Transportation engineering is vital to shaping the infrastructure that supports daily mobility, economic development, and environmental sustainability. This Level 3 Advanced Diploma course provides learners with essential knowledge of transportation systems and the engineering principles that govern their design, operation, and maintenance.

The course begins with a thorough introduction to transportation engineering, exploring various transportation modes—road, rail, air, and water—and their integration within modern transport systems. Learners will develop an understanding of transportation planning, policies, and the regulatory environment that supports mobility infrastructure, particularly in urban and regional contexts.

In the traffic engineering and management module, learners study traffic flow theory, control devices such as traffic signals and signage, and safety analysis techniques that help prevent road accidents and enhance commuter safety. Highway design is also a core component, covering geometric design, pavement materials and structures, and effective drainage systems essential for long-term road durability.

Urban transportation is a growing concern in today's world. Learners will explore urban transport systems and sustainable mobility practices, including demand management strategies that aim to reduce congestion and improve air quality. The course concludes with advanced topics such as smart transportation systems (ITS), transportation economics, and research-based case studies to provide practical insight into modern transportation challenges and solutions.

This diploma provides a stepping stone for learners interested in civil and infrastructure engineering, with real-world applications and transferable skills relevant to both public and private sectors.