s Armed Forces can be deployed almost anywhere, often to some of the world’s most inhospitable environments. When overseas, troops need to establish a secure base to operate from. These can comprise everything you would expect to find in a small town. The equipment required to provide these capabilities is known as Expeditionary Campaign Infrastructure (ECI). The Defence, Science and Technology Laboratory (Dstl), commissioned a study to review the common requirements across all areas of ECI, as well as how existing and future technologies might help to offer the best value investment to reduce the consumption of power and water in these deployed camps. Solution Atkins undertook the Expeditionary Campaign Infrastructure Requirements Definition Study, which not only examined ECI capability today but also set the broad direction out to 2030. Having identified the common requirements, we developed a model that looked at the camp as a whole system, rather than as a collection of separate services. This model was then used to explore the impact of alternative technologies on different types and sizes of camps in various climates. Outcome The client was able to introduce some of the study’s recommendations into deployed bases in current operations. These helped improve camp efficiency, potentially reducing the frequency of supply convoys across hostile territory which would otherwise put troops at risk. Initial recommendations included the introduction of timers and sensors to control air conditioning units, with an estimated 33% power saving. Further recommendations, which will require longer term development, could ultimately provide a further 20% reduction in camp

UK ,

Challenge Procuring the next generation of armoured fighting vehicles for the British Armed Forces is a complex and technically challenging process. The MOD’s Defence Equipment & Support (DE&S) Armoured Vehicles Programmes (AVP) area of Land Equipment Operating Centre (LEOC) required additional specialist engineering expertise in order to make better informed decisions about the procurement of these essential vehicles. Solution Atkins was chosen, following competition, to provide this expertise and our team is embedded in AVP as part of the Customer Support Team contract to help deliver a number of complex Armoured Fighting Vehicle projects. These include the Scout Specialist Vehicle, with its 40mm Common Cannon, as well as a sustainment programme for the Warrior and extension programme for Challenger II. Our specialists are based at the MOD’s Abbey Wood site, providing technical engineering advice in Armoured Fighting Vehicle design, development and manufacture. This support includes systems engineering, safety, survivability, supportability and electronic architecture design. Outcome By working together with the client, and liaising with the prime contractors producing each of the armoured fighting vehicles, we were able to assist in the early identification of risks in the programmes and help address issues, thereby saving our client potential downstream cost and time. We have supported AVP through requirements development and are now providing the engineering assurance and advice required for demonstration and trials phases.

UK ,

Challenge The Royal Air Force (RAF) needs to have confidence that its aircraft are safe, airworthy and fit for deployment whenever they’re needed most. In June 2013 the Military Aviation Authority (MAA) issued the Airworthiness Review regulations and mandated a Baseline Military Airworthiness Review (BMAR) of all military aircraft by July 2015. The BMAR is used to confirm airworthiness by establishing an aircraft’s maintenance history and physical configuration. This gives confidence to aviation Duty Holders that the continuing airworthiness management activities for each aircraft have been carried out and documented correctly. Solution Atkins partnered with Gama Aviation in order to undertake this comprehensive and unprecedented review of RAF assets. Our team successfully completed Baseline Military Airworthiness Reviews within the stretching deadline set by the MAA. Completing this within 12 months of the contract being awarded was an extensive task which, for some aircraft, included thorough checks of records going back over 34 years. Outcome Our team were recognised by the client for their technical capability, thorough analysis and streamlining of existing processes. We were also praised for our flexible approach. Completing these extensive airworthiness reviews while meeting and overcoming difficult challenges throughout the programme was only possible by working in close partnership with the RAF. Now the BMAR has been completed, our team will conduct an annual Airworthiness Review on each allocated aircraft for the remainder of the three to five year contract. These will focus on the continuing airworthiness management activities conducted on the aircraft since the last review.

UK ,

Atkins has provided infrastructure support services to BAE Systems and to the UK MoD in the Middle East for many years. Much of our work has focused on the delivery of elements of the Al Yamamah Programme including the Air Base Facilities Project, New Base One and specialist Munitions Storage Facilities. Atkins provided consultancy services to assist with masterplanning and conceptual design, translating the client’s overall requirements into a detailed strategic plan. Overall the client benefitted from having complete assurance of an auditable solution which aligned correctly with the bespoke requirements of the industry. Our 30 year track record in the successful delivery of defence projects and our unique understanding of issues and design considerations were integral to the successful delivery of our services.

Kingdom of Saudi Arabia ,




MALPAS is one of the world’s most rigorous and advanced software analysis and verification toolsets. It has been used to verify secure software for Government and Armed Services Communications, as well as military aircraft including the Lockheed Martin C130J, BAE Systems Tornado, Merlin Helicopter and Astra Hawk.


For more information on our work and experience in this sector please contact:

UK & Europe

Dave Clark
Divisional business development director
United Kingdom
Tel: +44 7834566727
Email: David.K.Clark@atkinsglobal.com

Middle East

Graham Outterside
Managing Director, Defence, Security & Communications
Tel: +971 4405 9318
Mobile: +971 55 300 3992
Email: Graham.Outterside@atkinsglobal.com

Ship Safety Management Training

For more information on our Ship Safety Management Training course please contact:
Tel: +44 1454 662538
Email: SSMO-enquiries@atkinsglobal.com


View all