Posts
Vibration and frequency
6.2, 9: Springs, vibration, frequency and response
Curvature and stress in deformed beams
4, 5, 6.1: Behavior of beams deforming under loads and moments, how to calculate strain and stress in simple cases.
Strain energy
3: Energy stored in bars under load
Structure deformation and inclined sections
2: How do beams deform under loading, how to get stress on inclined sections
Fluids Differential Analysis
4: 2D-3D differential parameters, navier-stokes
Vector Calculus operators
gradient, curl, div...
Elastic Parameters
1: Stress, strain, and related
Fourier Transform
7: Definition, elementary pairs, sample transforms
Fourier Series
6: Simple definition in exponential form, obtaining the coefficients
Fluid Dynamics basics
Some basic tools for analyzing fluids in motion, assuming steady, laminar flow
Fluid Statics
Structural statics, but with fluids
Properties of Fluids
Basic properties and equations for fluids
LTI Systems
5: Impulse response
Signal systems classification
4: Memory, invertibility, causality, stability, linearity, and time invariance
Signals: The basics
1, 2, 3: Basic properties, operations, and simple signals
Transistor Amplifiers
Semiconductors Intro
Intro to semiconductors, p-n junctions, diodes, transformers.
Transistors Summary
MOSFETs, BJTs, amplifiers condensed.
Digital Circuits
Digital vs. analog, logic gates.
Arriving to China
New to China? Exchange student? Coming for a couple months? Here are some tips from my experience to help you make it go smooth.
Non-linear Summary
Brief summary for non-linear circuits, including capacitors, inductors, and AC sources.
Transistors Frequency
Dealing with the capacitors in amplifiers: why we want them, how to pick them.
STM Week 4: Motors & Drivers
Quick guide on motors, types, which to pick for your projects, and how to implement their code.
STM Week 3: HAL/LL Libraries
STM has two main drivers for their boards: HAL and LL. Check out what they are and how to use them in a beginner level.
STM Week 2: Clock & Power Management
A cool feature of STM is its clock and power management system. Learn about the HSI, HSE, and other useful stuff.
nmat - Numerical Methods
Quick guide on numerical methods and their implementation.
STM Week 1: From Arduino to STM32
Intro to microcontroller architecture, why STM32, and how to set up your workspace for it.
STM Learning Path
From blinking LEDS in Arduino to a ROS2-integrated, vision-enabled autonomous robot in STM.
ML week 2
Understand tensors, perform tensor operations, and compute gradients using automatic differentiation.
ML week 1
Understand core ML concepts, deploy a simple model via an API, and identify deployment challenges.
Void Pointers
Double and Triple pointers in C
Connecting pointers and functions in harmony, why we might use them, how to use them?
Transformers
test 1
testmotors
Search Optimization in C
Search for an item in an array. For loops? Binary search? Hash maps? Quick guide here.
ml learning path
ml
Motors 101: Magnets
Induction Motors
Motors 101
Equations in flametemp()
Documentation on equations in flametemp()