Professor WiredWhite is your masterclass in next-gen engineering. Hosted by industry experts, we bridge the gap between complex physics and cutting-edge tech. Dive deep into electric drives, advanced mechatronics, and simulation-driven R&D. From the mechanics of rare-earth-free motors to the future of AI in CAE and Software-Defined Vehicles, we break down high-fidelity concepts into actionable insights. Whether you are a simulation specialist, hardware engineer, or tech visionary, pull up a chair. Listen to it now on Spotify 🎧▶️⬇️
- This episode presents an in-depth technical analysis and computational guide to Stiff Chemical Kinetics in MATLAB. As part of the Professor WiredWhite engineering series, the discussion breaks down the underlying mathematical modeling, physical system dynamics, and computational algorithms implemented in MATLAB.Listeners are guided through system formulation, numerical solver selection, state-space representations, and visualization techniques. The […]
- This episode presents an in-depth technical analysis and computational guide to Wavelet Thresholding for Signal Denoising in MATLAB. As part of the Professor WiredWhite engineering series, the discussion breaks down the underlying mathematical modeling, physical system dynamics, and computational algorithms implemented in MATLAB.Listeners are guided through system formulation, numerical solver selection, state-space representations, and visualization […]
- This episode presents an in-depth technical analysis and computational guide to Multi-Machine Transient Stability in MATLAB. As part of the Professor WiredWhite engineering series, the discussion breaks down the underlying mathematical modeling, physical system dynamics, and computational algorithms implemented in MATLAB.Listeners are guided through system formulation, numerical solver selection, state-space representations, and visualization techniques. The […]
- This episode presents an in-depth technical analysis and computational guide to Kirchhoff Plate Transient Analysis in MATLAB. As part of the Professor WiredWhite engineering series, the discussion breaks down the underlying mathematical modeling, physical system dynamics, and computational algorithms implemented in MATLAB.Listeners are guided through system formulation, numerical solver selection, state-space representations, and visualization techniques. […]
- This episode presents an in-depth technical analysis and computational guide to FDTD Electromagnetic Wave Simulation in MATLAB. As part of the Professor WiredWhite engineering series, the discussion breaks down the underlying mathematical modeling, physical system dynamics, and computational algorithms implemented in MATLAB.Listeners are guided through system formulation, numerical solver selection, state-space representations, and visualization techniques. […]
- This episode presents an in-depth technical analysis and computational guide to Multi-Robot Path Planning in MATLAB. As part of the Professor WiredWhite engineering series, the discussion breaks down the underlying mathematical modeling, physical system dynamics, and computational algorithms implemented in MATLAB.Listeners are guided through system formulation, numerical solver selection, state-space representations, and visualization techniques. The […]
- This episode presents an in-depth technical analysis and computational guide to J2 Perturbation Orbit Simulation in MATLAB. As part of the Professor WiredWhite engineering series, the discussion breaks down the underlying mathematical modeling, physical system dynamics, and computational algorithms implemented in MATLAB.Listeners are guided through system formulation, numerical solver selection, state-space representations, and visualization techniques. […]
- This episode presents an in-depth technical analysis and computational guide to Image Segmentation in MATLAB Using K-Means & Autoencoder. As part of the Professor WiredWhite engineering series, the discussion breaks down the underlying mathematical modeling, physical system dynamics, and computational algorithms implemented in MATLAB.Listeners are guided through system formulation, numerical solver selection, state-space representations, and […]
- This episode presents an in-depth technical analysis and computational guide to Nonlinear Vibrations of a 2-DOF System in MATLAB. As part of the Professor WiredWhite engineering series, the discussion breaks down the underlying mathematical modeling, physical system dynamics, and computational algorithms implemented in MATLAB.Listeners are guided through system formulation, numerical solver selection, state-space representations, and […]
- This episode presents an in-depth technical analysis and computational guide to Inviscid Panel Method for NACA Airfoil in MATLAB. As part of the Professor WiredWhite engineering series, the discussion breaks down the underlying mathematical modeling, physical system dynamics, and computational algorithms implemented in MATLAB.Listeners are guided through system formulation, numerical solver selection, state-space representations, and […]
- This episode presents an in-depth technical analysis and computational guide to Quantum Wavepacket Simulation in MATLAB. As part of the Professor WiredWhite engineering series, the discussion breaks down the underlying mathematical modeling, physical system dynamics, and computational algorithms implemented in MATLAB.Listeners are guided through system formulation, numerical solver selection, state-space representations, and visualization techniques. The […]
- This episode presents an in-depth technical analysis and computational guide to Compact Microstrip Patch Antenna Design in MATLAB. As part of the Professor WiredWhite engineering series, the discussion breaks down the underlying mathematical modeling, physical system dynamics, and computational algorithms implemented in MATLAB.Listeners are guided through system formulation, numerical solver selection, state-space representations, and visualization […]
- This episode presents an in-depth technical analysis and computational guide to Finite Volume LWR Traffic Flow Simulation in MATLAB. As part of the Professor WiredWhite engineering series, the discussion breaks down the underlying mathematical modeling, physical system dynamics, and computational algorithms implemented in MATLAB.Listeners are guided through system formulation, numerical solver selection, state-space representations, and […]
- This episode presents an in-depth technical analysis and computational guide to Lid-Driven Cavity CFD Simulation in MATLAB. As part of the Professor WiredWhite engineering series, the discussion breaks down the underlying mathematical modeling, physical system dynamics, and computational algorithms implemented in MATLAB.Listeners are guided through system formulation, numerical solver selection, state-space representations, and visualization techniques. […]
- This episode presents an in-depth technical analysis and computational guide to Rainfall Forecasting Using LSTM in MATLAB. As part of the Professor WiredWhite engineering series, the discussion breaks down the underlying mathematical modeling, physical system dynamics, and computational algorithms implemented in MATLAB.Listeners are guided through system formulation, numerical solver selection, state-space representations, and visualization techniques. […]
- This video presents a comprehensive structural vibration analysis of a multi-story shear building modeled in MATLAB. By simplifying a four-story structure into a multi-degree-of-freedom system, the model effectively captures lateral dynamic responses under both free and forced vibration conditions. Mass, stiffness, and damping properties are assigned at each floor level to represent realistic variations in […]
- In this video, explore how to computationally simulate and analyze electric field distributions using MATLAB. Electrostatic fields are essential across physics and engineering, yet visualizing how charged particles interact in space can be challenging through traditional analytical methods alone. By leveraging Coulomb's law and the principle of superposition, this MATLAB simulation constructs a two-dimensional grid […]
- In this video, explore how standing sound waves behave in open and closed acoustic tubes through interactive MATLAB simulations. Standing waves form when two identical sound waves traveling in opposite directions interfere with each other, creating stationary points of zero displacement known as nodes and points of maximum displacement known as antinodes. The video walks […]
- This video presents a detailed computational and mathematical exploration of fractal geometry and chaotic dynamics using MATLAB. By focusing on two iconic nonlinear systems—the Mandelbrot set and the logistic map—it demonstrates how complex, unpredictable behaviors and intricate self-similar structures emerge from simple deterministic rules. Through visual simulations and numerical iteration, the video bridges theoretical chaos […]
- Detecting and analyzing particles in digital images is a critical task across medical research, material science, and industrial quality control. Manual particle counting and inspection can be tedious, time-consuming, and prone to human error or inconsistency. This video demonstrates an automated particle detection workflow built in MATLAB that leverages advanced image processing techniques and the […]
