Diploma in Onboard Electrical Generation, Distribution and Protection
About us Diploma in Onboard Electrical Generation, Distribution and Protection
The Diploma in Onboard Electrical Generation, Distribution, and Protection delves into the design, implementation, and maintenance of electrical systems in shipboard environments. It addresses power generation, efficient distribution, and fault protection, covering aspects such as power architectures, voltage regulation, and the use of robust electronic components. It focuses on the application of standards such as IEC and IEEE, which are essential for safety and reliability.
The program includes hands-on laboratories with simulation systems and testing equipment for the analysis of short circuits, overloads, and the implementation of protection systems. Participants are trained in the use of CAD design tools and circuit simulation, preparing professionals for roles such as on-board electrical engineers, electrical safety specialists, and maintenance technicians in sectors such as maritime transport, aeronautical, and industrial.
Target keywords (naturally occurring in the text): power generation, power distribution, electrical protection, on-board systems, electrical safety, circuit design, IEC standards, IEEE standards, electrical engineering, electrical diploma.
Diploma in Onboard Electrical Generation, Distribution and Protection
- Format:
- Duration:
- Hours: 900 H
- Language:
- Credits:
- Registration date: 08-09-2026
- Strat date: 19-10-2026
- Available places: 11
979 $
Competencies and results
What you will learn
Who this program is for:
Diploma in Onboard Electrical Generation, Distribution and Protection
9.9 Principles of Marine Electrical Generation: Engines, Generators, and Alternators
9.9 Power Distribution: Onboard Networks, Wiring, and Design
9.3 Electrical Safety: Regulations, Risk Prevention, and Protocols
9.4 Instrumentation and Measurement: Monitoring Electrical Parameters
9.5 Emergency Systems: Alternative and Backup Power Sources
9.6 Failures and Solutions: Troubleshooting and Repair
9.7 Electrical Panel and Distribution Design
9.8 Electrical Safety Practices and First Aid
9.9 Practical Exercises on Simulators
9.9 Analysis of Marine Electrical Circuits: Theory and Applications
9.9 Electrical System Modeling: Simulation and Fault Analysis
9.3 Overload and Short-Circuit Protection: Devices and Design
9.4 Harmonic Analysis: Causes, Effects, and Mitigation
9.5 Grounding Systems Design and Maintenance
9.6 Power Quality Analysis: Measurements and Improvement
9.7 Naval Power System Analysis
9.8 Systems Integration Analysis
9.9 Case Studies: Real-World Fault Analysis
3.9 Electric Motor Control: Starting, Speed Control, and Braking
3.9 Energy Optimization: Efficiency, Savings, and Demand Management
3.3 Automation Systems: PLC, SCADA, and Distributed Control
3.4 Onboard Energy Management: Remote Monitoring and Control
3.5 Renewable Energies in the Naval Sector: Applications and Challenges
3.6 Control System Design
3.7 Implementation of Optimization Strategies
3.8 Integration of Control and Automation Systems
3.9 Evaluation and Analysis of Optimization Data
4.9 Surge Protection: Devices and Techniques
4.9 Lightning Protection: Design and Onboard Implementation
4.3 Shielding Electromagnetic: Design and Applications in Maritime Environments
4.4 Protection of Electronic Equipment: Filters and Protection Systems
4.5 Electrical Fire Protection Systems
4.6 Protection Coordination Studies
4.7 Failure Analysis in Protection Systems
4.8 Implementation of Shielding Practices
4.9 Testing and Verification of Protection Systems
5.9 Electrification of Propulsion Systems: Electric Motors and Control
5.9 Battery Systems: Design, Management, and Safety
5.3 Power Distribution: Design of High- and Low-Voltage Networks
5.4 Thermal Energy Management: Cooling and Ventilation
5.5 Design of Onboard Substations
5.6 Power System Integration
5.7 Energy Efficiency Assessment
5.8 Implementation of Electrification Practices
5.9 System Testing and Verification
6.9 Design Naval Electrical Generation Systems: Specifications and Selection
6.9 Electrical Distribution System Design: Wiring and Protection
6.3 Electrical Safety: Regulations, Standards, and Best Practices
6.4 Grounding System Design
6.5 Technical Documentation: Drawings, Diagrams, and Manuals
6.6 Naval Electrical Engineering Design Methodology
6.7 Safety and Risk Studies
6.8 Engineering Project Implementation
6.9 Regulatory Compliance and Quality Control
7.9 Power Generation: Motors, Generators, and Alternators
7.9 Electrical Distribution: Onboard Networks and System Design
7.3 Electrical Safety: Regulations, Protocols, and Risk Prevention
7.4 Emergency Systems: Alternative Energy Sources
7.5 System Protection: Devices and Techniques
7.6 Predictive Maintenance
7.7 Safety Audits Electrical Engineering
7.8 Electrical System Testing
7.9 Fault Simulations
8.9 Excellence in Power Generation: Efficiency and Reliability
8.9 Excellence in Electrical Distribution: Design and Maintenance
8.3 Excellence in Electrical Safety: Regulations and Best Practices
8.4 Excellence in Protection Systems: Design and Application
8.5 Energy Management: Efficiency, Savings, and Sustainability
8.6 Energy Audits
8.7 Implementation of Advanced Technologies
8.8 Case Studies
8.9 Continuous Improvement and System Optimization
9.9 Preventive Maintenance: Planning and Scheduling
9.9 Corrective Maintenance: Fault Diagnosis and Repair
9.3 Testing and Measurement: Instrumentation and Verification Techniques
9.4 Failure Analysis: Methodologies and Tools
9.5 Spare Parts Management and Storage
9.6 Maintenance Predictive: Condition Monitoring and Analysis
9.7 Computerized Maintenance Management Systems (CMMS)
9.8 Electrical Maintenance Safety
9.9 Maintenance Documentation and Records
9.90 Naval Maintenance Case Studies
9.90
Capstone-type projects
Admissions, fees and scholarships
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