Course Overview

Modern organisations face increasingly sophisticated cyber threats that require security to be embedded into every layer of technology infrastructure. Security Architecture and Engineering provides the foundation for designing secure systems, protecting critical assets, and ensuring that security controls align with business objectives, regulatory requirements, and emerging technology trends.

The Security Architecture and Engineering Programme by Transformentors Academy equips participants with the knowledge and practical skills required to design, implement, and manage secure IT environments. The programme explores security architecture principles, risk management, cryptography, secure network design, system hardening, threat modelling, and security engineering best practices.

Participants will examine industry-recognised frameworks and standards, including NIST, ISO/IEC 27001, COBIT, Zero Trust Architecture, and DevSecOps. Through practical exercises and real-world scenarios, they will learn how to assess risks, implement security controls, strengthen infrastructure resilience, and support secure system development and operations.

By the end of the programme, participants will be able to design secure architectures, apply advanced security controls, conduct security assessments, and contribute to building resilient, compliant, and future-ready IT environments.

Agenda

Day — 1 Foundations of Security Architecture

• Introduction to Security Architecture and Engineering in modern IT environments.
• Understanding core security principles, including CIA Triad, Defence in Depth, and Least Privilege.
• Overview of security frameworks and standards such as NIST, ISO/IEC 27001, and COBIT.
• Applying secure design principles to build resilient systems.
• Understanding risk identification, assessment, and mitigation processes.
• Introduction to information system lifecycle management and security integration.
• Case Study: Examining real-world security breaches and architectural lessons learned.

Day — 2 Threat Modeling and Vulnerability Assessment

• Understanding the role of threat modelling in identifying and prioritising security risks.
• Applying STRIDE methodology to analyse potential threats and attack scenarios.
• Using DREAD methodology to assess and prioritise vulnerabilities.
• Comparing qualitative and quantitative approaches to risk assessment.
• Identifying vulnerabilities across client, server, database, cloud, virtualisation, and microservices environments.
• Understanding security risks in ICS and high-performance computing environments.
• Examining the role of security policies, procedures, and compliance in risk management.
• Practical Exercise: Conducting threat modelling, risk assessment, and mitigation planning.

Day — 3 Cryptography and Secure System Design

• Understanding symmetric encryption, hashing, digital signatures, and Public Key Infrastructure (PKI).
• Exploring key management practices and cryptographic protocols.
• Examining modern cryptographic attacks and mitigation techniques.
• Applying secure coding principles to reduce application vulnerabilities.
• Implementing system hardening and secure configuration management practices.
• Understanding access control methods, including Multi-Factor Authentication (MFA).
• Exploring identity and access protocols such as OAuth and SAML.
• Designing secure and scalable architecture patterns for enterprise environments.

Day — 4 Network Security and Architectural Evaluation

• Understanding network segmentation and perimeter security strategies.
• Exploring firewalls, VPNs, memory protection, and secure network design.
• Implementing and managing IDS/IPS solutions and secure communication protocols.
• Integrating security throughout the architecture lifecycle, from design to operations.
• Identifying and remediating security weaknesses across network environments.
• Applying tools and techniques for security assessment and validation.
• Understanding architectural reviews and security audit methodologies.
• Conducting comprehensive security evaluations to improve security posture.

Day — 5 Advanced Security Engineering Topics

• Understanding Zero Trust Architecture and its role in modern security.
• Exploring cloud security, virtualisation, and containerised environments.
• Addressing security challenges in IoT, mobile, edge computing, and microservices.
• Understanding DevSecOps principles and Secure Development Lifecycle (SDLC) practices.
• Implementing security within CI/CD pipelines and agile development environments.
• Exploring incident response planning, execution, and recovery processes.
• Understanding disaster recovery and business continuity considerations.
• Reviewing regulatory requirements, compliance obligations, and legal considerations in security architecture.

Learning Outcomes

By the end of this programme, participants will be able to:

• Understand core security principles, including the CIA Triad, Defence in Depth, and Least Privilege.
• Apply security frameworks and standards such as NIST, ISO/IEC 27001, and COBIT.
• Perform threat modelling using methodologies such as STRIDE and DREAD.
• Assess and mitigate risks across cloud, IoT, virtualised, and enterprise environments.
• Apply encryption, digital signatures, and key management techniques to protect sensitive data.
• Design secure network architectures using firewalls, IDS/IPS, VPNs, and network segmentation.
• Implement secure coding, system hardening, and configuration management practices.
• Explore modern security approaches including Zero Trust, DevSecOps, and Cloud Security.
• Develop incident response, disaster recovery, and business continuity strategies.
• Conduct security assessments and audits to improve organisational resilience and compliance.

Who Should Attend

This programme is designed for professionals involved in designing, implementing, and managing secure IT environments, including:

• Security Architects and Security Engineers.
• IT and Network Administrators.
• Cybersecurity Analysts and Security Consultants.
• Software Developers and DevOps Engineers.
• Risk, Governance, and Compliance Officers.
• Infrastructure and Cloud Security Professionals.
• Information Security Managers and Technical Leads.
• Professionals seeking to strengthen their expertise in security architecture and engineering.