DAO Level 3 Diploma in Nuclear Submarine Engineering Systems
Official qualification regulated by Ofqual, awarded by DAO. Classified as a Vocationally-Related Qualification. Total guided learning hours: 615 hours.
Course Syllabus & Study Modules
Complete breakdown of verified curriculum topics and learning objectives.
DAO Level 3 Diploma in Nuclear Submarine Engineering Systems
Knowledge of electrical systems on a submarine
- Describe the primary and secondary electrical generation systems on a submarine
- Explain the layout and function of the electrical distribution system
- Analyse the importance of redundancy in submarine electrical systems
- Evaluate safety procedures for electrical isolation and fault management
- Apply principles of load management to maintain system stability
DAO Level 3 Diploma in Nuclear Submarine Engineering Systems
Knowledge of health and safety in a submarine environment
- Explain the key health and safety regulations and guidelines applicable to submarine environments.
- Describe the principles of Basic Ship Safety (BSS) and their application in a submarine context.
- Identify common hazards and risks associated with submarine operations and living conditions.
- Evaluate the importance of risk assessment in maintaining safety onboard a submarine.
- Apply appropriate emergency procedures for different types of incidents (e.g., fire, flooding, toxic gas).
- Analyse the role of individual responsibility and teamwork in promoting a positive safety culture.
DAO Level 3 Diploma in Nuclear Submarine Engineering Systems
Knowledge of mechanical systems on a submarine
- Understand sea water systems on a submarine, Understand air systems on a submarine, Understand hydraulic systems on a submarine
DAO Level 3 Diploma in Nuclear Submarine Engineering Systems
Knowledge of nuclear systems on a submarine
- Understand nuclear steam raising plant, Understand containment on a nuclear submarine, Understand health physics on a nuclear submarine
DAO Level 3 Diploma in Nuclear Submarine Engineering Systems
Knowledge of ordnance and sensor systems on a submarine
- Describe the purpose and operation of internal communications and alarm systems on a submarine
- Explain the functions of the fin, masts, and periscopes and their role in submarine operations
- Analyse the role of sensors and action information organisation (AIO) in tactical decision-making
- Evaluate the importance of signature reduction for submarine survivability
- Explain the principles of weapons discharge systems and their safety implications
- Describe the purpose and operation of submerged signal ejectors
DAO Level 3 Diploma in Nuclear Submarine Engineering Systems
Knowledge of ships systems on a submarine
- Understand ventilation systems on a submarine, Understand snort induction, ventilation exhaust and diesel exhaust systems on a submarine, Understand air purification and air conditioning systems on a submarine, Understand domestic fresh water systems on a submarine, Understand sanitary system and garbage ejector systems, Understand cooling water systems on a submarine
DAO Level 3 Diploma in Nuclear Submarine Engineering Systems
Knowledge of submarine construction
- Describe the key features of submarine construction, including hull types and materials.
- Explain the principles of buoyancy and stability in submarine operations.
- Analyse the layout of submarine compartments and their functions.
- Evaluate the operation of external and internal tanks in controlling buoyancy and trim.
- Assess the importance of watertight integrity and the measures used to maintain it.
DAO Level 3 Diploma in Nuclear Submarine Engineering Systems
Knowledge of submarine escape
- Understand submarine escape
DAO Level 3 Diploma in Nuclear Submarine Engineering Systems
Knowledge of submarine operations
- Understand submarine working practices, Understand submarine documentation systems, Understand firefighting procedures on a submarine, Understand damage control procedures on a submarine, Understand the role of casing sentry
DAO Level 3 Diploma in Nuclear Submarine Engineering Systems
Knowledge of submarine propulsion
- Describe the function and operation of each component in the submarine propulsion chain.
- Explain the energy transformations that occur from nuclear fission to propeller thrust.
- Analyse the relationship between reactor power output and propulsion performance.
- Evaluate the importance of safety systems within the propulsion chain.
- Apply knowledge of the propulsion chain to identify potential faults and their effects.
Regulatory & Verification Details
- Qualification Number (QN)
- 601/3989/4
- Regulated Status
- Available to learners
- Awarding Body
- DAO
- Qualification Type
- Vocationally-Related Qualification
- Operational Start
- Aug 2014