Description

This curriculum spans the equivalent of a multi-workshop technical leadership program, addressing the same scope of decisions and trade-offs typically encountered in enterprise application delivery, from stakeholder alignment and architecture reviews to deployment governance and long-term maintenance.

Module 1: Defining Application Scope and Stakeholder Alignment

Selecting which business units will participate in initial requirements workshops and justifying their inclusion based on process ownership and system impact.
Documenting conflicting feature requests from sales versus operations teams and facilitating a prioritization session with executive sponsors.
Deciding whether to build a single integrated application or decouple functionality into micro-applications based on team autonomy and release cadence needs.
Establishing a change control board with representatives from legal, IT, and business units to review scope deviation requests.
Choosing between user story mapping and use case modeling based on stakeholder familiarity and regulatory traceability requirements.
Setting thresholds for minimum viable product (MVP) completion that trigger go/no-go decisions for phase two funding.

Module 2: Architecture Design and Technology Stack Selection

Evaluating whether to adopt serverless functions or containerized services based on expected load patterns and internal DevOps maturity.
Negotiating data residency requirements with cloud providers when selecting regions for deployment in multi-geography applications.
Choosing between GraphQL and REST for internal APIs based on frontend team flexibility needs and monitoring complexity tolerance.
Implementing circuit breaker patterns in service-to-service communication to isolate failures in distributed components.
Deciding on a database sharding strategy when projected user growth exceeds single-instance capacity within 18 months.
Requiring third-party vendors to provide architecture decision records (ADRs) for any externally sourced components integrated into the core platform.

Module 3: Development Workflow and CI/CD Pipeline Implementation

Configuring branch protection rules that require peer review and passing integration tests before merging to main.
Selecting artifact repository retention policies that balance storage costs with audit and rollback requirements.
Integrating static code analysis tools into the pipeline and defining severity thresholds that block deployment.
Designing canary release workflows that route 5% of production traffic to new versions with automated rollback on error rate spikes.
Managing secrets in CI/CD by enforcing dynamic credential injection instead of environment variables or config files.
Documenting pipeline ownership and escalation paths for when automated deployments fail during business hours.

Module 4: Data Management and Integration Strategy

Mapping legacy system data fields to new application schemas and resolving semantic mismatches in customer status codes.
Choosing between batch ETL and real-time event streaming for synchronizing customer data across systems based on SLA requirements.
Implementing idempotency in integration endpoints to prevent duplicate order processing during network retries.
Defining data ownership and stewardship roles for master data entities like product catalog and customer profiles.
Encrypting sensitive data in transit and at rest using customer-managed keys with quarterly rotation policies.
Creating audit logs for all data access operations involving personally identifiable information (PII) with immutable storage.

Module 5: Security, Compliance, and Risk Mitigation

Conducting threat modeling sessions for high-risk features such as payment processing or file uploads.
Implementing role-based access control (RBAC) with least-privilege principles for internal administrative functions.
Responding to third-party penetration test findings by triaging vulnerabilities based on exploitability and business impact.
Configuring web application firewalls (WAF) with custom rules to block known attack patterns targeting API endpoints.
Aligning application logging practices with SOC 2 requirements for event traceability and retention duration.
Requiring business justification for any exceptions to security policy, documented and approved by the CISO office.

Module 6: Testing Strategy and Quality Assurance Execution

Allocating test automation coverage targets by module, with higher thresholds for core transaction workflows.
Designing end-to-end test scenarios that validate integration points across multiple systems in staging environments.
Managing test data provisioning for performance testing without using production data due to privacy restrictions.
Coordinating user acceptance testing (UAT) cycles with business stakeholders and tracking defect resolution timelines.
Implementing chaos engineering practices in pre-production to test resilience under simulated network outages.
Establishing a bug triage process that categorizes defects by severity, reproducibility, and workaround availability.

Module 7: Deployment, Monitoring, and Incident Response

Scheduling deployment blackouts during peak business periods such as month-end closing or holiday sales events.
Configuring application performance monitoring (APM) tools to capture transaction traces and identify latency bottlenecks.
Defining service level objectives (SLOs) for API response times and error rates with corresponding error budgets.
Setting up alerting rules that minimize noise by requiring sustained thresholds before notifying on-call engineers.
Conducting post-incident reviews after production outages and tracking remediation tasks to closure.
Rotating on-call responsibilities across development teams with mandatory documentation of runbooks and escalation paths.

Module 8: Application Maintenance and Technical Debt Governance

Tracking technical debt items in a centralized backlog with assigned owners and impact assessments.
Allocating 20% of each development sprint to refactoring, performance improvements, or dependency updates.
Enforcing deprecation policies for APIs with version sunsetting schedules communicated to consuming teams.
Reviewing open-source license compliance for all third-party libraries during each major release cycle.
Conducting architecture review board meetings quarterly to evaluate adherence to design standards.
Measuring code churn and defect density to identify modules requiring redesign or additional test coverage.