Maritime Engineering MSc

Program Overview

The Maritime Engineering MSc at Newcastle University equips students with the knowledge and skills to manage complex engineering problems within the maritime sector. The program emphasizes technical knowledge, practical applications, and a multidisciplinary approach, preparing graduates for successful careers in various maritime engineering fields. Students can tailor their studies through elective streams in Marine Engineering, Naval Architecture, Subsea, or Offshore Renewables. The program is shaped by industry feedback and provides students with networking opportunities and enhanced employability.

Program Outline

Degree Overview:

Objective:

• knowledge and skills

Description:

• This program focuses on the professional responsibilities of engineers and includes diverse aspects such as:
• Health and safety
• Diversity and inclusion
• Cultural, societal, environmental, and commercial matters
• Codes of practice and industry standards specific to the maritime sector
• "blue economy"
• Students will acquire knowledge and skills in maritime engineering, equipping them to meet this current and future demand.

Outline:

Program Content:

• The program emphasizes technical knowledge of maritime engineering subjects while offering practical industrial applications.
• Focus is placed on developing the ability to manage complex engineering problems.
• Topics covered include:
• Naval architecture
• Aeronautical engineering
• Marine engineering
• Offshore engineering
• Offshore renewable energy systems
• Subsea systems
• Marine technology
• Maritime structures
• Hydrodynamics
• Marine propulsion
• Marine electrical power systems
• Marine machinery systems
• Energy and environmental performance
• Maritime business
• Data analytics

Structure:

• The program comprises a blended curriculum of compulsory and optional modules.
• Students can tailor their studies by selecting appropriate electives from **Marine Engineering, Naval Architecture, Subsea, or Offshore Renewables streams.

Assessment:

Assessment Methods:

• Case studies
• Design or creative projects
• Essays
• Oral examinations
• PC examinations
• Problem-solving exercises
• Reports
• Research proposals
• Research papers
• Written examinations
• Written exercises

Assessment Criteria:

• Assessments are designed to evaluate students' understanding of the subject matter, their ability to apply theoretical knowledge to practical scenarios, and their capacity for critical thinking, problem-solving, and independent research.

Teaching:

Teaching Methods:

• Lectures
• Seminars
• Practical sessions
• Group work
• Personal supervision

Faculty:

• The program is instructed by a team of experienced and qualified academics, who are active researchers and industry experts in their respective fields.

Unique Approaches:

• Multidisciplinary approach: Students engage with peers from various maritime technology disciplines, fostering a rich and diverse learning experience.
• Industry engagement: The program is shaped by industry feedback, ensuring relevancy and alignment with current maritime engineering practices.

Careers:

Potential Career Paths:

• Classification societies
• Ship operation
• Marine design and consultancy
• Shipbuilding and ship repair

Other:

• Graduate destinations: Alumni of the program enjoy successful careers across the globe.
• Industrial links: The program maintains strong connections with the maritime industry, providing students with networking opportunities and enhanced employability.
• Research opportunities: Students can pursue individual research projects aligned with industry research and the latest advancements in maritime engineering.
Should additional specifications or changes to the program curriculum be implemented, the outline may require updates.