Program Overview

Pearson BTEC International Level 3 Extended Diploma in Engineering

The Pearson BTEC International Level 3 Extended Diploma in Engineering is a comprehensive 12-month programme designed for students who aspire to build a strong foundation in mechanical, electrical, and electronics engineering. This programme provides a balance between theoretical knowledge and hands-on practical training, preparing students for career opportunities and further education in the dynamic field of engineering.

Course Outline

Designed with industry input, this program combines practical learning, global recognition, and job-ready skills, offering pathways to higher education and a competitive edge in the job market.

• Industry-Relevant Curriculum: Designed with input from engineering professionals to ensure graduates meet industry needs.
• Practical Learning Approach: Hands-on training in well-equipped labs, allowing students to apply engineering principles in real-world scenarios.
• Building Essential IT Skills for the Digital World: This program equips students with practical knowledge and skills in IT systems management, programming, data modeling, website and game development, cyber security, project management, and digital creativity.
• Global Recognition: This diploma is accepted by universities and employers worldwide, giving students an edge in the job market.
• Pathway to Higher Education: Graduates can progress to higher education programmes such as a Higher National Diploma (HND), Bachelor's degree, or specialized certifications.
• Job-Ready Skills: The course focuses on key competencies, including problem-solving, teamwork, and technical expertise.

Program Details

• Equivalent Qualification Level: 3 A Levels
• Duration: 12 Months
• Subject: Engineering
• Intake: January, April, September

How You'll Learn

This vocational-based engineering diploma uses practical assessments instead of traditional exams, ensuring students develop the necessary hands-on skills required by employers.

• Assignments & Case Studies: Apply engineering knowledge to real-world scenarios.
• Laboratory Work & Simulations: Work on industry-specific tools and equipment.
• Group Projects: Develop teamwork and project management skills.
• Self-Study & Research: Enhance learning with independent projects guided by experienced faculty.

Units

The program includes the following units:

• Mechanical Principles
• Delivery of Engineering Processes Safely as a Team
• Electronic Devices and Circuits
• Electrical and Electronic Principles
• Calculus to Solve Engineering Problems
• Applied Commercial and Quality Principles in Engineering
• A Specialist Engineering Project
• Further Engineering Mathematics
• Microcontroller Systems
• Static Mechanical Principles in Practice
• Analogue Electronic Circuits
• Computer Aided Design in Engineering
• Welding Technology
• Electronic Measurement and Testing of Circuits
• Programmable Logic Controllers
• Product Design and Manufacture in Engineering

Academic Progression Pathways

Graduates of this programme can explore various career pathways in the engineering sector, including:

• Engineering Technician: Support engineers in the design, production, and maintenance of mechanical or electrical systems.
• Assistant Engineer: Assist in the development and execution of engineering projects.
• Field Engineer: Work on-site to install, test, and maintain engineering systems.
• Project Coordinator: Manage and oversee technical projects from concept to completion.
• Further Specialization: Progress into higher education in specialized fields like automotive, aerospace, mechatronics, or robotics engineering.

Entry Requirements

• Academic: Five international GCSEs, Grade 10, or BTEC Qualifications at Level 2.
• English Proficiency: English Proficiency Test score of 50% or IELTS score of 5.5.
• Age: 16 years of age or above.
• Candidates with relevant work experience, achievements, or prior knowledge can also be admitted based on assessment by the academic team.