Course Introduction
This advanced course equips participants with the knowledge and techniques to design and develop secure, resilient enterprise web applications. Using Angular and Node.js as reference technologies, it covers application architecture, frontend and backend development, role-based access control, secure API integrations, and the protection of sensitive data and credentials.
The course supports organizational priorities in digital transformation, cybersecurity resilience, and operational efficiency by strengthening the ability to translate business requirements into reliable, secure applications. Participants will be able to apply what they learn in their daily work to automate manual processes, connect enterprise systems, strengthen access controls, and improve existing applications.
These capabilities help the organization reduce avoidable security weaknesses and development rework, improve service reliability, and establish consistent engineering practices that support sustainable delivery of digital initiatives.
Course objective
- Design scalable, maintainable, and cyber-resilient web application architectures.
- Apply advanced frontend and backend development techniques to enterprise applications.
- Implement authentication, role-based access control, and authorization aligned with business requirements.
- Develop secure APIs and reliable integrations with internal and external systems.
- Apply secure coding practices to prevent common application vulnerabilities.
- Protect sensitive data through appropriate encryption, hashing, masking, and redaction.
- Manage API keys, credentials, and configuration securely across development and production environments.
- Incorporate security verification, monitoring, and deployment controls into everyday development workflows.
- Evaluate existing applications and recommend improvements to their security, performance, and resilience.
Course audience
- Web and full-stack developers seeking advanced development and secure coding skills.
- Systems analysts and application engineers translating business requirements into secure, reliable digital solutions.
- Technical leads and software architects responsible for application design, integration, and engineering standards.
- Application security professionals supporting security controls throughout the development lifecycle.
- IT professionals involved in digital transformation and automation initiatives who need to strengthen application reliability and cyber resilience.
Course Outline | DAY 1
Advanced Application Architecture and Secure Design
- Enterprise application architecture, separation of concerns and modular design.
- Modular monoliths and microservices: selection criteria and trade-offs.
- Frontend and backend design patterns, scalability and performance.
- Data modelling, database design and data integrity considerations.
- Secure development lifecycle and security requirements.
- Threat modelling, trust boundaries, attack surfaces and abuse cases.
- Secure-by-design principles and environment separation.
Course Outline | DAY 2
Advanced Frontend Development and Identity Security
- Angular application structure, reusable components and reactive forms.
- State management, routing, API communication and error handling.
- Frontend performance, accessibility and testing strategies.
- Authentication versus authorization and enterprise single sign-on.
- OAuth 2.0, OpenID Connect, session management and token handling.
- Role-aware navigation and user interfaces backed by server-side permissions.
- XSS prevention, Content Security Policy and CSRF protection.
Course Outline | DAY 3
Advanced Backend Development and User Access Management
- Node.js backend architecture, application layering and API contracts.
- REST API design, versioning, validation and consistent error handling.
- Database transactions, query optimization and injection prevention.
- RBAC design: roles, permissions and role–permission matrices.
- User access lifecycle: assignment, modification, revocation and review.
- Least privilege, deny-by-default policies and separation of duties.
- Object-level, function-level and field-level authorization; ownership and
department restrictions. - Privilege escalation prevention, mass-assignment protection, rate limiting and
audit trails.
Course Outline | DAY 4
Secure Enterprise API Integration and Resilience
- Integration patterns, API gateways, adapters and contract management.
- Service-to-service authentication and least-privilege integration access.
- Credential handling and protection of data exchanged between systems.
- Secure webhooks, signature verification and replay protection.
- Validation of third-party responses and SSRF prevention.
- Timeouts, retries with backoff, circuit breakers and failure recovery.
- Queues, asynchronous processing and idempotency.
- Integration testing, monitoring and safe error reporting.
Course Outline | DAY 5
Sensitive Data Protection and Secrets Management
- Encryption, hashing, masking, and redaction.
- Secure storage and management of API keys and credentials.
- Protecting sensitive data in code, logs, and API responses.
- Separating development, testing, and production secrets.
- Preventing secret exposure through source control and security checks.
Course Certificates

BOOST’s Professional Attendance Certificate “BPAC”
BPAC is always given to the delegates after completing the training course,and depends on their attendance of the program at a rate of no less than 80%,besides their active participation and engagement during the program sessions.
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