Master MBD using MATLAB, Simulink & Stateflow

Explore MATLAB classes as data types, including numeric, logical, string, character, and timetable structures, and learn how tables and cell arrays store dissimilar data in one container.

Explore floating point numbers in Matlab and how default double precision and single precision affect range and memory. Learn to cast between single and double and inspect types with class.

Learn to create and manipulate Matlab table and timetable data, store mixed-type data with row and variable names, and synchronize, resample, or aggregate time-sampled data by numeric or named indices.

Explore MATLAB's Simulink as a companion for simulation and model-based design, offering an interactive block diagram environment for modeling, simulating, and validating multi-domain, continuous and discrete time systems.

Explore the MBD V-cycle, from system requirements and executable specifications to define system architecture, Simulink model design, plant and controller models, and verification, validation, and code generation.

Build a from-scratch Simulink model to compute (a + b)² using square, product, and adder blocks, with two inputs and one display output.

Explore source and sink concepts by testing a repeating discrete time sequence, switching between sine wave, cosine, and step inputs, and visualizing results with configurable scopes.

Analyze discontinuity blocks, including the backlash and dead zone, in MATLAB, Simulink, and stateflow, and learn how dead band yields zero output and engaged mode changes.

Explore rate limiter behavior, including rising and falling slew rates, and learn how saturation and quantizer blocks enforce upper and lower bounds and discretize signals using round-to-next quantization.

Explore the Simulink signal routing library with from and go to blocks to pass signals without direct connections. Observe label propagation and data-type consistency in action.

Learn how mux creates a virtual vector from scalar inputs and how demux decomposes that vector, with emphasis on same data type and top-to-bottom port order, in signal routing.

Learn how the signal conversion block changes a signal's type without altering values, using signal copy, virtual bus, and non-virtual bus options while managing mixed data types in buses.

Explore the Simulink library browser to work with ports and subsystems, focusing on conditionally executed subsystems such as enable, trigger, enable-and-trigger, and function call generator blocks.

Learn to import time series data from Excel into the MATLAB workspace using the from workspace block, then export results back to Excel with sl x write.