Labour Market Information (LMI)
More about the sector or industry you want to work in.
Events
November 14, 2026
9.00am-11.30am
December 1, 2026
4:30pm - 7pm
T-Level Engineering and Manufacturing Programme Aim
Wilberforce Sixth Form College
Saltshouse Road, Hull, HU8 9HD
T Level Technical Qualification
Level 3
Available start dates
Available start dates
Friday, 01 October 2027
Wilberforce Sixth Form College
1 Year(s)
Full time
Daytime/working hours
Application Instructions
Before you submit your application
Before submitting your application to Wilberforce Sixth Form College, please make sure you have included the following information:
Personal details – including your home address, personal email address (not a school email), contact number and current school.
Next of Kin details - please add parent/guardian contact details including email address.
Predicted grades – please include a full list of all your predicted grades.
What happens after you apply?
Once you have submitted your application, we will contact you using the personal email address provided.
If you decide you would like to change your course choices, there is no need to submit a new application. You can discuss and change your choices at your interview.
You only need to attend one interview, even if you would like to change your course choices or are interested in studying multiple courses.
If you have any questions or need any help with your application, please contact liaison@wilberforce.ac.uk.
Course Summary
The T Level in Engineering and Manufacturing is a highly technical and hands-on qualification designed to prepare you for a career in the engineering, manufacturing, and industrial technology sectors. Equivalent to three A Levels, this course offers a strong combination of academic knowledge, practical experience, and leadership training, equipping you with the skills required to excel in this fast-paced industry.
Engineering is about problem-solving, innovation, and precision—whether designing cutting-edge technology, maintaining essential machinery, or leading engineering teams. Through a combination of classroom learning and real-world experience, you will develop technical expertise, leadership skills, and hands-on engineering abilities in mechanical, electrical, and manufacturing disciplines.
A key highlight of this course is the industry placement, where students gain real-world experience with top engineering firms. 100% of our students have been offered degree apprenticeships by their placement employers, demonstrating the high value of this qualification in the industry.
Additionally, we provide a Self-Sourced Placements Programme, allowing students to find and tailor their own placements in a specific area of engineering they are most passionate about, with full support from our dedicated industry placement team.
Whether you want to progress to university, secure a degree apprenticeship, or move directly into skilled employment, this T Level provides an excellent foundation for your future career in engineering and manufacturing.
WHO IS THE COURSE AIMED AT?
This course is designed for students who:
Have a strong interest in mechanical, electrical, or manufacturing engineering.
Enjoy problem-solving, hands-on work, and technology-driven industries.
Want to develop leadership skills and work on real-world engineering projects.
Are considering a university degree, a degree apprenticeship, or direct employment in engineering.
Whether you want to design, build, maintain, or manage engineering systems, this T Level will provide the skills and experience needed to succeed in this high-demand industry.
Course Details
WHAT WILL YOU LEARN?
This course is designed to develop technical expertise, problem-solving abilities, and leadership skills, all of which are essential for success in the engineering sector. You will study:
- Engineering Mathematics & Science – Develop the problem-solving and analytical skills required for technical engineering roles.
- Mechanical & Electrical Engineering – Gain hands-on experience with mechanical systems, electrical circuits, automation, and control technologies.
- Manufacturing & Production Processes – Learn about CNC machining, robotics, industrial manufacturing techniques, and quality control.
- Computer-Aided Design (CAD) & Technical Drawing – Master 3D modeling, blueprint creation, and engineering design software used in the industry.
- Maintenance & Fault Diagnosis – Learn how to troubleshoot and repair engineering systems and machinery in high-pressure environments.
- Leadership & Project Management – Build teamwork, decision-making, and project coordination skills, preparing you for leadership roles in the sector.
- Health, Safety & Industry Standards – Understand risk assessments, compliance regulations, and workplace safety protocols in engineering settings.
How will it be delivered and assessed?
Through a mix of classroom-based learning (80%) and real-world industry experience (20%), you will develop technical and practical skills that are highly valued by employers.
Entry requirements
To enrol in this course, you must have:
A minimum of five GCSEs at grade 9-4, including English Language, Maths, and Science.
A strong interest in engineering, technology, and problem-solving.
A desire to develop both technical and leadership skills for the workplace.
Your next steps...
EXPERIENCES – LEARNING BEYOND THE CLASSROOM
As part of this T Level in Engineering, you will have access to a variety of enrichment opportunities to enhance your learning and professional development:
Industry Talks & Workshops – Gain insights from engineering professionals and academic experts who will share their experience and knowledge.
University Visits – Explore leading engineering universities across the UK, helping you make informed decisions about further education.
Upskilling Programmes – Take part in extracurricular engineering projects, such as the Green Power Team, where you’ll work on sustainable and energy-efficient engineering solutions.
315-Hour Industry Placement – Gain real-world experience by working with a leading engineering company, applying your skills in a professional environment.
Self-Sourced Placements Programme – We offer guidance and support for students to find and secure their own placements in a field of engineering they are most passionate about, allowing for a truly tailored learning experience.
Our students have worked with leading engineering firms, and 100% of our learners have been offered degree apprenticeships at the companies they completed their placements with.
PROGRESSION – WHERE CAN THIS COURSE TAKE YOU?
Completing the T Level in Engineering opens the door to a range of career and further education opportunities:
University Degrees – Progress to higher education in areas such as Mechanical Engineering, Electrical Engineering, Civil Engineering, or Chemical Engineering.
Higher-Level Apprenticeships – Enter an advanced apprenticeship in fields like aerospace, manufacturing, or electrical engineering, gaining industry experience while you study.
Direct Employment – Step into the workforce as a skilled technician or engineering specialist, working in industries such as automotive, energy, construction, and robotics.
Graduates of this course go on to a wide range of high-demand jobs in engineering and manufacturing. Possible careers include:
Electrical Engineer – Work with power systems, automation, and electronic circuits.
Civil Engineer – Design and manage infrastructure projects, from bridges to highways.
Architectural Engineer – Integrate engineering solutions into building design and construction.
Chemical Engineer – Develop new materials, processes, and sustainable energy solutions.
Mechanical Engineer – Design and maintain mechanical systems in aerospace, automotive, and manufacturing.
Engineering Project Manager – Lead engineering teams and oversee industrial projects.
Conservation Engineer – Focus on sustainable engineering solutions and renewable energy.
Mechanic & Industrial Technician – Work on automotive systems, machinery maintenance, and industrial equipment.
With the engineering sector growing rapidly, skilled professionals are in high demand. This T Level will prepare you for a dynamic, rewarding, and well-paid career in engineering and manufacturing.
Through our strong industry connections and tailored placement opportunities, we ensure that our students leave with real-world experience and career-ready skills, making them highly employable in the engineering sector.
Graduates of this course go on to a wide range of high-demand jobs in engineering and manufacturing. Possible careers include:
Electrical Engineer – Work with power systems, automation, and electronic circuits.
Civil Engineer – Design and manage infrastructure projects, from bridges to highways.
Architectural Engineer – Integrate engineering solutions into building design and construction.
Chemical Engineer – Develop new materials, processes, and sustainable energy solutions.
Mechanical Engineer – Design and maintain mechanical systems in aerospace, automotive, and manufacturing.
Engineering Project Manager – Lead engineering teams and oversee industrial projects.
Conservation Engineer – Focus on sustainable engineering solutions and renewable energy.
Mechanic & Industrial Technician – Work on automotive systems, machinery maintenance, and industrial equipment.
With the engineering sector growing rapidly, skilled professionals are in high demand. This T Level will prepare you for a dynamic, rewarding, and well-paid career in engineering and manufacturing.
Through our strong industry connections and tailored placement opportunities, we ensure that our students leave with real-world experience and career-ready skills, making them highly employable in the engineering sector.
OUTCOMES – FUTURE CAREERS IN ENGINEERING
Graduates of this course go on to a wide range of high-demand jobs in engineering and manufacturing. Possible careers include:
Electrical Engineer – Work with power systems, automation, and electronic circuits.
Civil Engineer – Design and manage infrastructure projects, from bridges to highways.
Architectural Engineer – Integrate engineering solutions into building design and construction.
Chemical Engineer – Develop new materials, processes, and sustainable energy solutions.
Mechanical Engineer – Design and maintain mechanical systems in aerospace, automotive, and manufacturing.
Engineering Project Manager – Lead engineering teams and oversee industrial projects.
Conservation Engineer – Focus on sustainable engineering solutions and renewable energy.
Mechanic & Industrial Technician – Work on automotive systems, machinery maintenance, and industrial equipment.
With the engineering sector growing rapidly, skilled professionals are in high demand. This T Level will prepare you for a dynamic, rewarding, and well-paid career in engineering and manufacturing.
Through our strong industry connections and tailored placement opportunities, we ensure that our students leave with real-world experience and career-ready skills, making them highly employable in the engineering sector.
Additional information
For more courses like this, check our courses page.
