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Explore how computers receive input from peripherals like keyboards and mice, process it, and produce output on the monitor, and see how programmer input becomes computer responses.
Learn how an operating system makes computers usable by translating high-level instructions into machine code, from MS-DOS to the terminal, and the roles of software, hardware, and the interpreter.
Explore how browsers act as interpreters that connect to servers and translate web code into system actions, and compare Chrome, Firefox, Safari, Opera, and IE.
Discover back-end languages that run on servers to service websites and web apps, tackle backend complexity, and learn how software engineers bridge front-end and back-end work, with Python coming up.
Explore how programming languages share core concepts while using different syntax, with comparisons of python, php, and java and an explanation of strict versus expressive syntax.
Master the practice of commenting to explain code, prevent browser misreadings, and ease future hires when maintaining or extending an existing codebase.
Explore how programming frameworks provide a predefined structure that speeds development by reusing code and automating common tasks across languages like PHP, Python, and Ruby.
Front-end frameworks provide pre-made systems, including grid layouts, UI kits, and interaction snippets, to speed up styling and interactivity with ready-to-use components and routines.
Differentiate the development environment from the integrated development environment (IDE), noting how IDEs support frameworks, syntax checks, auto-complete, file organization, and version control, with examples like Visual Studio and Xcode.
Learn what a content management system (CMS) is and why it matters for web publishing. See how CMSs enable non-programmatic content management with templates and analytics.
Explore continuous integration as a system that speeds up large-team development through frequent check-ins, automated builds, and coordination via version control and build servers.
Explore full stack JavaScript, using Node.js and the V8 engine to run on front-end and back-end, with asynchronous JavaScript and multi-threading; consider its efficiency and database limitations.
Explore how to learn programming, including languages, tracks, and online resources, and maximize ROI on your time and money. Clarify web development, software development, full stack development, and hackers.
60%+ of people who try to learn how to program end up quitting.
Why?
Is it because "programming just isn't for everyone"?
Or is it because only those with experience in hard sciences can learn it?
No, neither of those are true. It's simply due to the fact that the vast majority of people who try don't have a basic understanding of the technology they're going to use.
How exactly can you tackle responsive design if you don't know how a browser works?
How are you going to create a desktop application if you don't know what makes your computer freeze constantly (besides porn, obviously)?
How are you going to hide your confused facial expression the next time your site's server crashes because of a "node socket problem" in your full stack Javascript?
If you've ever taken your computer to a technician and said "Make it work" or "It don't work good. Me cry" then you're exactly who needs this course.
Over the next 10 years the United States is expected to add over 2 million programming jobs. Jobs that pay well over $100,000 a year. And that's just the United States (Merica').
So if you're trying to jump on the coding gravy train, put down your bronze statuette of Elon Musk standing on Mars, and start filling in the gaps in your "tech literacy". Even if you yourself do not become a "coding ninja" yourself all the future coding ninjas you work with with thank you (and tell you to stop calling them coding ninjas).
About your instructor:
Hi, I'm Evan Kimbrell. I too struggled to learn the basics of programming. If failing to program were a sport, I'd be on the Dream Team.
Today, I run a web and mobile development agency called Sprintkick and over the last 4 years we've built and managed over 100+ web & mobile applications.
How does one so technologically challenged manage to pull this off? Well, first off I would disagree with "technologically challenged" (come on) and second it was actually straight forward. I just had to spend a concerted amount of time learning what I needed to know about basic computer, web, and programming technology as well as modern technology trends and advanced concepts.
This course is an accelerated path designed to get you to "I get it" and finally start communicating correctly & effectively about technology.