Naval Architecture and Marine Engineering BEng Honours

Program Overview

The BEng Honours in Naval Architecture and Marine Engineering focuses on designing and operating marine vehicles and offshore infrastructure. Students gain hands-on experience in energy applications, marine technologies, and ship design through multidisciplinary projects. Graduates are highly sought after in various sectors, including ship construction, shipping, and offshore renewable energy.

Program Outline

Degree Overview:

Focus:

The BEng Honours degree in Naval Architecture and Marine Engineering focuses on the design and operation of marine vehicles and offshore infrastructure, specifically addressing the design of specialist systems using latest technologies.

Curriculum Design:

The curriculum and projects are designed in collaboration with leading companies within the industry. Students participate in an annual design pitch to showcase their project work to industry partners.

Areas of Study:

Students work on projects in multidisciplinary teams gaining hands-on experience in areas such as energy applications, marine vehicles, marine technologies, and ship design. Students also develop the technical and professional skills necessary for the digital age. Both degrees are pathways to becoming a CEng.

Transfer Option:

Students enrolled in the BEng can transfer to the MEng degree up to the end of Stage 3 if they meet the required academic standards.

Outline:

Overall Structure:

The degree is divided into three stages, each lasting for one academic year. Students complete modules totaling 120 credits by the end of each stage.

Stage 1:

This stage introduces the principles of engineering with a focus on marine applications through the specialized module "Marine Design and Professional Skills."

Stage 2:

Students receive a firm foundation in core engineering principles covering topics in thermodynamics, mathematics, and engineering, focusing on their application in the broad scope of marine technology.

Stage 3:

This stage focuses on core modules to further develop essential subject knowledge. Students also complete a dissertation and take specialist modules covering areas like marine production management and ship and system design.

Assessment:

Assessment Methods:

Students are assessed through a combination of coursework, examinations, and practical assessments.

Coursework:

This typically involves assignments, projects, and presentations.

Examinations:

These can be written, practical, or online.

Practical Assessments:

This may involve demonstrating skills or applying knowledge in real-world scenarios.

Teaching:

Teaching Methods:

• Lectures
• Seminars led by industry and academia experts
• Practical work (e.g., laboratory sessions)

Faculty:

Students are taught by experienced faculty members with expertise in various branches of marine technology and engineering.

Unique Approaches:

Students benefit from:

• Access to state-of-the-art labs and facilities, including a model-testing tank, extensive computing facilities, and the largest commercial propeller test tunnel in the country.
• Visits to local and national marine production facilities, offshore rigs, and platform-building sites.

Careers:

Industry Sectors:

Graduates with a Naval Architecture and Marine Engineering degree are highly sought after in various sectors, including:

• Ship and offshore construction industry
• Shipping and offshore companies
• Government departments
• Classification societies
• Regulatory agencies and consultancy firms
• Offshore renewable energy generation

Career Roles:

Graduates find employment as:

• Royal Navy officers
• Product engineers
• Marine engineers
• Naval architects
• Research and development specialists
• Production specialists and managers
• Personal academic tutors
• Peer mentors
• Dedicated careers service
• Generous scholarships

Student Experience:

Students join a vibrant, global community and benefit from a network of successful graduates and strong industry connections.