FdEng Subsea and Offshore Engineering
Start Date: 13th September 2021
- Length 2 years
- Study Full-Time
- Location Energy Academy
More about the course
North East England is home to the UK's fastest growing energy sector with significant investment being made to increase the number of jobs to 27,000 by 2030.
This practical Subsea and Offshore Engineering degree will enhance your advanced manufacturing skills so you are able to pursue a range of roles within the sector.
Based at our Energy Academy, you will develop your knowledge of design, subsea equipment, hydraulics, electrics, mechanics and maintenance.
Our partnership with Royal IHC gives you access to a £9m Hi-Traq machine used for sea bed cable installation, allowing you to understand the complexities of subsea engineering.
Entry requirements
- 64 UCAS points
- English, maths and science at GCSE grade 4.
If you are a current Newcastle College student and successfully pass your Level 3 course in an appropriate subject, you will be guaranteed a place on a degree course.
What will I learn?
Year One
- Academic Study Skills
- Engineering Mathematics
- Introduction to Subsea and Offshore Engineering
- Understanding and Applying Engineering Information
- Engineering Science
- Operation and Maintenance of Equipment
- Work-Related Learning
- Personal Development
Year Two
- Project Management incorporating PRINCE2® (Foundation)
- Hydraulic Systems
- Advanced Engineering Mathematics
- Commercial Awareness and Business Improvement
- Electrical and Electronic Engineering
- Engineering Design
- Professional Development
- Work-Based Learning
How is the course taught?
- Group work
- Seminar
- Workshops
- Lectures
How am I assessed?
- Practical assessments
- Coursework
- Presentations
Work ready-guaranteed
Previous students have had the opportunity to work on a live projects with multinational electric utility company, Engie. The project looked at wind farm feasibility and included a research task and presentation to Engie's senior management.
You will also gain additional experience of working at height and sea survival, with our partners Port Training Services (PTS).
Where can I progress?
On successful completion you can progress onto a degree course with Newcastle College University Centre. Depending on your career path you can progress to BSc (Hons) Engineering Management (Top-Up) or the final year of BEng (Hons) Electrical Electronic Engineering or BEng (Hons) Mechanical Manufacturing Engineering.
You may also choose to enter the industry as a junior manager or junior design engineer.
Course costs and information
Tuition Fees for full-time undergraduate UK and EU students is £9,000 per year. Read more about financial support.
NCG (the institution which Newcastle College University Centre belongs to) is in the process of applying for Indefinite Degree Awarding Powers. Read more about what this means about our offer here.
Get In Touch
Renewable and Subsea Engineering at Newcastle College
What can I do with a qualification in Subsea Engineering?
Daily tasks:
- Organises and establishes control systems to monitor the performance and safety of electrical assemblies and systems.
- Ensures that manufacture, operation and maintenance comply with design specifications and contractual arrangements.
- Determines and specifies manufacturing methods of electrical systems.
- Supervises, controls and monitors the operation of electrical generation, transmission and distribution systems.
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Daily tasks:
- Tests, diagnoses faults and undertakes repair of electronic equipment.
- Organises and establishes control systems to monitor performance and evaluate designs.
- Determines and specifies appropriate production and/or installation methods and quality and safety standards.
- Undertakes research and advises on all aspects of telecommunications equipment, radar, telemetry and remote control systems, data processing equipment, microwaves and other electronic equipment.
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Daily tasks:
- Prepares specifications for materials and other components.
- Produces final design information for use in preparation of layouts, parts lists, etc..
- Arranges construction and testing of model or prototype and modifies design if necessary.
- Prepares working designs for steam, aero, turbine, marine and electrical engines, mechanical instruments, aircraft and missile structures, vehicle and ship structures, plant and machinery equipment, domestic electrical appliances, building systems and services, and electronic computing and telecommunications equipment.
- Assesses product requirements, including costs, manufacturing feasibility and market requirements.
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Daily tasks:
- Provides technical consultancy services.
- Examines and advises on patent applications.
- Prepare sketches, drawings and specifications showing materials to be used, construction and finishing methods and other details.
- Devises and implements control systems to monitor operational efficiency and performance of system and materials.
- Designs new systems and equipment with regard to cost, market requirements and feasibility of manufacture.
- Establishes principles and techniques to improve the quality, durability and performance of materials such as textiles, glass, rubber, plastics, ceramics, metals and alloys.
- Researches into problem areas to advance basic knowledge, evaluate new theories and techniques and to solve specific problems.
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Daily tasks:
- Visits and advises clients on the use and servicing of mechanical and chemical engineering products and services.
- Inspects completed aircraft maintenance work to certify that it meets standards and the aircraft is ready for operation.
- Diagnoses and detects faults and implements procedures to maintain efficient operation of systems and equipment.
- Prepares estimates of materials, equipment and labour required for engineering projects.
- Sets up equipment, undertakes tests, takes readings, performs calculations and records and interprets data.
- Plans and prepares work and test schedules based on specifications and drawings.
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Daily tasks:
- Monitors the standards of scientific and technical research undertaken by the research team.
- Plans work schedules, assigns tasks and delegates responsibilities to the research and development team.
- Develops research methodology, implements and reports upon research investigations undertaken.
- Liaises with production departments to investigate and resolve manufacturing problems.
- Establishes product design and performance objectives in consultation with other business functions.
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Daily tasks:
- Checks finished workpiece for defects and conformity with specification.
- Cleans and smoothes weld.
- Guides electrode or torch along line of weld, burns away damaged areas, and melts brazing alloy or solder into joints.
- Cuts metal pieces using gas torch or electric arc.
- Connects wires to power supply, or hoses to oxygen, acetylene, argon, carbon dioxide, electric arc, or other source and adjusts controls to regulate gas pressure and rate of flow.
- Selects appropriate welding equipment such as electric arc, gas torch, etc..
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Daily tasks:
- Carries out minor maintenance tasks and prescribed tests and reports any faults.
- Records instrument readings periodically and shuts down turbine/generator or boiler as demand decreases.
- Adjusts controls to maintain correct running speed of turbine or generator and monitors temperature and pressure controls on boilers.
- Operates remote control panel to load fuel and remove discharged fuel elements from nuclear reactors.
- Opens valves and operates controls to regulate the flow of fuel to boiler or generating equipment.
- Determines job requirements from switchboard attendant or operating instructions.
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What can I do with a qualification in Subsea Engineering?
Electrical engineers
Daily tasks:
- Organises and establishes control systems to monitor the performance and safety of electrical assemblies and systems.
- Ensures that manufacture, operation and maintenance comply with design specifications and contractual arrangements.
- Determines and specifies manufacturing methods of electrical systems.
- Supervises, controls and monitors the operation of electrical generation, transmission and distribution systems.
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Electronics engineers
Daily tasks:
- Tests, diagnoses faults and undertakes repair of electronic equipment.
- Organises and establishes control systems to monitor performance and evaluate designs.
- Determines and specifies appropriate production and/or installation methods and quality and safety standards.
- Undertakes research and advises on all aspects of telecommunications equipment, radar, telemetry and remote control systems, data processing equipment, microwaves and other electronic equipment.
Powered by EMSI
Design and development engineers
Daily tasks:
- Prepares specifications for materials and other components.
- Produces final design information for use in preparation of layouts, parts lists, etc..
- Arranges construction and testing of model or prototype and modifies design if necessary.
- Prepares working designs for steam, aero, turbine, marine and electrical engines, mechanical instruments, aircraft and missile structures, vehicle and ship structures, plant and machinery equipment, domestic electrical appliances, building systems and services, and electronic computing and telecommunications equipment.
- Assesses product requirements, including costs, manufacturing feasibility and market requirements.
Powered by EMSI
Engineering professionals n.e.c.
Daily tasks:
- Provides technical consultancy services.
- Examines and advises on patent applications.
- Prepare sketches, drawings and specifications showing materials to be used, construction and finishing methods and other details.
- Devises and implements control systems to monitor operational efficiency and performance of system and materials.
- Designs new systems and equipment with regard to cost, market requirements and feasibility of manufacture.
- Establishes principles and techniques to improve the quality, durability and performance of materials such as textiles, glass, rubber, plastics, ceramics, metals and alloys.
- Researches into problem areas to advance basic knowledge, evaluate new theories and techniques and to solve specific problems.
Powered by EMSI
Engineering technicians
Daily tasks:
- Visits and advises clients on the use and servicing of mechanical and chemical engineering products and services.
- Inspects completed aircraft maintenance work to certify that it meets standards and the aircraft is ready for operation.
- Diagnoses and detects faults and implements procedures to maintain efficient operation of systems and equipment.
- Prepares estimates of materials, equipment and labour required for engineering projects.
- Sets up equipment, undertakes tests, takes readings, performs calculations and records and interprets data.
- Plans and prepares work and test schedules based on specifications and drawings.
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Science, engineering and production technicians n.e.c.
Research and Development Managers
Daily tasks:
- Monitors the standards of scientific and technical research undertaken by the research team.
- Plans work schedules, assigns tasks and delegates responsibilities to the research and development team.
- Develops research methodology, implements and reports upon research investigations undertaken.
- Liaises with production departments to investigate and resolve manufacturing problems.
- Establishes product design and performance objectives in consultation with other business functions.
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Welding Trades
Daily tasks:
- Checks finished workpiece for defects and conformity with specification.
- Cleans and smoothes weld.
- Guides electrode or torch along line of weld, burns away damaged areas, and melts brazing alloy or solder into joints.
- Cuts metal pieces using gas torch or electric arc.
- Connects wires to power supply, or hoses to oxygen, acetylene, argon, carbon dioxide, electric arc, or other source and adjusts controls to regulate gas pressure and rate of flow.
- Selects appropriate welding equipment such as electric arc, gas torch, etc..
Powered by EMSI
Energy Plant Operatives
Daily tasks:
- Carries out minor maintenance tasks and prescribed tests and reports any faults.
- Records instrument readings periodically and shuts down turbine/generator or boiler as demand decreases.
- Adjusts controls to maintain correct running speed of turbine or generator and monitors temperature and pressure controls on boilers.
- Operates remote control panel to load fuel and remove discharged fuel elements from nuclear reactors.
- Opens valves and operates controls to regulate the flow of fuel to boiler or generating equipment.
- Determines job requirements from switchboard attendant or operating instructions.
Powered by EMSI
Good to know
Levels Explained
What's happening?
Either
- The level required to start the course
- The level rewarded when completing the course
UK and EU Students
To make an application for our undergraduate courses please apply via UCAS.com. More information on completing your application can be found here
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