ISACA Software Development Fundamentals (ITCA)

Many IT teams have practitioners who can run scripts but have never been taught software development fundamentals. The result is fragile automation, slow handoffs to developers, and changes pushed to production without a clear testing path. This beginner-level ISACA course gives an IT Director a structured way to close that gap and validate it with the Information Technology Certified Associate (ITCA) Software Development Fundamentals credential.

Role fit: Assign it to junior software engineers, IT Practitioners moving into automation or DevOps-adjacent work, and new hires with about a year of development exposure. Team Leads can use it as a shared baseline so everyone uses the same vocabulary for the SDLC, testing stages (unit, integration, UAT), and deployment practices such as canary releases.

Time investment: Plan for about 6.8 hours of video per learner across seven skills. Most of it is hands-on: setting up VS Code, writing Python, working in Bash on Linux (including WSL for Windows users), handling asynchronous JavaScript and APIs, and reading and writing flat files and relational data. Budget extra time for practice beyond the videos.

Change-management note: The instructor notes that the early material on data types and functions can feel slow. Tell learners up front that it builds toward object-oriented code and real scripts later in the course, so they keep going.

How CBT Nuggets supports the outcome: The first skill is free, so a Team Lead can preview it before assigning seats. Playlists let you sequence this course with related ITCA tracks such as Computing Fundamentals and Cybersecurity Fundamentals, and Team Reporting shows each learner's progress toward certification readiness.

Junior developers who only know syntax tend to slow teams down at handoffs, in deployments, and in production. This course closes that gap with hands-on work that mirrors how modern teams build and ship software. Learners set up VS Code, write Python and JavaScript, work in a Linux shell, and follow code through the SDLC and DevOps lifecycle.

• Faster onboarding to team tooling: New hires learn to install and configure VS Code, debug code, use the integrated terminal, and set up Windows Subsystem for Linux. That means fewer days lost to environment setup.
• Confident command-line work: Your team practices navigating Linux folders, installing applications with apt, and performing create, read, update, and delete (CRUD) operations on files from Bash. These are everyday tasks in scripting and server work.
• Code that handles real-world behavior: Learners build classes and functions with control flow, then move to JavaScript to see how APIs work and when to choose synchronous or asynchronous patterns. This includes callbacks that define what happens on an error or on completion.
• Safer releases and fewer outages: The SDLC and DevOps content covers unit, integration, and user acceptance testing. It also covers canary deployments, where new code goes to a single production server first so a failure doesn't take down the whole application. Monitoring after release is stressed as critical, because end users find the edge cases that dev and test missed.

The result is a junior bench that understands the full path from first line of code to monitored production. Team Leads can then assign more meaningful work sooner.

Knowledge

• How an IDE like VS Code supports day-to-day development, including files, folders, debugging, and the integrated terminal
• Core programming building blocks in Python: variables, data types, functions, classes, and control flow
• The difference between synchronous and asynchronous code in JavaScript, how callback functions handle errors and completion, and what APIs do
• When to use flat files such as CSVs versus a relational database, and the basics of how SQL and an RDBMS organize large data sets
• The phases of the SDLC, from testing through integration, maintenance, and monitoring, and why production behaves differently than dev and test
• DevOps practices such as unit, integration, and user acceptance testing and canary deployments that limit risk to production

Ability

• Install and configure a working development environment with VS Code, Python, and Windows Subsystem for Linux (Ubuntu)
• Write and run basic Python scripts that define custom functions and classes and use control flow to make decisions
• Navigate the Linux file system and perform create, read, update, and delete operations from the Bash shell, including installing applications with apt
• Build JavaScript code that uses asynchronous patterns and callbacks to write data and handle errors
• Read and write application data to CSV files and explain how that data can feed analysis and reporting tools
• Take part in Agile and DevOps workflows by recognizing which tests and deployment strategies fit each stage of a release