Renewable Energy Engineering HNC

You study the fundamentals of electrical theory, starting from first principles and progressing to the point where you can solve complex circuits. Explore alternating current (AC) theory and examine the challenges associated with this common form of electric power. Investigate both digital and analogue circuits, gaining an understanding of the issues and considerations related to each type of control system.

You study the full process of carrying out a design project, learning how to harmonise key parameters and integrate them into an effective design solution. You work through each stage of the design process, including the client brief, planning, design specification, design report and evaluation. You also develop the skills needed to produce a clear and professional design report.

You study key topics including fundamental algebra, trigonometry, calculus, statistics and probability for the analysis, modelling and solution of realistic engineering problems at Higher National level.

Industry 4.0 is transforming manufacturing and commercial sectors through the integration of cyber-physical systems, IoT, Big Data, 3D printing, advanced robotics, simulation, augmented reality, cloud computing and cybersecurity. This revolution is reshaping how top companies globally produce goods to meet customer demands. In engineering and manufacturing, this shift is driven by the combination of high-performance computing, the internet and advanced manufacturing technologies, resulting in highly flexible and adaptive processes. You examine case studies of transitions to Industry 4.0 to effectively communicate Industry 4.0 concepts, technologies and implications.

You are introduced to the techniques and best practices needed to successfully create and manage an engineering project aimed at identifying a solution to an engineering challenge. You study key areas such as the roles, responsibilities and behaviours of a professional engineer. These include project planning, management stages, devising solutions through theories and calculations, using Gantt charts for project management, evaluation techniques, communication skills, and the preparation and presentation of a project report.

You explore the production processes for key material types, the various machinery used to manufacture products, and different methods of organising production systems to optimise efficiency. You learn how to measure the effectiveness of a production system within the broader manufacturing environment. Additionally, you examine how production engineering contributes to ensuring the safe and reliable operation of manufacturing processes.

You consider the importance of quality assurance processes in manufacturing or service environments and study the principles and theories that underpin them. You explore the tools and techniques used to support quality control, including attributes and variables, testing processes and costing models. You also learn the importance of quantifying costs related to quality and examine international standards for quality management.

You explore the growing challenges engineers face due to climate change, rising carbon dioxide levels and the environmental impacts of industrial processes. You examine the significant economic, ethical, legislative and social pressures driving the development of technologies that reduce carbon footprints and environmental harm. You study established and emerging renewable energy resources and technologies, and investigate current and future energy storage and generation systems, analysing their capabilities and limitations.