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Transistor-level design: biasing BJTs and FETs so they stay put, turning them into amplifiers, then feedback, oscillators and power stages. Lab work is folded into each topic as build-and-measure checkpoints.
5 topics · ~50 hSee the topics
How energy leaves a wire and crosses the planet: antenna parameters, dipoles and loops, arrays, microstrip and reflector antennas, and the propagation modes that decide whether your signal arrives.
5 topics · ~43 hSee the topics
Modelling systems, predicting their response, and making them behave: transfer functions, time and frequency response, stability tests, compensators and state space, with simulate-and-verify lab checkpoints throughout.
5 topics · ~48 hSee the topics
From Boolean algebra to working hardware: logic minimisation, combinational and sequential design, then Verilog HDL through to synthesis and FPGA, with code-and-simulate lab checkpoints along the way.
5 topics · ~47 hSee the topics
The mathematics of uncertainty as communication engineers use it: random variables and their operations, stochastic processes in time and frequency, noise characterisation, and what linear systems do to random inputs.
5 topics · ~48 hSee the topics
Intelligent agents and search, knowledge representation and probabilistic models, neural networks, the core machine-learning algorithms, and AI applied to signals, images and speech — with the setup, maths and programming groundwork it all assumes.
53 topics · ~251 hSee the topics
What the cloud is and where it came from, virtualization and the service and deployment models, architecture from monoliths to microservices, resource management and scheduling, security and SLAs, and the platforms themselves — AWS, Azure, Google Cloud and the open-source ones.
22 topics · ~94 hSee the topics
Excel from the grid to formulas, analysis, Power Query, charts and automation; Word for long documents; PowerPoint for design and delivery; Outlook, OneNote and Copilot — from never having opened them to work an employer will pay for.
66 topics · ~251 hSee the topics
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