Secure Engineering Courses
Our hands-on courses equip developers and organizations with the skills to write secure code, model threats, and apply secure-by-design principles across teams.
Top Secure Engineering Courses
Secure by Design
This course, updated with the latest OWASP Top 10, will show you how security can be designed into, managed and maintained within a development lifecycle.
Certified OWASP Security Fundamentals
This course aims to teach learners about the OWASP top 10 in bite size modules, we will look at the OWASP top 10 vulnerabilities and mitigations available to any development environment.
Application Security for Developers
This two day hands-on AppSec training course covers the most common application security vulnerabilities and how to build secure applications that avoid these issues.
Secure Engineering learning paths
Want to boost your career in Secure Engineering? View QA's learning pathway below, specially designed to give you the skills to succeed.

Learn more about our secure engineering training

Interested in secure engineering training and want to find out more? QA supports software engineers in learning how to build and maintain secure code that meets industry best practice.
What is Secure Engineering?
Secure engineering is the act of protecting applications and code against emerging threats.
All software engineers need to ensure they integrate security into the software development lifecycle, during design and development. Developers who understand security can minimize security weaknesses, bugs, exploits or violations of programming standards. The objective is to stop hackers from being able to exploit an organization's data or system resources due to insecure coded software.
Why do you need secure engineering skills?
Some organizations have experienced security software developers to look at software designs from a security perspective to identify and resolve security issues.
A secure software engineer is responsible for developing secure software and integrating security into application software developed by other teams or third parties. They also produce source code for security tools such as those providing intrusion detection, traffic analysis, virus, and malware detection.
Threat Modeling engages teams in a structured way to take a deep look at the structure of IT and OT systems and use scenarios and risk patterns to find stress points and vulnerabilities.
Why choose QA for secure engineering training?
At QA we equip organizations, through secure by design programmes to ensure cross functional deployment of security skills into the non-security roles. We offer a gamified agile secure coding experience, certified secure coding skills in multiple languages and other application security courses.

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