Software Engineering Classes Houston, TX

This Career Change course in software engineering is meant to give students the complete set of skills they need to break into a career as a software engineer. The 15-week program starts with fundamental programming fundamentals to build up your skills and works up to advanced backend development languages and frameworks. Students will cover front-end and backend languages and frameworks, including SQL, Ruby, JavaScript, React, and more. In addition to coursework, students will receive career coaching and job support backed by Flatiron's Money-Back Guarantee.

This software engineering program is designed to help individuals with little to no programming or computer science experience get up to speed and launch a career in tech. Through their blended learning model, students will be able to hone their tech skills through 14 hours of preparatory work, in-class project work, and though the support of a devoted career coach. Students in this course will start their software engineering journeys by learning the fundamentals in software engineering, like coding with HTML, CSS, and JavaScript. As the course progresses, students will become familiar with Front-End and Full-Stack Development, focusing on algorithmic thinking, core programming concepts, and debugging best practices. The course concludes with Front-End Frameworks, incorporating APIs into Full-Stack Development. This course culminates with a final lab project where students get to apply their newly acquired software engineering skills to build an application.

This JavaScript course is a flexible program designed to help individuals with a general understanding of HTML and CSS enhance and broaden their front-end development toolkit. Through their blended learning model, students will gain access to pre-learning and expert-led videos to hit the ground running. Students in this course will broaden their knowledge of JavaScript fundamentals, learn the basics of object-oriented programming, and learn best practices when working with jQuery, browsers, and the Document Object Model (DOM). This course will also teach students how to utilize data from various Application Programming Interfaces (APIs) and how to persist data using a provider like Firebase. The JavaScript course concludes with a final project where students showcase their enhanced JavaScript knowledge by building a single-page application incorporating many regular design patterns in addition to the consuming and persisting user data from APIs.

This React JS course is a dynamic program designed to help individuals with a firm grasp of HTML, DOM, and JavaScript to create responsive websites with the ability to adapt to changing data. Through their blended learning model, students will gain access to pre-learning and expert-led videos to hit the ground running. Students in this course will learn how to create React application, understand how React works, as well as React programming essentials, like components, JSX, props, and state. This course will also guide students through building multi page web applications with the React router package, creating a custom web application, and how to incorporate an API in a React application. The React JS course concludes with a final lab project where students get to apply their React JS knowledge by building a React application of their choosing.

This beginner Python course is a flexible program meant to get complete beginners comfortable coding with Python. With a blended learning model, students will gain access to pre-learning and setup videos to hit the ground running. Students will learn to code with Python with a hands-on approach, building Python programs, and working with data. This course covers key programming concepts like object-oriented programming as well as data science fundamentals and culminates with a project creating an API to pull in 3rd party data. This 40-hour program can be taken in-person in NYC or live online over 1-week (full-time) or ten weeks (part-time).

This 4-day Java programming course is designed for programmers who want to transition into the Java language but lack experience in a C-based language. This course covers the fundamental structure and syntax of Java in addition to object-oriented principles and their usage in Java applications. The course also covers input/output streams, exception handling, collections API packages, and more.

This 2-day intermediate Java programming course is a rigorous course designed for programmers who want to improve their skills with the Java API libraries. The course is split into 8 sections. Sections 1-4 cover the general course objectives, best practices around sorting and tuning, getting familiar with inner classes, and an introduction to Swing. Sections 5-8 cover an introduction to JDBC connectivity, JDBC and SQL programming, advanced JDBC, and regular expressions in Java.

This 3-day advanced Java course is structured for students with an intermediate level of Java programming experience and are excited to learn advanced features and packages. This course will teach students about processing XML, multi-thread applications, and advanced I/O capabilities. The course will also introduce students to reflection, networking with sockets, remote method invocation, JNDI, and performance tuning.

This 3-day introductory Python programming course is designed for students with no prior programming experience and are looking to get comfortable with basic skills needed for Python programming. The course will cover foundational Python concepts, including data types, control statements, using functions and modules, handling exceptions and debugging programs, working with lists, and how to work with a variety of data types. By the end of the course, students will be familiar with writing programs for simple applications.

This 2-day advanced Python programming course is designed for students already familiar with Python programming and who are looking to understand more advanced procedures. The course will cover a range of advanced Python concepts, including classes and objects, methods, inheritance, the importance of the Standard Library, working with the OS, advanced comprehensions, as well as testing and debugging programs.