Python, Raspberry Pi, Electronics, and IoT Bootcamp

Explore Python as a general purpose language, learn about Python 2 versus Python 3, and discover web development with Django and Flask, plus scientific computing and system administration.

Explore the major Python distributions, from CPython with IDLE to Anaconda with Spyder and Conda, plus alternative interpreters like PyPy and Jython, and learn how to manage them.

Explore how a single-board computer works, using Raspberry Pi as a prime example, highlighting its credit-card size, embedded components, and non-upgradable design.

Learn to install the Raspberry Pi OS on a Raspberry Pi 4, set up headless access over Wi-Fi with the Raspberry Pi imager, and configure remote desktop and network discovery.

Learn to access the Raspberry Pi desktop remotely by enabling the virtual network computing server, installing the VNC viewer, and adjusting resolution for a smooth graphical user interface session.

Update apt repositories, install idle3, and verify success by launching Python 3 from the programming section on Raspberry Pi running Raspbian.

Discover Python 3 on Raspberry Pi with pre-installed IDEs and interpreters; learn to run hello world, invoke Python 3, and explore IDE options like Geany and Thonny.

Explore additional remote connection software for Raspberry Pi, including Putty for remote command line and VCP for file transfers, plus mobile system for terminal and X11 forwarding.

Learn to turn the Raspberry Pi 4 into a low-cost portable tablet using the SunFounder Raspad 3, assembling display, power, cooling fan, and GPIO ribbon for a touchscreen setup.

Learn to write and run a Python program on a Raspberry Pi, using Python 3, make it executable with a shebang, and execute from the shell.

Explore the difference between Python's interpreter (interactive) mode and scripting mode, learn how to invoke Python 3, run small prototyping programs, and manage script files for automation.

Launch IDLE3 on Raspberry Pi to write and save Python programs in the interactive shell. Explore the editor and class browser, and access Python docs.

Compare Raspberry Pi with a PC and Mac, noting its low power and small size. Use Raspberry Pi for learning Linux, Python, and lightweight projects.

Explore Python 3 basics on a Raspberry Pi and organize code into project directories. Master basic data types: integers, binary, octal, hexadecimal, floating point, complex, booleans, strings, and print statements.

Master the Python assignment operator by assigning values to variables and copying values between them. Learn multiple assignment, such as a, b = 30, 40, and see how outputs update.

Learn to use Python 3's print function to display strings, variables, and mixed outputs, and master string formatting with the format method using curly braces and positional placeholders.

Explore Python comments, including single-line hash comments, multi-line blocks, and triple-quoted strings, which are not executed and serve as in-code documentation for debugging and readability.

Learn how to use the input function in Python 3 to collect a user's name and age, format the input, and create a simple interactive program that greets the user.

Explore how Python uses indentation to define code blocks, replacing curly brackets, and learn to structure if statements with four-space blocks for readable, correct execution.

Explore how assignment statements and expressions work in Python, including arithmetic expressions, variable assignment, and printing results, with examples and practical insights for IoT projects.

Explore assignment statements and arithmetic operations in Python, including binary operators like addition, subtraction, multiplication, division, modulus, exponent, and the unary minus in Python 3.

Explore associativity and precedence in Python 3 by evaluating expressions with a, b, c, and operators, and see how brackets change the order of operations.

Explore how boolean expressions in Python 3 evaluate to true or false, built on the boolean data type, using comparison operators with examples on a and b for conditional statements.

Explore how Python 3 uses if statements and boolean expressions to run code blocks conditionally, with practical examples comparing values and printing results.

Learn how to use the if and boolean expression in Python 3 to write conditional programs, and see how true conditions execute the if branch and false conditions trigger else.

Discover nested if statements in Python by reading a number input, converting it to an integer, and printing it as positive, zero, or negative.

Explore the elif clause in Python to evaluate a single input number against zero, handling zero, positive, and negative cases while avoiding nested ifs.

Explore how the Python membership operator checks whether a character is part of a string or an item is in a list, using true and false outcomes and print demonstrations.

Learn how logical operators in Python 3 evaluate boolean expressions with x and y, using and, or, and not, and observe binary and unary operator behavior.

Explore bitwise operators in Python, learning how and, or, xor, and not work, and how left and right shifts transform binary values with decimal outputs.

Master while loops in Python 3 by using a loop variable, a condition like while i < 10, and incrementing i to avoid infinite loops.

Use the break statement in a while loop to terminate iterations early in Python, with a simple example that prints 0 to 9 and stops at 6.

Explore how the continue statement affects a while loop in Python, showing how to skip iterations (e.g., skipping i equals 6) while printing values from 0 to 9.

Explore how to use a for loop in Python to iterate through a list and print each element using the membership operator. You can iterate without knowing the length.

Explore how to use Python's for loop with range to generate numeric sequences, control lower and upper bounds, and set steps for even and odd numbers.

Learn to control Python loops with continue and break in for and while loops, using range and conditions to skip iterations or terminate the loop.

Learn how to generate prime numbers in python by using for loops to check divisibility in the range two to two hundred and identify primes versus composites.

Write a Python 3 program to compute a factorial of an integer using a loop, handling 0! = 1, with input, multiplication, and a final print.

Write a Python program to generate the Fibonacci series from 0 and 1 by summing the two previous terms and printing the first n numbers, as shown on Raspberry Pi.

Learn how to define functions using def in Python 3, with a hello world example and function calls from the main program, and contrast them with library functions.

Learn how to define Python functions with parameters, pass arguments, including multiple and default arguments, and call them by position or by keyword for flexible, reusable code.

Learn how to define Python functions that return values, including single-value and multiple-value returns, using return statements and function parameters.

Explore Python functions with arbitrary number of arguments, defining and calling flexible functions that handle multiple inputs. Learn to pass two or three arguments and print results.