
Learn to translate a business task into Python code by reading inputs like name and salary, applying an algorithm to compute tax, and displaying the output.
Explain how algorithms describe program flow, and how Python data structures: lists, sets, dictionaries, and primitive types like float, int, and string enable data storage, retrieval, and manipulation in memory.
Explore how flowcharts visually represent algorithms and program flow, using symbols like oval start/stop, parallelogram input/output, rectangle processing, and diamond decision to plan Python programs before coding.
Plan currency-exchange solutions from euro to US dollar using structured English, read exchange rates from the European Central Bank API, and outline a Python program with Bison.
Install Anaconda to create a Python environment and launch Jupyter Notebook via Anaconda Navigator, enabling you to write and run Python code for data visualization and reports.
Understand variables and data types in python, including strings, integers, floats, and booleans, and how they store input and output data while interacting with memory and storage.
Start a local Jupyter notebook server, navigate the file explorer, create and rename notebooks, add and run Python cells, use Markdown for headings, and write commented code.
Learn to create variables of different types in Python, check their types with type(), and convert values using float(), including handling errors like couldn't convert string to float.
Learn how to collect data from a user in Python using input, convert the input string to a numeric type, perform calculations (like doubling the value), and print the result.
Create a program that calculates tax by applying a 30 percent rate to the user's salary, converting input to float, and displaying the tax amount and total salary.
Explore declaring non-primitive data structures in Python by creating lists, sets, and dictionaries, and check their types while preparing to extract ECB exchange rates.
Develop a Python project that withdraws USD from a euro account using ECB exchange rates, deducts a 2 euro fee, updates a stored balance, and displays the used rate.
Learn how to define and implement a condition algorithm in Python, using comparisons and if/elif/else to control program flow, with examples including value comparisons and an ATM transaction.
Implement if statements in Python to assign grades based on student marks and to perform atm balance checks and withdrawals with fees and limits.
Master iteration algorithm by initializing a counter, checking a condition, and incrementing the counter to control a loop, with flowcharts guiding the process and termination preventing infinite loops.
Practice for loop concepts in Python with range and step controls. Count letters in strings, use nested loops, and accumulate totals from 0 to 100 and 1 to 200.
Explore iteration in Python by implementing for and while loops, using range, counters, and list indexing to print values and iterate through lists.
Apply iteration with a for loop to evaluate a company's performance over ten years by computing net sales over fixed assets and flagging years based on the 10 percent threshold.
Iterate through an orders list, accumulate value added tax for totals greater than 500 euros, and report the final value added tax amount.
Learn lists in Python, their dynamic memory behavior, and essential operations such as copy, clear, insert, append, remove, reverse, and count. Explore looping with range to traverse lists.
This lecture explains modular programming in Python by using modules as specialists you call with import statements; learn to alias modules and create reusable, shared code.
Discover how to install, update, and uninstall ready-made Python modules in your environment, import them, and use their functions like mean to solve math tasks.
Create a private Python module in Jupyter notebook. Import and reload the module to reflect changes, and define functions with def to perform calculations.
Explore how an API drives open banking with a dictionary data model to fetch European Central Bank exchange rates, like USD against EUR, via programmatic requests and responses.
Learn how Python dictionaries store data as key-value pairs, build nested structures, and access values from external data sources such as the European Central Bank exchange rates.
Connect to the European Central Bank API using requests and json, fetch the latest exchange rates with GET, verify a successful 200 status, and parse results as a dictionary.
Extract exchange rates from the European Central Bank and convert the json data into a pandas dataframe to build a small euros-to-dollars converter using the retrieved rate.
Create a reusable Python module by writing a new file, defining functions, and importing it into a notebook; reload the module to apply changes and call functions with parameters.
Build a reusable Python function to fetch real-time currency rates from the European Central Bank, turning currency codes into updated prices using requests.
Explore how to model an ATM system using a context diagram, detailing currency exchange with the European Central Bank, fees, balance checks, and core banking interactions.
Explore using a core banking module to implement an ATM withdrawal. Convert USD to euro using ECB rates, apply fees, check balance, update the account, and log the transaction.
Load order data from Excel with Pandas, compute VAT for qualifying orders over 2000 USD with profit, filter the results, and export a VAT report with total VAT.
Load, extract, transform, and use exchange rates from the European Central Bank API. Build a pandas data frame and compute the usd to eur conversion for a given amount.
Learn how to fetch historical and latest exchange rates from the European Central Bank using requests, build a service, and extract data for the U.S. dollar.
Learn to create a python web app by setting up a python environment, installing the jungle framework, creating a project and app, defining a view, and running a local server.
Install and launch Anaconda and Jupyter Notebook, create a desktop folder, run basic Python commands, and learn flowcharts and list versus set concepts for assignment planning.
Explore building and accessing dictionaries in Python, including nested structures, printing results, and using them for data like an atm transaction with balances, fees, and validation.
Learn how to connect to the European Central Bank to retrieve live exchange rates using Python's requests library, parse JSON to a dictionary, and extract euro-based rates for open banking.
Learn to retrieve data via the ECB API and handle euro, US dollar, and yen exchange rates in Python while building modular code for simulated bank balances and transactions.
Learn try and except using the with statement to safely read and write text files, update a balance in a function, and auto close files.
Implement a balance update function that saves the new balance for a card number and signals success with a flag.
Learn to build a Python web app with Django by creating views, routing, and templates, and returning http responses. Run the development server to render HTML pages.
Embark on a fast-paced journey into the world of Python programming and web development with our express course, "Python Programming and Web Development Express." Designed for those looking to quickly acquire essential skills in Python and delve into the realm of web development, this course offers a comprehensive yet streamlined learning experience.
In the first section, "Introduction to Python Programming," you'll dive into the core concepts of programming, understanding the process, algorithms, and data structures essential for building robust applications. Through hands-on exercises, you'll learn to plan solutions for real-world problems, setting the stage for practical application.
Moving on to "Foundations of Python Development," you'll establish a solid understanding of Python fundamentals. From setting up your development environment using Jupyter Notebook to mastering variables, data types, and control flow structures, you'll gain the necessary skills to start coding with confidence.
The course then progresses to "Mastering Python Data Handling," where you'll explore advanced data manipulation techniques using lists, dictionaries, and modular programming concepts. By leveraging both built-in and custom modules, you'll enhance your coding efficiency and tackle more complex programming tasks.
In "Practical Python Applications," you'll put your newfound skills to the test by implementing real-world scenarios. From developing a currency exchange program to coding an ATM logic with integration to the European Central Bank, you'll gain practical experience in building functional applications.
As you transition to "Introduction to Web Development with Python," you'll expand your skill set into the exciting world of web development. Through hands-on projects, you'll create your first web application and gain insights into essential web development concepts and tools.
In the final section, "Appendix: Revision and Advanced Discussions," you'll have the opportunity to reinforce your learning and explore advanced topics. From installing and configuring Jupyter Notebook to delving into advanced Python topics such as exception handling and file operations, you'll deepen your understanding of Python programming. Additionally, you'll further explore web development with discussions on frameworks and deployment strategies, empowering you to take your skills to the next level.
Whether you're a novice looking to kick start your journey in programming or an experienced developer seeking to expand your skill set, "Python Programming and Web Development Express" is your gateway to mastering Python and embarking on a rewarding career in web development.