This Secure Coding Fundamentals training is designed to help participants understand and apply secure coding principles to prevent common software vulnerabilities. The course focuses on secure design mindset, common application security risks, input validation, authentication and authorization flaws, secure data handling, error handling, and defensive coding practices. Participants will gain practical awareness to write safer code and reduce security risks across the software development lifecycle.

• Understand the core principles, risks, and best practices of secure software development.
• Identify common security vulnerabilities such as injection, authentication flaws, and insecure data handling.
• Implement secure coding techniques for input validation, authentication, authorization, and data protection.
• Apply secure error handling, session management, encryption, and secure communication practices.
• Perform code reviews, vulnerability analysis, and security testing to identify and mitigate risks.
• Build secure, resilient, and compliance-ready applications using secure coding best practices.

 • Software developers
 • Application engineers
 • QA and test automation professionals
 • DevOps and platform engineers
 • Technical teams responsible for building applications

 • Basic programming knowledge in any language
 • Familiarity with software development concepts
 • Interest in application security and secure development

 • Understanding secure coding principles
 • Identifying common software vulnerabilities
 • Applying input validation and output encoding
 • Implementing secure authentication and authorization concepts
 • Handling sensitive data securely
 • Preventing injection and logic flaws
 • Writing defensive and resilient code
 • Aligning development with security best practices

By the end of this training, participants will be able to recognize common coding-related security risks and apply secure coding practices to reduce vulnerabilities. Learners will gain a strong foundation in writing safer code, enabling teams to build more secure and reliable applications from the start.

Introduction to Secure Coding & Application Security
 • Why secure coding matters
 • Secure coding vs reactive security
 • Security in the SDLC
 • Developer responsibility for security

Common Application Security Vulnerabilities
 • OWASP Top 10 overview
 • Injection vulnerabilities
 • Broken authentication concepts
 • Security misconfigurations

Input Validation & Output Encoding
 • Trust boundaries and user input
 • Validation techniques
 • Encoding and escaping basics
 • Preventing injection attacks

Authentication & Authorization Fundamentals
 • Authentication vs authorization
 • Secure login design concepts
 • Session management basics
 • Access control awareness

Secure Data Handling & Cryptography Basics
 • Handling sensitive data securely
 • Password storage best practices
 • Encryption and hashing concepts
 • Protecting data at rest and in transit

Error Handling, Logging & Exception Management
 • Secure error handling
 • Avoiding information leakage
 • Logging security events
 • Monitoring and audit awareness

Secure APIs & Application Interfaces
 • API security basics
 • Input validation for APIs
 • Authentication and authorization for services
 • Preventing common API flaws

Secure Coding Best Practices & Code Reviews
 • Defensive coding techniques
 • Secure code review concepts
 • Using security checklists
 • Improving code quality and security

Secure Coding Practical Workshop & Best Practices
 • Identifying vulnerabilities in sample code
 • Applying secure coding fixes
 • Reviewing code for security issues
 • Final workshop review and best practices

• Secure Coding Principles & Application Security Fundamentals
• Vulnerability Identification & Threat Analysis
• Input Validation, Authentication & Authorization Implementation
• Secure Code Review, Testing & Risk Mitigation
• End-to-End Secure Application Development Project

Participants will be evaluated through secure coding exercises, vulnerability identification tasks, instructor-led reviews, and a final assessment focused on applying secure coding principles to real-world development scenarios.

Participants will receive course materials, slides, reference materials, exercises and access to resources for further learning.

Upon successful completion of the training, participants will receive an AcadNXT Certificate of Completion for Secure Coding Fundamentals. This digital, verifiable certification validates foundational secure coding knowledge, application security awareness, and defensive development skills and can be shared on LinkedIn and included in professional profiles to enhance secure software development career credibility.