– Integer Error

– Input Validation

– Buffer Overflow

– Software Development Life Cycle

– Best Practices for Secure Variables

– Encapsulation

– Data Hiding

– Exception Handling

– Cross-Site Scripting (XSS)

– SQL Injection

– Wi-Fi

– Man in the Middle Attack

– Security Trade-offs

– Beware of Input Buffer Misbehavior

– Industrial Control Systems

– Mobile Risk Management

Students will learn the phases of the software development process and should be able to effectively manage projects, collaborate within teams, and deliver high-quality software solutions that meet user needs and industry standards.

Students will learn to break down complex problems into manageable components, identify patterns, and formulate logical solutions. Students should be able to identify key problem elements, apply structured solutions, and design adaptive strategies to address various challenges within different fields.

Students should be proficient in declaring variables of different data types, initializing arrays, accessing and modifying array elements, and employing arrays to solve various programming challenges.

Students will learn to develop algorithmic solutions with fundamental control structures such as loops, conditionals, and functions. Students should be able to construct algorithmic solutions, applying basic control structures effectively to solve computational problems.

Students will learn how to transform human-readable C++ code into machine-readable instructions using a compiler, execute the compiled program, and observe its output. Students should be able to write, compile, and run basic C++ programs.

Students will learn the importance of secure programming in today’s digital landscape to mitigate cybersecurity risks and protect sensitive data from unauthorized access or manipulation. Students should be able to identify common vulnerabilities, implement secure coding techniques, and contribute to building robust and resilient software systems.