Students will be granted the opportunity to learn about a variety of engineering aspects including communications for engineering technicians, computer aided drafting, thermodynamics, electronic fault-finding, plus more much!
Next Event
What can I study?
Design and Development for Engineering and Manufacturing - (Engineering) Level 3
On this two-year course, students will spend most of time in college learning the theoretical and practical skills you will need and develop an understanding of a broad range of issues relevant to the sector.
Length: 2 Years
Study: Full Time
Start date: 1st September 2025
Location: West Lancashire College
Electrical Installations Level 2
Our qualified and experienced team of experts are now delivering the City and Guilds 265, which is the industry recognised qualification for people wanting to work within the electrical industry
Length: 1 Year
Study: Full Time
Start date: 1st September 2025
Location: West Lancashire College
Electrical Installations Level 3
Our Electrical Installation Level 3 qualification is for a 16-19 year old who would like to gain a career as an electrician in the building services industry.
Length: 1 Year
Study: Full Time
Start date: 2nd September 2024
Location: West Lancashire College
Engineering Technology Level 2
The Level 2 Engineering qualification is for people who want the hands on skills required to progress to specialist areas of engineering.
Length: 1 Year
Study: Full Time
Start date: 1st September 2025
Location: West Lancashire College
100%*
pass rate for Advanced Manufacturing Engineering Extended Diploma
*data from Proachieve September 2024
100%*
pass rate for Electrical Installations Diploma Level 2
*data from Proachieve September 2024
Good
Ofsted Report January 2022
Meet our Engineering students and tutors
Anthony Robinson
Head of Curriculum for STEM and DigitalI have vast automotive industry experience and I've had a number of job roles within the sector, including diagnostic technician and workshop controller with manufacturers, such as Honda, Toyota and Lexus. I joined West Lancashire College in 2007 and have also been part of a team of authors who revised the popular Hillier’s Fundamentals of Automotive Electronics textbook. I am a fully qualified Level 4 Hybrid and EV master technician.
Gareth Lloyd
Engineering LecturerI have worked at West Lancashire College since 2021. I have delivered engineering subjects such as CAD, CNC and Design to BTEC L3 Extended Diploma Full time students and also L3 Apprentices. I also delivered CAD/CAM and Engineering Project to HNC/D students. Prior to teaching, I was a time served skills toolmaker, which involved machining techniques including Milling, Turning and Cylindrical/Surface grinding. I also worked extensively on the manufacture, maintenance and modification of Power Press tools.
Mike Ashcroft
Engineering LecturerI am a time served engineer with over 22 years industry experience, working, across Aerospace, Automotive, Oil and Gas and Glass manufacturing sectors. Passionate about getting students to the best possible destinations, I actively interact with local industry to create the best opportunities for our learners. I use my own broad range of experience and industry knowledge to bring learning into a real-life context, sparking interest in students and take pride in developing the next generation of Engineers
Stephen Foord
Electrical LecturerWith over 21 years of experience running my own business, I'm delighted to now be part of the teaching staff at West Lancashire College. I bring a wealth of of practical knowledge and industry expertise to the classroom. I hold multiple qualifications in electrical, mechanical, and information technology fields and I'm also a Chartered IT Professional. With my diverse background, I can provide students with a well-rounded, real-world perspective on electrical engineering and related disciplines.
Fay
Engineering Technology Level 3 StudentWithin my course, we covered many core units and in particular, Mathematics for Engineering Technicians was a personal favourite of mine. My career ambition is to become an architect, in which the Engineering course prepared me for my next steps into a Civil Engineering career and applying for universities.
Grace
Engineering Level 2 StudentI chose to study Engineering, as my family are very passionate about the subject and I really enjoyed learning about the topic in high school, so I wanted to continue studying whilst at West Lancs. My favourite part is the workshop, where we create a variety of projects including a Plunbob. My next steps are an Apprenticeship with an Engineering company in Wigan and once I have completed that, I would like to aim towards being a project leader or a manager.
Michael
Electrical Level 3 StudentAs an Electrical student, I’ve progressed from Level 2 to Level 3, with my knowledge and understanding of the course consistently growing. I pride myself on having a great attention to detail, a deep understanding of electrical science principles and I am aiming to gain an electrical mechanical apprenticeship at Jaguar Land Rover.
Ryan
Engineering Level 3 StudentI chose this course to discover the type of Engineering job that I would like to embark on in the future. The tutors are amazing! I’ve really enjoyed the CAD and materials elements of the course.
Richard
Engineering Level 3 StudentI chose the Engineering Level 3 course because I have an interest in the industry. The other students on my course are great and the Sellafield job opportunities are amazing.
Mikey
Engineering Level 3 StudentAfter enjoying my Engineering course in high school, I decided to continue by studying the Level 3 course at West Lancashire College. I’m really looking forward to visiting Austria in Summer 2024 with my classmates.
Ciaran
Engineering Level 3 StudentI have an interest in Aerospace Engineering and it is a good area of work for my career. I have enjoyed learning about materials and metal properties, as well as the Maths element.
Contact our team
What can I do with a qualification in Engineering?
Daily tasks:
- Organises and establishes control systems to monitor operational efficiency and performance of materials and systems.
- Organises and plans projects, arranges work schedules, carries out inspection work and plans maintenance control.
- Designs structures such as roads, dams, bridges, railways, hydraulic systems, sewerage systems, industrial and other buildings and plans the layout of tunnels, wells and construction shafts.
- Designs foundations and earthworks.
- Determines and specifies construction methods, materials, quality and safety standards and ensures that equipment operation and maintenance comply with design specifications.
- Undertakes research and advises on soil mechanics, concrete technology, hydraulics, water and waste water treatment processes and other civil engineering matters.
Daily tasks:
- Organises and establishes control systems to monitor operational efficiency and performance of materials and systems.
- Ensures that equipment, operation and maintenance comply with design specifications and safety standards.
- Designs mechanical equipment, such as steam, internal combustion and other non-electrical motors for railway locomotives, road vehicles, aeroplanes and other machinery.
- Determines materials, equipment, piping, capacities, layout of plant or system and specification for manufacture.
- Undertakes research and advises on energy use, materials handling, thermodynamic processes, fluid mechanics, vehicles and environmental controls.
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.
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.
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.
Daily tasks:
- Designs, controls and constructs process plants to manufacture products.
- Undertakes research and develops processes to achieve physical and/or chemical change for oil, pharmaceutical, synthetic, plastic, food and other products.
- Liaises with materials buying, storing and controlling departments to ensure a steady flow of supplies.
- Advises management on and ensures effective implementation of new production methods, techniques and equipment.
- Investigates and eliminates potential hazards and bottlenecks in production.
- Devises and implements production control methods to monitor operational efficiency.
- Recommends optimum equipment and layout and prepares drawings and specifications.
- Studies existing and alternative production methods, regarding work flow, plant layout, types of machinery and cost.
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.
Daily tasks:
- Oversees effective implementation of adopted processes, schedules and procedures.
- Prepares plan of sequence of operations and completion dates for each phase of production or processing.
- Analyses plans, drawings, specifications and safety, quality, accuracy, reliability and contractual requirements.
- Prepares work flow charts for individual departments and compiles detailed instructions on processes, work methods and quality and safety standards for workers.
- Ensures accuracy of machines, jigs, fixtures, gauges and other manufacturing and testing equipment.
- Devises inspection, testing and evaluation methods for bought-in materials, components, semi-finished and finished products.
Daily tasks:
- Otherwise assists technologists as directed.
- Performs calculations and records and interprets data.
- Undertakes tests and takes measurements and readings.
- Sets up apparatus for experimental, demonstration or other purposes.
Daily tasks:
- Examines electrical plant or machinery, domestic appliances and other electrical assembly for faults using test equipment and replaces worn parts and faulty wiring.
- Installs electrical plant, machinery and other electrical fixtures and appliances such as fuse boxes, generators, light sockets etc..
- Assembles parts and sub-assemblies using hand tools and by brazing, riveting or welding.
- Cuts, bends and installs electrical conduit.
- Selects, cuts and lays wires and connects to sockets, plugs or terminals by crimping, soldering, brazing or bolting.
- Examines drawings, specifications and wiring diagrams to determine the method and sequence of operations.
About
Support
Student Life
Parents