Electrical & Electronic Principles (part-time bite-sized HE course)

During this module you will learn how to: Apply electrical and electronic circuit theory Apply two-port network models Understand complex waves Apply transients in R-L-C circuits What skills will I gain? Throughout the course you will: Investigate circuit theory and related theorems to develop solutions to electrical networks (Ohms & Power Law; Norton, Thevenin & Kirchoff applied to a.c. circuits with reactive components Understand the function of an attenuator (e.g. a long length of co-axial cable) by considering a symmetrical two-port network and its characteristics Learn how to design and test T and π networks, and switch between them Understand how to correctly terminate signals Consider the properties of complex waveforms using Fourier analysis (mimic a complex wave as a series of harmonic sine waves) Gain an understanding of the use of Laplace transforms as a means of solving first order differential equations used to model RL and RC networks Evaluate circuit responses to a step input in practical situations (what happens at switch-on!) How will I be assessed? This is an assignment-based course and there are no exams. You will be continually assessed throughout the course via assignments and the production of a detailed portfolio What can I do next? Completion of the module will enable you to: Use the skills you have gained in the workplace Continue with further study and progress to the HNC/D in engineering