Professional Features:

This undergraduate program in the maritime transportation field complies with international and national seafarer competency standards. It is designed to cultivate engineering professionals in Marine Electronic and Electrical Engineering who possess broad perspectives, a solid foundation, and mastery of modern shipboard systems. Graduates are primarily engaged in operating and managing electronic and electrical equipment aboard ocean-going and coastal vessels. Career opportunities also extend to ship management, survey, maritime supervision, shipbuilding and repair, as well as teaching and research at maritime institutions.

Training Objectives:

This program cultivates high-level marine electro-technical professionals to meet the evolving needs of the water transport industry. Graduates will be socially responsible and ethically grounded professionals, able to communicate, collaborate and learn effectively in a global context.Their education aligns with the IMO STCW Convention Manila Amendments, equipping them with mastery in electrical, electronic (including power and communication electronics), control, and network technologies. This knowledge enables them to manage the operation, maintenance, and administration of modern shipboard electronic and electrical systems.

With high comprehensive quality and strong practical skills, graduates are qualified to serve as senior electro-technical officers on domestic and international voyages. They are also prepared for careers in technical ship management, shipyard operations, and ship safety inspection or survey roles with maritime administrations and classification societies.

Training Objective 1: Graduates will cultivate a high standard of professional ethics, a strong sense of social responsibility, and broad humanistic and scientific literacy.

Training Objective 2: Graduates will acquire a solid foundation in marine electronic and electrical engineering, encompassing both fundamental principles and specialized theoretical knowledge of electronic/electrical equipment and their automatic control systems. They will understand the industry's evolution, current landscape, and emerging trends, supported by a foundational knowledge of natural sciences. Additionally, they will gain introductory knowledge in related areas, including ship operational economics, technical management of marine electro-technical systems, maritime pollution prevention, relevant laws and regulations, and technical communication.

Training Objective 3: Graduates will understand the cutting-edge developments and trends within the discipline, employing an international perspective. They will be familiar with key international and national conventions, laws, and regulations governing maritime safety and marine environmental protection. This knowledge enables them to evaluate the impact of electro-technical engineering practices on the environment, health, safety, and sustainable development. Furthermore, they will possess strong self-directed learning skills and the ability to independently acquire new knowledge, allowing them to synthesize theory and practice to design solutions and solve complex engineering problems.

Training Objective 4: Graduates will be proficient in both general and professional Marine Electronic and Electrical English, capable of applying it correctly and effectively in oral and written forms for professional duties. This includes the ability to read and utilize English technical documentation and to engage in basic oral communication in foreign-related contexts. Furthermore, they will possess strong communication and teamwork skills, along with the adaptability to thrive in diverse environments.

Training Objective 5: Graduates will embrace the concept of lifelong learning and possess the ability to engage in continuous self-development.

Core Courses:

Integrated Bridge Systems

Ship Electrical Machinery and Power Drives

Ship Power Electronics and Electric Propulsion

Shipboard Power Systems

Marine Electrical Maintenance and Repair

Ship Network Technology and Applications

Fundamentals of Control and Measurement Theory

Ship Auxiliary Machinery Control Systems

Engine Room Monitoring and Main Engine Remote Control

Professional English for Marine Electronic and Electrical Engineering

Ship Management

Basic Skills and Certificates of Competency:

Upon completing the mandatory coursework, students are required to take the proficiency certificate examinations for seafarers administered by the maritime authority. Success in these exams leads to the issuance of certificates in Basic Safety, Proficiency in Survival Craft and Rescue Boats, Advanced Firefighting, Proficiency in Medical First Aid, Security Awareness, and Designated Security Duties. Furthermore, students who pass their professional courses must register for the Unlimited Electro-Technical Officer (ETO) Certificate of Competency examination. Graduates who obtain this ETO Certificate of Competency gain a significant competitive edge in the maritime job market.