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Explore comprehensive electrical and computer engineering design principles through this lecture series covering essential topics for embedded systems development. Master the complete design process from initial concept through project management and risk assessment, then delve into practical hardware considerations including DC motor control, thermal management, and sensor integration. Learn critical programming skills for embedded systems using C programming, version control with GIT, debugging techniques, and documentation with Doxygen and PC-Lint. Develop expertise in navigation systems, working with accelerometers, gyroscopes, and compass modules like the MPU9150, while understanding signal conditioning techniques and analog-to-digital conversion principles. Gain hands-on experience with PCB layout using Eagle software, implement digital signal processing concepts including repetitive sampling and filtering, and apply fixed-point arithmetic in embedded applications. Practice circuit simulation using LTSpice IV for both time and frequency domain analysis, and conclude with integration testing methodologies and final project implementation strategies including USB communication protocols.
