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Python in a Day

Beginner Python Courses in NYC

In this introductory class, you’ll learn Python, an increasingly popular and powerful programming language. Python is a great beginner language that is quick to learn and extremely versatile. It can be used to build software, analyze data, and build great-looking websites.

In this one day hands-on course, you’ll begin by learning the fundamentals of Python to get you feeling confident and comfortable with programming logic. You will be introduced to data types, conditional statements, loops, functions, introduction to OOP, and work on projects in using Python for Web & Data Science. 

This is a beginner course and is perfect for someone with little to no programming experience. Continue learning in our immersive Python Bootcamps: Python for Data Science and Python for Web Development.

  • 6 Hours
  • Small classes
  • Mac or PC provided
  • Free retake

Register for a class

$325 Discounts Policies

594 Broadway, NYC or Live Online

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What You’ll Learn

  • Learn how to operate using a text editor and terminal.
  • Learn how to write your own Python code that will be able to iterate over data sets.
  • Understand how to think like a programmer and become comfortable with Python’s syntax.
  • Create code to solve every-day real-life problems.
  • Learn different Python frameworks and environments
View full syllabus

Python in a Day Class Syllabus

What You’ll Learn

Section 1
Fundamentals of Python


  • Python Overview + History
  • Anaconda Distribution
  • Jupyter Notebook + Markdown
  • Data Types + Variables
  • Assignment Operators
  • Numbers vs. strings
  • Concatenation
Procedual Programming


  • Built in Functions
  • Control Flow Statements
  • Functions
  • Lists
  • Indexing + Slicing

Section 2
Iterative Code


  • Intro to looping
  • For Loop
  • While Loop
Complex Data Types


  • String
  • Methods
  • Lists
  • Tuples
  • Sets
  • Dictionaries
Section 3
Object Programming


  • Intro to Object Oriented Programming
  • Inheritance


Python's Uses


  • Different Environments
  • Data Science with Jupyter
  • Web Development with Flask


NYC' Best Python Workshops

Python is an extremely powerful language that can be used in almost every field in today's digital age. Join us for only one day and be introduced to the powerful world of Python! Whether your looking for data science, web skills, or to start coding this course is right for you! 

Real-world Exercises

In this class, you’ll learn how to code using Python through hands-on step by step real-world problems. You will be up and running coding in no time with the help of our experienced instructors. 

Learn the Fundamentals of Coding

In this class, students will be introduced to advanced coding topics in a short period of time without needing any prerequisites. This is a great introductory course for anyone wanting to learn to communicate with a programmer, as well as gain programming skills yourself.

Join the Lucrative Programming Market

Python is one of the highest-paying programming languages in the United States. Python developers are amongst the best paid in the country with an average salary of $116,379.

Python developer salary by state

Register for Python in a Day

$325 Discounts Policies

594 Broadway, NYC or Live Online

Show all dates

Intro to Python Workshop Guide

In this 6-hour workshop, students will be introduced to a variety of topics in a rather fast-paced manner. This guide is supposed to help students prep to get the most out of this 3-hour course. This guide will cover Python’s definitions, uses, and applications, as well as Python’s syntax and programming principles within in it. 

What is Python?

Python is a programming language much like Java & C++ in both use and functionality. So why is everyone talking about it? Python is considered the new and improved coding language because of its English like, minimal syntax style paired with its versatility. To break down this sentence.

Why is Python easy to learn?

Python writes differently than other preferred computer languages. For example, Java needs a semi-colon after each line of code, while Python only needs a colon after conditional statements (you’ll learn about those later). Another example that depicts this stark syntactical difference is the print function in Java versus Python. In Java to print a piece of your code, programmers must write System.out.println(), but in Python it is simply the word print. This is just a few examples that exemplify the simplicity of Python’s language. 

Why is Python so powerful?

Python simplicity does not compromise its power and versatility. Python is extremely fast and can be used for data science, web development, and software. The frameworks, libraries, and packages in Python allow it to be the preferred language for everything data. This means that Python has built-in features that allow you to perform lots of actions on your code without writing your own code for it. An example is the Sum function in Python, which works very similar to the Excel sum function. Python has a built-in function that knows what Sum does when its written, so there is no need to write your own code to perform addition. 

Python is also an amazing data aggregator because of the Beautiful Soup Library. This allows Python to be used to pull data from websites, the verb of pulling data is called ‘scraping’. After scraping data, students can input the data in Jupyter Notebook. The Jupyter Notebook is an open-source web application that allows programmers to create and share live code documents. This notebook also supports different package imports such as Pandas, NumPy, and Matplotlib that allow for data science. If you’re having trouble understanding what Jupyter Notebook is - think of it as Google Docs for Python. 

What is the purpose of writing Python code?

Before going into the nitty-gritty syntax students must know that Python is way of commanding your computer to do certain task, these tasks are your code and within your code you have statements such as print. 

Launching our Python Package

We are going to use Anaconda in the Python workshop. So, let’s learn what it is and how to open it so we can practice a bit throughout this article.

If you do not have Anaconda use this link to download it for Mac & this for PC. After downloading, type python -- into your terminal (use Finder and type terminal to find it) and press enter or command line if you are using a PC. The output should be Python 3.7, which shows you that you are running the most updated version of Python. So now what is Anaconda?

  • Anaconda is an open-source distribution that simplifies package management for both Python and R. In simpler terms, Anaconda is a one-stop shop for software that runs Python. In this class, we will be starting using the QT console which allows us to code in Python in its most primitive environment.

Work on Math using Python

To get a feeling of typing in Python, let’s start with some basic calculations. If you type any two numbers with a +, -, /, *, **, % Python will boil it down to a value, just as a calculator would. The mathematical operators of * represents multiplication, / is division, ** is exponents, and lastly % is remainder division. So, try this on your own now and type some Math problems using these operators. 

What are variables?

The first topic to discuss when going over Python is to understand variables, how to assign them, and how to work with them. Let’s go over how to create a variable first. The most important and really only rule of creating a variable is that it must start with a letter and have no spacing.

So, let’s go over how to do this, let’s create a variable called movie and assign it to the value “Pulp Fiction”. I will be explaining in Python programming verbiage so you can get used to it and feel comfortable in the workshop. Your current code should look exactly like this, movie = ‘Pulp Fiction’. It is truly important to put the quotations around Pulp Fiction (I will explain later in the article why). Now, every time a movie is referred to in the code it truly represents the value ‘Pulp Fiction’. You can see this by typing movie and pressing Enter to run your code and the output should be “Pulp Fiction”.

Is the equal sign in assigning variables act the same as the mathematical equal sign?

Another topic to discuss here is the presence of the = as the assignment operators. The equal sign in programming could be confusing because it is very different than a mathematical equal sign. It is really important to understand that one equal sign is to set a variable, and a double equal sign is used to test equality similar to the mathematical operator you are used to using. So, to go over some terminology the variable refers to the movie, and pulp fiction is the value or output of the variable. A good exercise to make sure that you understand this concept is to set two variables, one equal to 5 and one equal to 2, then multiply these two variables and make sure the output equals 10. (Hint: w = 5, q = 2, w*q).

  • Data type: The data type of a value (or variable in some contexts) is an attribute that tells what kind of data that value can have such as Integer, Float, String, List, Boolean, and more!
  • Integer: The first data type that will be introduced is an Integer, think of an integer as any whole number. To assign an integer to the variable name noble, your code should look like noble = 7.
  • Float: Any number with a decimal point, for example4, 2.1, 4.3221 are all Floats. To assign a Float to the variable name nyc, your code should look like nyc = 3.11.
  • String: A String is one of the most complex data type and is not considered a primitive data much like Integer and Float. Strings are anything that is surrounded by a double quotation or apostrophe, just as Pulp Fiction was at the beginning of the variable example. Strings are usually associated with words, but I like to think about them as a collection of characters in between single or double quotes, does not matter which you use but you must be consistent with respect to single or double quotes. The reason I like to think like that is because ‘7’ is considered a string and not considered a number.
  • So, if you perform ‘7’ * 2, the computer will output ‘77’, because it is just duplicating the string, but if you do 7*2, the computer will treat it similar to a math problem and output it to 14. Strings are complicated but have many great functions and methods (will talk later on in the article) that make them a great data type. To practice create a variable named barack and set it to the string ‘Obama’, your code should look like barack = ‘Obama’.
  • Boolean: Boolean is a piece of code that either evaluates to be true or false, for example, 5 > 7 or ‘house’ == ‘house’ – the former output is false and the latter is True. Type these into your computer and see what happens!
  • Lists: A list is an ordered collection of data types and is denoted by its bracket syntax, think of lists as a grocery list. An empty list is created when you set a variable name = [], you can add items to the list by using the. append This is a good way to start talking about methods & functions, which virtually have the same definition but different names because their syntaxes are different.

What are Functions?

Methods & Functions are used to perform tasks on data types, some methods and functions are built-in such as the sum function or the append method we saw above. Additionally, you can create your functions and methods and the motivation behind this is repeatability. For example, if you have a list of numbers and you want to test if a number is divisible by 2, instead of writing x / 2 == 0, you can create a function called div2, and then if you want to check if its divisible by 2 now you just called the function div2(number). This allows for efficiency, readability, and limits extra lines of code.

Next Steps

This guide is meant to give you a brief idea of what you'll learn in our Python workshop in New York City. During the class, we will review these concepts and take a step deeper by practicing with real-world examples. You'll write the code and get guidance from a top Python programmer.