The Chemical Engineering Level 5 Advanced Diploma is designed to deliver a deep and structured understanding of chemical engineering fundamentals, practical applications, and emerging technologies. The course begins with an introduction to chemical engineering concepts and basic chemistry, followed by a focus on process engineering principles essential to designing and analysing industrial systems.

Learners are guided through chemical process calculations, including material and energy balances and phase equilibria, which form the basis of process analysis. Core engineering disciplines such as fluid mechanics, heat transfer, and mass transfer are explored in depth, helping students master the dynamics of fluid behaviour, thermal energy exchange, and separation technologies used in chemical plants.

The programme also delves into chemical reaction engineering, covering reaction kinetics, reactor design, and catalytic processes, all critical to industrial-scale chemical production. Process design and safety principles are then introduced, teaching students how to optimise operations while ensuring regulatory compliance and risk mitigation in hazardous environments.

Environmental engineering and sustainability play a key role in this diploma, with a dedicated module addressing pollution control, waste management, and eco-friendly practices. Students are also exposed to advanced topics like biochemical engineering, nanotechnology, and computational modelling, keeping them ahead of industry trends.

The final lecture integrates theory with practice through research methodology, real-world case studies, and a capstone project. These components enable learners to apply their knowledge to complex challenges and prepare for higher education or professional advancement in the field.