Cranfield University

What you'll study

This MSc combines theoretical engineering and materials science with applied, hands-on training in the safe handling, characterisation and mitigation of explosive threats. The programme typically comprises taught modules and an individual research project or industrial research dissertation.

• Core technical modules — blast and shock physics, detonation and energetic materials, warhead and munition design principles, and fragmentation mechanics.
• Engineering and analysis — structural response to blast, numerical modelling and simulation (FEA/CFD) for blast and fragment interaction, sensors and detection technologies, and instrumentation for energetic events.
• Operational and disposal practice — principles of explosive ordnance disposal (EOD), render-safe techniques, clearance methodologies, robotics and remote systems for ordnance tasks, and use of training ranges and simulators.
• Risk, safety and regulation — explosives safety management, hazard and risk assessment, transport and storage legislation, human factors and emergency response planning.
• Forensics and post-blast analysis — evidence recovery, chemical and physical characterisation methods, laboratory analysis techniques and interpretation for investigative and legal contexts.
• Research project — an in-depth individual project based in specialist facilities or with an industry/government partner, allowing students to apply learned methods to a practical problem in ordnance engineering or explosive mitigation.

Teaching methods include lectures and seminars, laboratory work, range-based practical sessions, simulation exercises and project supervision. The programme emphasises safety, regulated handling procedures and applied problem-solving in realistic operational contexts.

Entry requirements

• Typically a UK second-class honours degree (2:2 or above) or international equivalent in engineering, physics, materials science, chemistry, forensic science or a closely related subject.
• Relevant professional or military experience in explosives, ordnance or munitions handling can be considered in lieu of formal qualifications; applicants with vocational experience should provide detailed CV and references.
• Applicants whose first language is not English must meet the University’s English language requirements, commonly demonstrated by an approved qualification such as IELTS at an appropriate score or equivalent.
• Depending on the nature of project work and practical training, candidates may need to satisfy fitness, security vetting or medical criteria required by certain partners or range activities.

Career prospects

Graduates follow careers across defence, public safety, industry and research. Typical roles include:

• Explosive Ordnance Disposal (EOD) and counter-IED specialists within military and police units;
• Munitions and energetic materials engineers in defence manufacturers or suppliers;
• Forensic explosives analysts and post-blast investigators working for forensic laboratories or law enforcement;
• Safety and risk specialists in civilian infrastructure, transport, and hazardous materials management;
• Technical advisors and consultants to government departments, international organisations and private-sector firms on clearance, remediation and policy;
• Research and development roles in universities, defence research establishments and companies developing detection, mitigation and robotics solutions.

The programme’s practical training, project links and industry-focused teaching help graduates move directly into technical and operational roles or continue to doctoral research in related fields.

Why study at Cranfield University

• Cranfield is a specialist postgraduate institution with long-standing expertise in defence, security and engineering, offering focused MSc-level training in applied ordnance and explosives topics.
• The course leverages dedicated facilities and partnerships — including firing ranges, laboratories authorised for energetic materials work, and collaborative links with defence organisations and industry suppliers.
• Teaching staff combine academic researchers with experienced practitioners from military and industry backgrounds, ensuring content is current, operationally relevant and safety-focused.
• Small cohort sizes and strong project supervision provide hands-on experience, access to specialist equipment and close contact with external partners for real-world projects.
• Cranfield’s career support and employer networks in defence, security and safety sectors assist students seeking technical, operational and research roles after graduation.