• ## Essential Units for Price of Level 5 Diploma in Electrical Engineering **Immature System Modeling (IMSL)** * • Modeling of semiconductor devices and circuits using SPICE tools * • Understanding of device parameters and their impact on circuit performance * • Applying IMSL to analyze and optimize circuit design **Circuit Analysis (CA)** * • Applying circuit analysis techniques to solve for voltage, current, and power in linear circuits * • Analyzing circuit behavior under different operating conditions * • Using circuit simulation tools for practical design and optimization **Digital Signal Processing (DSP)** * • Understanding of digital signal processing fundamentals * • Designing and implementing digital filters for signal processing * • Applying DSP techniques to solve real-world signal processing problems **Microcontroller Programming (MC)** * • Programming and interfacing with microcontrollers for embedded systems * • Writing and executing code to control and monitor microcontroller peripherals * • Understanding of microcontroller programming languages and development tools **Signals and Systems (S&S)** * • Analyzing and characterizing electrical signals and systems * • Understanding of signal processing and filtering techniques * • Applying S&S principles to design and analyze electrical circuits **Power Electronics (PE)** * • Understanding of power conversion and control circuits * • Designing and analyzing power converters for various applications * • Applying PE principles to design efficient and reliable power systems **Control Systems (CS)** * • Designing and analyzing feedback control systems for stability and accuracy * • Understanding of control theory concepts and algorithms * • Applying control systems to real-world industrial and automotive applications **Communication Systems (COMM)** * • Understanding of communication systems and their components * • Designing and analyzing communication circuits and protocols * • Applying COMM principles to design wireless and wired communication systems **Computer-Aided Design (CAD)** * • Using CAD software for circuit design, simulation, and layout * • Understanding of 2D and 3D design principles for electronic components * • Applying CAD tools for efficient and accurate circuit creation **Electronics Design (EL)** * • Applying fundamental principles of electrical engineering to practical design * • Designing and analyzing electronic circuits and systems * • Understanding of design tools and methodologies for professional engineers

Assessment

The assessment is done via submission of assignment. There are no written exams.