Solution Architecture Mastery: A Step-by-Step Guide to Winning High-Impact Projects
You're under pressure. Stakeholders demand clarity, but the path from vision to execution feels foggy. You're expected to architect scalable, future-proof solutions - yet your ideas get stalled in reviews, buried in technical debt, or dismissed as “too ambitious”. Every missed opportunity erodes your credibility. Delayed approvals mean lost revenue, frustrated teams, and stalled career momentum. You know the cost of inaction - projects fail, budgets overrun, and talented architects get passed over for leadership roles. But what if you had a battle-tested blueprint? A clear, repeatable process that transforms ambiguity into board-ready proposals, technical complexity into stakeholder alignment, and solution ideas into approved, funded initiatives? Solution Architecture Mastery gives you exactly that. This is not theory. It’s the exact step-by-step framework used by top-performing architects to deliver high-impact projects on time, with clear ROI and executive buy-in. Take Sarah Kim, Principal Cloud Architect at a Fortune 500 financial institution. After applying this method, she went from rejected proposals to securing $4.2M in funding for a cloud modernisation initiative - all within 6 weeks of completing the course. Her board presentation was described as “the clearest, most actionable strategy we’ve seen in years.” This course shows you how to build solutions that don’t just work technically - they win support, unlock budget, and advance your career. The outcome? You go from conceptual sketches to a fully scoped, stakeholder-approved, and board-ready proposal in just 30 days. Here’s how this course is structured to help you get there.Course Format & Delivery Details Your time is valuable. That’s why Solution Architecture Mastery is designed for real-world professionals like you - delivered in a self-paced, on-demand format with immediate online access. No fixed schedules, no mandatory live sessions, no distractions. You decide when and where you learn, fitting progress seamlessly into your busiest weeks. What You Get - With Zero Risk
You gain lifetime access to the full course content, including all tools, templates, frameworks, and exercises. Every update - whether new cloud patterns, regulatory shifts, or emerging best practices - is included at no extra cost. This is a living resource, continuously improved to reflect real-world evolution in enterprise architecture. - Self-paced learning with structured milestones to keep you on track
- Typical completion in 4–6 weeks, but you can move faster - many professionals apply the first three modules to active projects within days
- Mobile-friendly platform with full offline reading capability, so you can study on commutes, between meetings, or from any location worldwide
- 24/7 global access - your progress is saved automatically, synced across devices
Trusted Support & Recognition
You’re not alone. The course includes direct access to subject-matter experts for guidance on applying frameworks to your specific projects. Whether you’re designing hybrid cloud architectures, aligning solutions with compliance mandates, or translating business goals into technical roadmaps, expert feedback is available via structured review channels. Upon completion, you’ll earn a Certificate of Completion issued by The Art of Service - a globally recognised credential trusted by enterprises, government agencies, and consulting firms. This certificate validates your mastery of enterprise-grade solution design and strengthens your professional profile on LinkedIn, CVs, and performance reviews. Fair Pricing. Full Transparency.
No hidden fees. No recurring charges. The price is final and straightforward. Payment is accepted via Visa, Mastercard, and PayPal - secure, encrypted, and processed instantly. After checkout, you’ll receive a confirmation email, and your access credentials will be delivered separately once your course materials are prepared. Eliminate All Risk - 100% Satisfaction Guarantee
We guarantee results. If you complete the course and find it doesn’t deliver practical, career-advancing value, simply request a full refund within 60 days. No questions, no hassle. This works even if you’re new to architecture roles, transitioning from development or infrastructure, or operating in highly regulated industries like finance, healthcare, or public sector. The frameworks are designed to scale with complexity, not add to it. Don’t let uncertainty block your next big opportunity. With structured guidance, proven models, and zero risk, you’re not just investing in learning - you’re securing a competitive advantage.
Module 1: Foundations of Solution Architecture - Defining solution architecture in modern enterprise environments
- Understanding the role of the solution architect across project lifecycles
- Distinguishing solution architecture from enterprise and technical architecture
- Core responsibilities: scope, governance, integration, and risk ownership
- Key stakeholders and their expectations: C-suite, product owners, engineering leads
- Mapping business objectives to technical requirements
- Establishing success criteria for architectural decisions
- Common failure modes in early-stage solution design
- Architectural accountability and decision traceability
- The importance of documentation maturity in solution governance
Module 2: The Stakeholder Alignment Framework - Identifying primary and secondary stakeholders
- Stakeholder communication styles and influence mapping
- Building trust through clarity and consistency
- Crafting targeted messaging for technical vs non-technical audiences
- Managing conflicting priorities across departments
- Creating stakeholder engagement plans
- Using influence matrices to prioritise input
- Avoiding analysis paralysis through structured feedback loops
- Techniques for gaining early buy-in without overcommitting
- Running effective discovery workshops with business units
- Documenting stakeholder requirements with precision
- Translating vague requests into measurable technical outcomes
Module 3: Requirements Engineering for Architects - Differentiating functional and non-functional requirements
- Performance, scalability, security, and availability benchmarks
- Compliance and regulatory requirements by industry
- Identifying implicit constraints early in the design phase
- Using the MoSCoW method for requirement prioritisation
- Validating requirements with cross-functional teams
- Managing requirement volatility over time
- Linking user stories to architectural components
- Capturing technical debt assumptions upfront
- Creating a requirements traceability matrix
- Handling edge cases and exception scenarios
- Integrating observability requirements from day one
Module 4: Architectural Principles & Decision-Making - Establishing core architectural principles for consistency
- Designing for extensibility, interoperability, and resilience
- Common architectural anti-patterns to avoid
- Using decision logs to document rationale and trade-offs
- Implementing governance gates for major changes
- Aligning with organisational standards and policies
- Managing consistency across distributed systems
- Adopting infrastructure-as-code principles early
- Balancing innovation with operational stability
- Principle enforcement through automated tooling
- Reviewing and evolving principles over time
- Handling exceptions without compromising integrity
Module 5: Designing Scalable System Structures - Monolithic vs microservices considerations
- Event-driven architecture for asynchronous processing
- Service granularity and bounded contexts
- Domain-driven design fundamentals
- Designing for loose coupling and high cohesion
- API-first design and contract management
- Handling service discovery and registry patterns
- Message brokers and event streaming platforms
- Stateless vs stateful service design
- Inter-service communication protocols (HTTP, gRPC, messaging)
- Building backward compatibility into interfaces
- Versioning strategies for long-lived systems
Module 6: Cloud-Native Architectural Patterns - Public, private, hybrid, and multi-cloud strategies
- Cloud provider selection frameworks
- Serverless architecture and FaaS patterns
- Containerisation with Docker and orchestration via Kubernetes
- Designing for elastic scaling and auto-healing
- Leveraging managed services to reduce operational load
- Cost-aware design and cloud spend optimisation
- Multi-region deployment and disaster recovery
- Zero-trust security models in cloud environments
- Cloud-native observability stack design
- Feature flags and canary release patterns
- Migration patterns from legacy to cloud-native
Module 7: Data Architecture Integration - Choosing relational, NoSQL, and polyglot persistence
- Data partitioning and sharding strategies
- Event sourcing and CQRS patterns
- Batch vs stream processing architectures
- Data governance and lineage tracking
- Designing for data privacy and anonymisation
- GDPR, CCPA, HIPAA implications on architecture
- Real-time analytics and nearline processing
- Unified data access layers and abstraction patterns
- Replication, consistency models, and CAP theorem trade-offs
- Backup and recovery strategies for distributed data
- Metadata management and cataloging tools
Module 8: Security by Design & Threat Modelling - Integrating security into the solution lifecycle
- Threat modelling with STRIDE and DREAD frameworks
- Conducting attack surface analysis
- Zero-trust architecture implementation
- Identity and access management strategies
- Mutual TLS and service mesh security
- Data encryption at rest and in transit
- Secrets management and credential rotation
- API security: authentication, authorisation, rate limiting
- Secure CI/CD pipeline design
- Vulnerability scanning and patch management processes
- Compliance validation through automated checks
Module 9: Performance, Resilience & Reliability - Defining SLOs, SLIs, and error budgets
- Designing for fault tolerance and graceful degradation
- Circuit breakers, retries, and timeouts
- Load balancing and traffic shaping
- Chaos engineering principles and controlled experimentation
- Capacity planning and forecasting
- Latency optimisation techniques
- Caching strategies: CDN, in-memory, distributed
- Database connection pooling and query optimisation
- Monitoring cascading failures and contention points
- Bulkhead patterns to isolate system components
- Distributed tracing for end-to-end visibility
Module 10: Integration Architecture Patterns - Synchronous vs asynchronous integration
- API gateways and service meshes
- Message queues and durable subscriptions
- Enterprise Service Bus vs API-led connectivity
- Data synchronisation across heterogeneous systems
- Idempotency and exactly-once processing guarantees
- Change data capture and log-based integration
- Handling backpressure and flow control
- Legacy system integration without refactoring
- Contract testing for integration stability
- Event replay and recovery mechanisms
- Monitoring integration health and latency
Module 11: Cost Optimisation & TCO Management - Understanding total cost of ownership in solution design
- Calculating operational, licensing, and personnel costs
- Cloud resource tagging and cost allocation
- Right-sizing compute, storage, and network resources
- Reserved instances, spot pricing, and savings plans
- Designing for idle resource minimisation
- Automated scaling based on demand patterns
- Monitoring cost anomalies and spikes
- FinOps principles for architectural accountability
- Cost impact analysis for design decisions
- Reporting dashboards for infrastructure spend
- Negotiating vendor contracts with technical leverage
Module 12: Solution Governance & Architecture Reviews - Structuring effective architecture review boards
- Pre-review documentation standards
- Checklist-driven evaluation processes
- Common red flags in proposed designs
- Facilitating collaborative decision-making
- Documenting review outcomes and action items
- Enforcing architectural compliance across teams
- Using rubrics to assess solution maturity
- Handling escalations and disagreements
- Tracking approved patterns and reusable assets
- Automating governance with policy-as-code
- Continuous compliance auditing
Module 13: Hands-On Solution Design Labs - Lab 1: Designing a secure customer onboarding system
- Lab 2: Migrating a legacy monolith to microservices
- Lab 3: Building a real-time fraud detection pipeline
- Lab 4: Architecting a multi-region e-commerce platform
- Lab 5: Integrating AI/ML into a transaction processing system
- Lab 6: Designing a hybrid on-prem/cloud backup solution
- Lab 7: Creating a resilient IoT data ingestion architecture
- Lab 8: Implementing end-to-end encryption for a messaging app
- Using architecture decision records in practice
- Peer review simulation and feedback loops
- Evaluating alternatives with trade-off analysis
- Documenting rationale for regulatory and audit purposes
Module 14: Executive Communication & Proposal Development - Translating technical designs into business value
- Crafting compelling executive summaries
- Building board-ready presentation decks
- Visualising architecture with stakeholder-appropriate diagrams
- Using the 30-second, 3-minute, 30-minute rule for messaging
- Highlighting ROI, risk reduction, and strategic alignment
- Anticipating and answering tough executive questions
- Presenting trade-offs without technical jargon
- Creating funding request packages with justification
- Linking architecture to organisational KPIs
- Preparing for Q&A and technical due diligence
- Following up with decision-makers post-presentation
Module 15: Real-World Case Studies & Projects - Case Study 1: Modernising a bank’s core payment system
- Case Study 2: Scaling a health tech platform during peak demand
- Case Study 3: Securing a government identity platform
- Case Study 4: Integrating third-party logistics APIs for retail
- Case Study 5: Re-architecting for sustainability and carbon efficiency
- Project 1: Full solution design from requirements to approval
- Project 2: Complete architectural proposal with cost model
- Project 3: Risk assessment and mitigation plan for a greenfield system
- Analysing post-implementation performance and learnings
- Documenting lessons for continuous improvement
- Presenting findings to a simulated executive panel
- Receiving expert feedback and refinement guidance
Module 16: Certification & Career Advancement - Preparing for the final assessment
- Reviewing key concepts and decision frameworks
- Simulated architecture scenario challenges
- Submitting your capstone project for evaluation
- Earning your Certificate of Completion issued by The Art of Service
- Adding the credential to your LinkedIn profile
- Leveraging certification in job applications and promotions
- Building a personal portfolio of architectural work
- Negotiating higher compensation with proven expertise
- Transitioning into lead, principal, or consulting roles
- Joining a global network of certified solution architects
- Accessing alumni resources and future learning paths
- Defining solution architecture in modern enterprise environments
- Understanding the role of the solution architect across project lifecycles
- Distinguishing solution architecture from enterprise and technical architecture
- Core responsibilities: scope, governance, integration, and risk ownership
- Key stakeholders and their expectations: C-suite, product owners, engineering leads
- Mapping business objectives to technical requirements
- Establishing success criteria for architectural decisions
- Common failure modes in early-stage solution design
- Architectural accountability and decision traceability
- The importance of documentation maturity in solution governance
Module 2: The Stakeholder Alignment Framework - Identifying primary and secondary stakeholders
- Stakeholder communication styles and influence mapping
- Building trust through clarity and consistency
- Crafting targeted messaging for technical vs non-technical audiences
- Managing conflicting priorities across departments
- Creating stakeholder engagement plans
- Using influence matrices to prioritise input
- Avoiding analysis paralysis through structured feedback loops
- Techniques for gaining early buy-in without overcommitting
- Running effective discovery workshops with business units
- Documenting stakeholder requirements with precision
- Translating vague requests into measurable technical outcomes
Module 3: Requirements Engineering for Architects - Differentiating functional and non-functional requirements
- Performance, scalability, security, and availability benchmarks
- Compliance and regulatory requirements by industry
- Identifying implicit constraints early in the design phase
- Using the MoSCoW method for requirement prioritisation
- Validating requirements with cross-functional teams
- Managing requirement volatility over time
- Linking user stories to architectural components
- Capturing technical debt assumptions upfront
- Creating a requirements traceability matrix
- Handling edge cases and exception scenarios
- Integrating observability requirements from day one
Module 4: Architectural Principles & Decision-Making - Establishing core architectural principles for consistency
- Designing for extensibility, interoperability, and resilience
- Common architectural anti-patterns to avoid
- Using decision logs to document rationale and trade-offs
- Implementing governance gates for major changes
- Aligning with organisational standards and policies
- Managing consistency across distributed systems
- Adopting infrastructure-as-code principles early
- Balancing innovation with operational stability
- Principle enforcement through automated tooling
- Reviewing and evolving principles over time
- Handling exceptions without compromising integrity
Module 5: Designing Scalable System Structures - Monolithic vs microservices considerations
- Event-driven architecture for asynchronous processing
- Service granularity and bounded contexts
- Domain-driven design fundamentals
- Designing for loose coupling and high cohesion
- API-first design and contract management
- Handling service discovery and registry patterns
- Message brokers and event streaming platforms
- Stateless vs stateful service design
- Inter-service communication protocols (HTTP, gRPC, messaging)
- Building backward compatibility into interfaces
- Versioning strategies for long-lived systems
Module 6: Cloud-Native Architectural Patterns - Public, private, hybrid, and multi-cloud strategies
- Cloud provider selection frameworks
- Serverless architecture and FaaS patterns
- Containerisation with Docker and orchestration via Kubernetes
- Designing for elastic scaling and auto-healing
- Leveraging managed services to reduce operational load
- Cost-aware design and cloud spend optimisation
- Multi-region deployment and disaster recovery
- Zero-trust security models in cloud environments
- Cloud-native observability stack design
- Feature flags and canary release patterns
- Migration patterns from legacy to cloud-native
Module 7: Data Architecture Integration - Choosing relational, NoSQL, and polyglot persistence
- Data partitioning and sharding strategies
- Event sourcing and CQRS patterns
- Batch vs stream processing architectures
- Data governance and lineage tracking
- Designing for data privacy and anonymisation
- GDPR, CCPA, HIPAA implications on architecture
- Real-time analytics and nearline processing
- Unified data access layers and abstraction patterns
- Replication, consistency models, and CAP theorem trade-offs
- Backup and recovery strategies for distributed data
- Metadata management and cataloging tools
Module 8: Security by Design & Threat Modelling - Integrating security into the solution lifecycle
- Threat modelling with STRIDE and DREAD frameworks
- Conducting attack surface analysis
- Zero-trust architecture implementation
- Identity and access management strategies
- Mutual TLS and service mesh security
- Data encryption at rest and in transit
- Secrets management and credential rotation
- API security: authentication, authorisation, rate limiting
- Secure CI/CD pipeline design
- Vulnerability scanning and patch management processes
- Compliance validation through automated checks
Module 9: Performance, Resilience & Reliability - Defining SLOs, SLIs, and error budgets
- Designing for fault tolerance and graceful degradation
- Circuit breakers, retries, and timeouts
- Load balancing and traffic shaping
- Chaos engineering principles and controlled experimentation
- Capacity planning and forecasting
- Latency optimisation techniques
- Caching strategies: CDN, in-memory, distributed
- Database connection pooling and query optimisation
- Monitoring cascading failures and contention points
- Bulkhead patterns to isolate system components
- Distributed tracing for end-to-end visibility
Module 10: Integration Architecture Patterns - Synchronous vs asynchronous integration
- API gateways and service meshes
- Message queues and durable subscriptions
- Enterprise Service Bus vs API-led connectivity
- Data synchronisation across heterogeneous systems
- Idempotency and exactly-once processing guarantees
- Change data capture and log-based integration
- Handling backpressure and flow control
- Legacy system integration without refactoring
- Contract testing for integration stability
- Event replay and recovery mechanisms
- Monitoring integration health and latency
Module 11: Cost Optimisation & TCO Management - Understanding total cost of ownership in solution design
- Calculating operational, licensing, and personnel costs
- Cloud resource tagging and cost allocation
- Right-sizing compute, storage, and network resources
- Reserved instances, spot pricing, and savings plans
- Designing for idle resource minimisation
- Automated scaling based on demand patterns
- Monitoring cost anomalies and spikes
- FinOps principles for architectural accountability
- Cost impact analysis for design decisions
- Reporting dashboards for infrastructure spend
- Negotiating vendor contracts with technical leverage
Module 12: Solution Governance & Architecture Reviews - Structuring effective architecture review boards
- Pre-review documentation standards
- Checklist-driven evaluation processes
- Common red flags in proposed designs
- Facilitating collaborative decision-making
- Documenting review outcomes and action items
- Enforcing architectural compliance across teams
- Using rubrics to assess solution maturity
- Handling escalations and disagreements
- Tracking approved patterns and reusable assets
- Automating governance with policy-as-code
- Continuous compliance auditing
Module 13: Hands-On Solution Design Labs - Lab 1: Designing a secure customer onboarding system
- Lab 2: Migrating a legacy monolith to microservices
- Lab 3: Building a real-time fraud detection pipeline
- Lab 4: Architecting a multi-region e-commerce platform
- Lab 5: Integrating AI/ML into a transaction processing system
- Lab 6: Designing a hybrid on-prem/cloud backup solution
- Lab 7: Creating a resilient IoT data ingestion architecture
- Lab 8: Implementing end-to-end encryption for a messaging app
- Using architecture decision records in practice
- Peer review simulation and feedback loops
- Evaluating alternatives with trade-off analysis
- Documenting rationale for regulatory and audit purposes
Module 14: Executive Communication & Proposal Development - Translating technical designs into business value
- Crafting compelling executive summaries
- Building board-ready presentation decks
- Visualising architecture with stakeholder-appropriate diagrams
- Using the 30-second, 3-minute, 30-minute rule for messaging
- Highlighting ROI, risk reduction, and strategic alignment
- Anticipating and answering tough executive questions
- Presenting trade-offs without technical jargon
- Creating funding request packages with justification
- Linking architecture to organisational KPIs
- Preparing for Q&A and technical due diligence
- Following up with decision-makers post-presentation
Module 15: Real-World Case Studies & Projects - Case Study 1: Modernising a bank’s core payment system
- Case Study 2: Scaling a health tech platform during peak demand
- Case Study 3: Securing a government identity platform
- Case Study 4: Integrating third-party logistics APIs for retail
- Case Study 5: Re-architecting for sustainability and carbon efficiency
- Project 1: Full solution design from requirements to approval
- Project 2: Complete architectural proposal with cost model
- Project 3: Risk assessment and mitigation plan for a greenfield system
- Analysing post-implementation performance and learnings
- Documenting lessons for continuous improvement
- Presenting findings to a simulated executive panel
- Receiving expert feedback and refinement guidance
Module 16: Certification & Career Advancement - Preparing for the final assessment
- Reviewing key concepts and decision frameworks
- Simulated architecture scenario challenges
- Submitting your capstone project for evaluation
- Earning your Certificate of Completion issued by The Art of Service
- Adding the credential to your LinkedIn profile
- Leveraging certification in job applications and promotions
- Building a personal portfolio of architectural work
- Negotiating higher compensation with proven expertise
- Transitioning into lead, principal, or consulting roles
- Joining a global network of certified solution architects
- Accessing alumni resources and future learning paths
- Differentiating functional and non-functional requirements
- Performance, scalability, security, and availability benchmarks
- Compliance and regulatory requirements by industry
- Identifying implicit constraints early in the design phase
- Using the MoSCoW method for requirement prioritisation
- Validating requirements with cross-functional teams
- Managing requirement volatility over time
- Linking user stories to architectural components
- Capturing technical debt assumptions upfront
- Creating a requirements traceability matrix
- Handling edge cases and exception scenarios
- Integrating observability requirements from day one
Module 4: Architectural Principles & Decision-Making - Establishing core architectural principles for consistency
- Designing for extensibility, interoperability, and resilience
- Common architectural anti-patterns to avoid
- Using decision logs to document rationale and trade-offs
- Implementing governance gates for major changes
- Aligning with organisational standards and policies
- Managing consistency across distributed systems
- Adopting infrastructure-as-code principles early
- Balancing innovation with operational stability
- Principle enforcement through automated tooling
- Reviewing and evolving principles over time
- Handling exceptions without compromising integrity
Module 5: Designing Scalable System Structures - Monolithic vs microservices considerations
- Event-driven architecture for asynchronous processing
- Service granularity and bounded contexts
- Domain-driven design fundamentals
- Designing for loose coupling and high cohesion
- API-first design and contract management
- Handling service discovery and registry patterns
- Message brokers and event streaming platforms
- Stateless vs stateful service design
- Inter-service communication protocols (HTTP, gRPC, messaging)
- Building backward compatibility into interfaces
- Versioning strategies for long-lived systems
Module 6: Cloud-Native Architectural Patterns - Public, private, hybrid, and multi-cloud strategies
- Cloud provider selection frameworks
- Serverless architecture and FaaS patterns
- Containerisation with Docker and orchestration via Kubernetes
- Designing for elastic scaling and auto-healing
- Leveraging managed services to reduce operational load
- Cost-aware design and cloud spend optimisation
- Multi-region deployment and disaster recovery
- Zero-trust security models in cloud environments
- Cloud-native observability stack design
- Feature flags and canary release patterns
- Migration patterns from legacy to cloud-native
Module 7: Data Architecture Integration - Choosing relational, NoSQL, and polyglot persistence
- Data partitioning and sharding strategies
- Event sourcing and CQRS patterns
- Batch vs stream processing architectures
- Data governance and lineage tracking
- Designing for data privacy and anonymisation
- GDPR, CCPA, HIPAA implications on architecture
- Real-time analytics and nearline processing
- Unified data access layers and abstraction patterns
- Replication, consistency models, and CAP theorem trade-offs
- Backup and recovery strategies for distributed data
- Metadata management and cataloging tools
Module 8: Security by Design & Threat Modelling - Integrating security into the solution lifecycle
- Threat modelling with STRIDE and DREAD frameworks
- Conducting attack surface analysis
- Zero-trust architecture implementation
- Identity and access management strategies
- Mutual TLS and service mesh security
- Data encryption at rest and in transit
- Secrets management and credential rotation
- API security: authentication, authorisation, rate limiting
- Secure CI/CD pipeline design
- Vulnerability scanning and patch management processes
- Compliance validation through automated checks
Module 9: Performance, Resilience & Reliability - Defining SLOs, SLIs, and error budgets
- Designing for fault tolerance and graceful degradation
- Circuit breakers, retries, and timeouts
- Load balancing and traffic shaping
- Chaos engineering principles and controlled experimentation
- Capacity planning and forecasting
- Latency optimisation techniques
- Caching strategies: CDN, in-memory, distributed
- Database connection pooling and query optimisation
- Monitoring cascading failures and contention points
- Bulkhead patterns to isolate system components
- Distributed tracing for end-to-end visibility
Module 10: Integration Architecture Patterns - Synchronous vs asynchronous integration
- API gateways and service meshes
- Message queues and durable subscriptions
- Enterprise Service Bus vs API-led connectivity
- Data synchronisation across heterogeneous systems
- Idempotency and exactly-once processing guarantees
- Change data capture and log-based integration
- Handling backpressure and flow control
- Legacy system integration without refactoring
- Contract testing for integration stability
- Event replay and recovery mechanisms
- Monitoring integration health and latency
Module 11: Cost Optimisation & TCO Management - Understanding total cost of ownership in solution design
- Calculating operational, licensing, and personnel costs
- Cloud resource tagging and cost allocation
- Right-sizing compute, storage, and network resources
- Reserved instances, spot pricing, and savings plans
- Designing for idle resource minimisation
- Automated scaling based on demand patterns
- Monitoring cost anomalies and spikes
- FinOps principles for architectural accountability
- Cost impact analysis for design decisions
- Reporting dashboards for infrastructure spend
- Negotiating vendor contracts with technical leverage
Module 12: Solution Governance & Architecture Reviews - Structuring effective architecture review boards
- Pre-review documentation standards
- Checklist-driven evaluation processes
- Common red flags in proposed designs
- Facilitating collaborative decision-making
- Documenting review outcomes and action items
- Enforcing architectural compliance across teams
- Using rubrics to assess solution maturity
- Handling escalations and disagreements
- Tracking approved patterns and reusable assets
- Automating governance with policy-as-code
- Continuous compliance auditing
Module 13: Hands-On Solution Design Labs - Lab 1: Designing a secure customer onboarding system
- Lab 2: Migrating a legacy monolith to microservices
- Lab 3: Building a real-time fraud detection pipeline
- Lab 4: Architecting a multi-region e-commerce platform
- Lab 5: Integrating AI/ML into a transaction processing system
- Lab 6: Designing a hybrid on-prem/cloud backup solution
- Lab 7: Creating a resilient IoT data ingestion architecture
- Lab 8: Implementing end-to-end encryption for a messaging app
- Using architecture decision records in practice
- Peer review simulation and feedback loops
- Evaluating alternatives with trade-off analysis
- Documenting rationale for regulatory and audit purposes
Module 14: Executive Communication & Proposal Development - Translating technical designs into business value
- Crafting compelling executive summaries
- Building board-ready presentation decks
- Visualising architecture with stakeholder-appropriate diagrams
- Using the 30-second, 3-minute, 30-minute rule for messaging
- Highlighting ROI, risk reduction, and strategic alignment
- Anticipating and answering tough executive questions
- Presenting trade-offs without technical jargon
- Creating funding request packages with justification
- Linking architecture to organisational KPIs
- Preparing for Q&A and technical due diligence
- Following up with decision-makers post-presentation
Module 15: Real-World Case Studies & Projects - Case Study 1: Modernising a bank’s core payment system
- Case Study 2: Scaling a health tech platform during peak demand
- Case Study 3: Securing a government identity platform
- Case Study 4: Integrating third-party logistics APIs for retail
- Case Study 5: Re-architecting for sustainability and carbon efficiency
- Project 1: Full solution design from requirements to approval
- Project 2: Complete architectural proposal with cost model
- Project 3: Risk assessment and mitigation plan for a greenfield system
- Analysing post-implementation performance and learnings
- Documenting lessons for continuous improvement
- Presenting findings to a simulated executive panel
- Receiving expert feedback and refinement guidance
Module 16: Certification & Career Advancement - Preparing for the final assessment
- Reviewing key concepts and decision frameworks
- Simulated architecture scenario challenges
- Submitting your capstone project for evaluation
- Earning your Certificate of Completion issued by The Art of Service
- Adding the credential to your LinkedIn profile
- Leveraging certification in job applications and promotions
- Building a personal portfolio of architectural work
- Negotiating higher compensation with proven expertise
- Transitioning into lead, principal, or consulting roles
- Joining a global network of certified solution architects
- Accessing alumni resources and future learning paths
- Monolithic vs microservices considerations
- Event-driven architecture for asynchronous processing
- Service granularity and bounded contexts
- Domain-driven design fundamentals
- Designing for loose coupling and high cohesion
- API-first design and contract management
- Handling service discovery and registry patterns
- Message brokers and event streaming platforms
- Stateless vs stateful service design
- Inter-service communication protocols (HTTP, gRPC, messaging)
- Building backward compatibility into interfaces
- Versioning strategies for long-lived systems
Module 6: Cloud-Native Architectural Patterns - Public, private, hybrid, and multi-cloud strategies
- Cloud provider selection frameworks
- Serverless architecture and FaaS patterns
- Containerisation with Docker and orchestration via Kubernetes
- Designing for elastic scaling and auto-healing
- Leveraging managed services to reduce operational load
- Cost-aware design and cloud spend optimisation
- Multi-region deployment and disaster recovery
- Zero-trust security models in cloud environments
- Cloud-native observability stack design
- Feature flags and canary release patterns
- Migration patterns from legacy to cloud-native
Module 7: Data Architecture Integration - Choosing relational, NoSQL, and polyglot persistence
- Data partitioning and sharding strategies
- Event sourcing and CQRS patterns
- Batch vs stream processing architectures
- Data governance and lineage tracking
- Designing for data privacy and anonymisation
- GDPR, CCPA, HIPAA implications on architecture
- Real-time analytics and nearline processing
- Unified data access layers and abstraction patterns
- Replication, consistency models, and CAP theorem trade-offs
- Backup and recovery strategies for distributed data
- Metadata management and cataloging tools
Module 8: Security by Design & Threat Modelling - Integrating security into the solution lifecycle
- Threat modelling with STRIDE and DREAD frameworks
- Conducting attack surface analysis
- Zero-trust architecture implementation
- Identity and access management strategies
- Mutual TLS and service mesh security
- Data encryption at rest and in transit
- Secrets management and credential rotation
- API security: authentication, authorisation, rate limiting
- Secure CI/CD pipeline design
- Vulnerability scanning and patch management processes
- Compliance validation through automated checks
Module 9: Performance, Resilience & Reliability - Defining SLOs, SLIs, and error budgets
- Designing for fault tolerance and graceful degradation
- Circuit breakers, retries, and timeouts
- Load balancing and traffic shaping
- Chaos engineering principles and controlled experimentation
- Capacity planning and forecasting
- Latency optimisation techniques
- Caching strategies: CDN, in-memory, distributed
- Database connection pooling and query optimisation
- Monitoring cascading failures and contention points
- Bulkhead patterns to isolate system components
- Distributed tracing for end-to-end visibility
Module 10: Integration Architecture Patterns - Synchronous vs asynchronous integration
- API gateways and service meshes
- Message queues and durable subscriptions
- Enterprise Service Bus vs API-led connectivity
- Data synchronisation across heterogeneous systems
- Idempotency and exactly-once processing guarantees
- Change data capture and log-based integration
- Handling backpressure and flow control
- Legacy system integration without refactoring
- Contract testing for integration stability
- Event replay and recovery mechanisms
- Monitoring integration health and latency
Module 11: Cost Optimisation & TCO Management - Understanding total cost of ownership in solution design
- Calculating operational, licensing, and personnel costs
- Cloud resource tagging and cost allocation
- Right-sizing compute, storage, and network resources
- Reserved instances, spot pricing, and savings plans
- Designing for idle resource minimisation
- Automated scaling based on demand patterns
- Monitoring cost anomalies and spikes
- FinOps principles for architectural accountability
- Cost impact analysis for design decisions
- Reporting dashboards for infrastructure spend
- Negotiating vendor contracts with technical leverage
Module 12: Solution Governance & Architecture Reviews - Structuring effective architecture review boards
- Pre-review documentation standards
- Checklist-driven evaluation processes
- Common red flags in proposed designs
- Facilitating collaborative decision-making
- Documenting review outcomes and action items
- Enforcing architectural compliance across teams
- Using rubrics to assess solution maturity
- Handling escalations and disagreements
- Tracking approved patterns and reusable assets
- Automating governance with policy-as-code
- Continuous compliance auditing
Module 13: Hands-On Solution Design Labs - Lab 1: Designing a secure customer onboarding system
- Lab 2: Migrating a legacy monolith to microservices
- Lab 3: Building a real-time fraud detection pipeline
- Lab 4: Architecting a multi-region e-commerce platform
- Lab 5: Integrating AI/ML into a transaction processing system
- Lab 6: Designing a hybrid on-prem/cloud backup solution
- Lab 7: Creating a resilient IoT data ingestion architecture
- Lab 8: Implementing end-to-end encryption for a messaging app
- Using architecture decision records in practice
- Peer review simulation and feedback loops
- Evaluating alternatives with trade-off analysis
- Documenting rationale for regulatory and audit purposes
Module 14: Executive Communication & Proposal Development - Translating technical designs into business value
- Crafting compelling executive summaries
- Building board-ready presentation decks
- Visualising architecture with stakeholder-appropriate diagrams
- Using the 30-second, 3-minute, 30-minute rule for messaging
- Highlighting ROI, risk reduction, and strategic alignment
- Anticipating and answering tough executive questions
- Presenting trade-offs without technical jargon
- Creating funding request packages with justification
- Linking architecture to organisational KPIs
- Preparing for Q&A and technical due diligence
- Following up with decision-makers post-presentation
Module 15: Real-World Case Studies & Projects - Case Study 1: Modernising a bank’s core payment system
- Case Study 2: Scaling a health tech platform during peak demand
- Case Study 3: Securing a government identity platform
- Case Study 4: Integrating third-party logistics APIs for retail
- Case Study 5: Re-architecting for sustainability and carbon efficiency
- Project 1: Full solution design from requirements to approval
- Project 2: Complete architectural proposal with cost model
- Project 3: Risk assessment and mitigation plan for a greenfield system
- Analysing post-implementation performance and learnings
- Documenting lessons for continuous improvement
- Presenting findings to a simulated executive panel
- Receiving expert feedback and refinement guidance
Module 16: Certification & Career Advancement - Preparing for the final assessment
- Reviewing key concepts and decision frameworks
- Simulated architecture scenario challenges
- Submitting your capstone project for evaluation
- Earning your Certificate of Completion issued by The Art of Service
- Adding the credential to your LinkedIn profile
- Leveraging certification in job applications and promotions
- Building a personal portfolio of architectural work
- Negotiating higher compensation with proven expertise
- Transitioning into lead, principal, or consulting roles
- Joining a global network of certified solution architects
- Accessing alumni resources and future learning paths
- Choosing relational, NoSQL, and polyglot persistence
- Data partitioning and sharding strategies
- Event sourcing and CQRS patterns
- Batch vs stream processing architectures
- Data governance and lineage tracking
- Designing for data privacy and anonymisation
- GDPR, CCPA, HIPAA implications on architecture
- Real-time analytics and nearline processing
- Unified data access layers and abstraction patterns
- Replication, consistency models, and CAP theorem trade-offs
- Backup and recovery strategies for distributed data
- Metadata management and cataloging tools
Module 8: Security by Design & Threat Modelling - Integrating security into the solution lifecycle
- Threat modelling with STRIDE and DREAD frameworks
- Conducting attack surface analysis
- Zero-trust architecture implementation
- Identity and access management strategies
- Mutual TLS and service mesh security
- Data encryption at rest and in transit
- Secrets management and credential rotation
- API security: authentication, authorisation, rate limiting
- Secure CI/CD pipeline design
- Vulnerability scanning and patch management processes
- Compliance validation through automated checks
Module 9: Performance, Resilience & Reliability - Defining SLOs, SLIs, and error budgets
- Designing for fault tolerance and graceful degradation
- Circuit breakers, retries, and timeouts
- Load balancing and traffic shaping
- Chaos engineering principles and controlled experimentation
- Capacity planning and forecasting
- Latency optimisation techniques
- Caching strategies: CDN, in-memory, distributed
- Database connection pooling and query optimisation
- Monitoring cascading failures and contention points
- Bulkhead patterns to isolate system components
- Distributed tracing for end-to-end visibility
Module 10: Integration Architecture Patterns - Synchronous vs asynchronous integration
- API gateways and service meshes
- Message queues and durable subscriptions
- Enterprise Service Bus vs API-led connectivity
- Data synchronisation across heterogeneous systems
- Idempotency and exactly-once processing guarantees
- Change data capture and log-based integration
- Handling backpressure and flow control
- Legacy system integration without refactoring
- Contract testing for integration stability
- Event replay and recovery mechanisms
- Monitoring integration health and latency
Module 11: Cost Optimisation & TCO Management - Understanding total cost of ownership in solution design
- Calculating operational, licensing, and personnel costs
- Cloud resource tagging and cost allocation
- Right-sizing compute, storage, and network resources
- Reserved instances, spot pricing, and savings plans
- Designing for idle resource minimisation
- Automated scaling based on demand patterns
- Monitoring cost anomalies and spikes
- FinOps principles for architectural accountability
- Cost impact analysis for design decisions
- Reporting dashboards for infrastructure spend
- Negotiating vendor contracts with technical leverage
Module 12: Solution Governance & Architecture Reviews - Structuring effective architecture review boards
- Pre-review documentation standards
- Checklist-driven evaluation processes
- Common red flags in proposed designs
- Facilitating collaborative decision-making
- Documenting review outcomes and action items
- Enforcing architectural compliance across teams
- Using rubrics to assess solution maturity
- Handling escalations and disagreements
- Tracking approved patterns and reusable assets
- Automating governance with policy-as-code
- Continuous compliance auditing
Module 13: Hands-On Solution Design Labs - Lab 1: Designing a secure customer onboarding system
- Lab 2: Migrating a legacy monolith to microservices
- Lab 3: Building a real-time fraud detection pipeline
- Lab 4: Architecting a multi-region e-commerce platform
- Lab 5: Integrating AI/ML into a transaction processing system
- Lab 6: Designing a hybrid on-prem/cloud backup solution
- Lab 7: Creating a resilient IoT data ingestion architecture
- Lab 8: Implementing end-to-end encryption for a messaging app
- Using architecture decision records in practice
- Peer review simulation and feedback loops
- Evaluating alternatives with trade-off analysis
- Documenting rationale for regulatory and audit purposes
Module 14: Executive Communication & Proposal Development - Translating technical designs into business value
- Crafting compelling executive summaries
- Building board-ready presentation decks
- Visualising architecture with stakeholder-appropriate diagrams
- Using the 30-second, 3-minute, 30-minute rule for messaging
- Highlighting ROI, risk reduction, and strategic alignment
- Anticipating and answering tough executive questions
- Presenting trade-offs without technical jargon
- Creating funding request packages with justification
- Linking architecture to organisational KPIs
- Preparing for Q&A and technical due diligence
- Following up with decision-makers post-presentation
Module 15: Real-World Case Studies & Projects - Case Study 1: Modernising a bank’s core payment system
- Case Study 2: Scaling a health tech platform during peak demand
- Case Study 3: Securing a government identity platform
- Case Study 4: Integrating third-party logistics APIs for retail
- Case Study 5: Re-architecting for sustainability and carbon efficiency
- Project 1: Full solution design from requirements to approval
- Project 2: Complete architectural proposal with cost model
- Project 3: Risk assessment and mitigation plan for a greenfield system
- Analysing post-implementation performance and learnings
- Documenting lessons for continuous improvement
- Presenting findings to a simulated executive panel
- Receiving expert feedback and refinement guidance
Module 16: Certification & Career Advancement - Preparing for the final assessment
- Reviewing key concepts and decision frameworks
- Simulated architecture scenario challenges
- Submitting your capstone project for evaluation
- Earning your Certificate of Completion issued by The Art of Service
- Adding the credential to your LinkedIn profile
- Leveraging certification in job applications and promotions
- Building a personal portfolio of architectural work
- Negotiating higher compensation with proven expertise
- Transitioning into lead, principal, or consulting roles
- Joining a global network of certified solution architects
- Accessing alumni resources and future learning paths
- Defining SLOs, SLIs, and error budgets
- Designing for fault tolerance and graceful degradation
- Circuit breakers, retries, and timeouts
- Load balancing and traffic shaping
- Chaos engineering principles and controlled experimentation
- Capacity planning and forecasting
- Latency optimisation techniques
- Caching strategies: CDN, in-memory, distributed
- Database connection pooling and query optimisation
- Monitoring cascading failures and contention points
- Bulkhead patterns to isolate system components
- Distributed tracing for end-to-end visibility
Module 10: Integration Architecture Patterns - Synchronous vs asynchronous integration
- API gateways and service meshes
- Message queues and durable subscriptions
- Enterprise Service Bus vs API-led connectivity
- Data synchronisation across heterogeneous systems
- Idempotency and exactly-once processing guarantees
- Change data capture and log-based integration
- Handling backpressure and flow control
- Legacy system integration without refactoring
- Contract testing for integration stability
- Event replay and recovery mechanisms
- Monitoring integration health and latency
Module 11: Cost Optimisation & TCO Management - Understanding total cost of ownership in solution design
- Calculating operational, licensing, and personnel costs
- Cloud resource tagging and cost allocation
- Right-sizing compute, storage, and network resources
- Reserved instances, spot pricing, and savings plans
- Designing for idle resource minimisation
- Automated scaling based on demand patterns
- Monitoring cost anomalies and spikes
- FinOps principles for architectural accountability
- Cost impact analysis for design decisions
- Reporting dashboards for infrastructure spend
- Negotiating vendor contracts with technical leverage
Module 12: Solution Governance & Architecture Reviews - Structuring effective architecture review boards
- Pre-review documentation standards
- Checklist-driven evaluation processes
- Common red flags in proposed designs
- Facilitating collaborative decision-making
- Documenting review outcomes and action items
- Enforcing architectural compliance across teams
- Using rubrics to assess solution maturity
- Handling escalations and disagreements
- Tracking approved patterns and reusable assets
- Automating governance with policy-as-code
- Continuous compliance auditing
Module 13: Hands-On Solution Design Labs - Lab 1: Designing a secure customer onboarding system
- Lab 2: Migrating a legacy monolith to microservices
- Lab 3: Building a real-time fraud detection pipeline
- Lab 4: Architecting a multi-region e-commerce platform
- Lab 5: Integrating AI/ML into a transaction processing system
- Lab 6: Designing a hybrid on-prem/cloud backup solution
- Lab 7: Creating a resilient IoT data ingestion architecture
- Lab 8: Implementing end-to-end encryption for a messaging app
- Using architecture decision records in practice
- Peer review simulation and feedback loops
- Evaluating alternatives with trade-off analysis
- Documenting rationale for regulatory and audit purposes
Module 14: Executive Communication & Proposal Development - Translating technical designs into business value
- Crafting compelling executive summaries
- Building board-ready presentation decks
- Visualising architecture with stakeholder-appropriate diagrams
- Using the 30-second, 3-minute, 30-minute rule for messaging
- Highlighting ROI, risk reduction, and strategic alignment
- Anticipating and answering tough executive questions
- Presenting trade-offs without technical jargon
- Creating funding request packages with justification
- Linking architecture to organisational KPIs
- Preparing for Q&A and technical due diligence
- Following up with decision-makers post-presentation
Module 15: Real-World Case Studies & Projects - Case Study 1: Modernising a bank’s core payment system
- Case Study 2: Scaling a health tech platform during peak demand
- Case Study 3: Securing a government identity platform
- Case Study 4: Integrating third-party logistics APIs for retail
- Case Study 5: Re-architecting for sustainability and carbon efficiency
- Project 1: Full solution design from requirements to approval
- Project 2: Complete architectural proposal with cost model
- Project 3: Risk assessment and mitigation plan for a greenfield system
- Analysing post-implementation performance and learnings
- Documenting lessons for continuous improvement
- Presenting findings to a simulated executive panel
- Receiving expert feedback and refinement guidance
Module 16: Certification & Career Advancement - Preparing for the final assessment
- Reviewing key concepts and decision frameworks
- Simulated architecture scenario challenges
- Submitting your capstone project for evaluation
- Earning your Certificate of Completion issued by The Art of Service
- Adding the credential to your LinkedIn profile
- Leveraging certification in job applications and promotions
- Building a personal portfolio of architectural work
- Negotiating higher compensation with proven expertise
- Transitioning into lead, principal, or consulting roles
- Joining a global network of certified solution architects
- Accessing alumni resources and future learning paths
- Understanding total cost of ownership in solution design
- Calculating operational, licensing, and personnel costs
- Cloud resource tagging and cost allocation
- Right-sizing compute, storage, and network resources
- Reserved instances, spot pricing, and savings plans
- Designing for idle resource minimisation
- Automated scaling based on demand patterns
- Monitoring cost anomalies and spikes
- FinOps principles for architectural accountability
- Cost impact analysis for design decisions
- Reporting dashboards for infrastructure spend
- Negotiating vendor contracts with technical leverage
Module 12: Solution Governance & Architecture Reviews - Structuring effective architecture review boards
- Pre-review documentation standards
- Checklist-driven evaluation processes
- Common red flags in proposed designs
- Facilitating collaborative decision-making
- Documenting review outcomes and action items
- Enforcing architectural compliance across teams
- Using rubrics to assess solution maturity
- Handling escalations and disagreements
- Tracking approved patterns and reusable assets
- Automating governance with policy-as-code
- Continuous compliance auditing
Module 13: Hands-On Solution Design Labs - Lab 1: Designing a secure customer onboarding system
- Lab 2: Migrating a legacy monolith to microservices
- Lab 3: Building a real-time fraud detection pipeline
- Lab 4: Architecting a multi-region e-commerce platform
- Lab 5: Integrating AI/ML into a transaction processing system
- Lab 6: Designing a hybrid on-prem/cloud backup solution
- Lab 7: Creating a resilient IoT data ingestion architecture
- Lab 8: Implementing end-to-end encryption for a messaging app
- Using architecture decision records in practice
- Peer review simulation and feedback loops
- Evaluating alternatives with trade-off analysis
- Documenting rationale for regulatory and audit purposes
Module 14: Executive Communication & Proposal Development - Translating technical designs into business value
- Crafting compelling executive summaries
- Building board-ready presentation decks
- Visualising architecture with stakeholder-appropriate diagrams
- Using the 30-second, 3-minute, 30-minute rule for messaging
- Highlighting ROI, risk reduction, and strategic alignment
- Anticipating and answering tough executive questions
- Presenting trade-offs without technical jargon
- Creating funding request packages with justification
- Linking architecture to organisational KPIs
- Preparing for Q&A and technical due diligence
- Following up with decision-makers post-presentation
Module 15: Real-World Case Studies & Projects - Case Study 1: Modernising a bank’s core payment system
- Case Study 2: Scaling a health tech platform during peak demand
- Case Study 3: Securing a government identity platform
- Case Study 4: Integrating third-party logistics APIs for retail
- Case Study 5: Re-architecting for sustainability and carbon efficiency
- Project 1: Full solution design from requirements to approval
- Project 2: Complete architectural proposal with cost model
- Project 3: Risk assessment and mitigation plan for a greenfield system
- Analysing post-implementation performance and learnings
- Documenting lessons for continuous improvement
- Presenting findings to a simulated executive panel
- Receiving expert feedback and refinement guidance
Module 16: Certification & Career Advancement - Preparing for the final assessment
- Reviewing key concepts and decision frameworks
- Simulated architecture scenario challenges
- Submitting your capstone project for evaluation
- Earning your Certificate of Completion issued by The Art of Service
- Adding the credential to your LinkedIn profile
- Leveraging certification in job applications and promotions
- Building a personal portfolio of architectural work
- Negotiating higher compensation with proven expertise
- Transitioning into lead, principal, or consulting roles
- Joining a global network of certified solution architects
- Accessing alumni resources and future learning paths
- Lab 1: Designing a secure customer onboarding system
- Lab 2: Migrating a legacy monolith to microservices
- Lab 3: Building a real-time fraud detection pipeline
- Lab 4: Architecting a multi-region e-commerce platform
- Lab 5: Integrating AI/ML into a transaction processing system
- Lab 6: Designing a hybrid on-prem/cloud backup solution
- Lab 7: Creating a resilient IoT data ingestion architecture
- Lab 8: Implementing end-to-end encryption for a messaging app
- Using architecture decision records in practice
- Peer review simulation and feedback loops
- Evaluating alternatives with trade-off analysis
- Documenting rationale for regulatory and audit purposes
Module 14: Executive Communication & Proposal Development - Translating technical designs into business value
- Crafting compelling executive summaries
- Building board-ready presentation decks
- Visualising architecture with stakeholder-appropriate diagrams
- Using the 30-second, 3-minute, 30-minute rule for messaging
- Highlighting ROI, risk reduction, and strategic alignment
- Anticipating and answering tough executive questions
- Presenting trade-offs without technical jargon
- Creating funding request packages with justification
- Linking architecture to organisational KPIs
- Preparing for Q&A and technical due diligence
- Following up with decision-makers post-presentation
Module 15: Real-World Case Studies & Projects - Case Study 1: Modernising a bank’s core payment system
- Case Study 2: Scaling a health tech platform during peak demand
- Case Study 3: Securing a government identity platform
- Case Study 4: Integrating third-party logistics APIs for retail
- Case Study 5: Re-architecting for sustainability and carbon efficiency
- Project 1: Full solution design from requirements to approval
- Project 2: Complete architectural proposal with cost model
- Project 3: Risk assessment and mitigation plan for a greenfield system
- Analysing post-implementation performance and learnings
- Documenting lessons for continuous improvement
- Presenting findings to a simulated executive panel
- Receiving expert feedback and refinement guidance
Module 16: Certification & Career Advancement - Preparing for the final assessment
- Reviewing key concepts and decision frameworks
- Simulated architecture scenario challenges
- Submitting your capstone project for evaluation
- Earning your Certificate of Completion issued by The Art of Service
- Adding the credential to your LinkedIn profile
- Leveraging certification in job applications and promotions
- Building a personal portfolio of architectural work
- Negotiating higher compensation with proven expertise
- Transitioning into lead, principal, or consulting roles
- Joining a global network of certified solution architects
- Accessing alumni resources and future learning paths
- Case Study 1: Modernising a bank’s core payment system
- Case Study 2: Scaling a health tech platform during peak demand
- Case Study 3: Securing a government identity platform
- Case Study 4: Integrating third-party logistics APIs for retail
- Case Study 5: Re-architecting for sustainability and carbon efficiency
- Project 1: Full solution design from requirements to approval
- Project 2: Complete architectural proposal with cost model
- Project 3: Risk assessment and mitigation plan for a greenfield system
- Analysing post-implementation performance and learnings
- Documenting lessons for continuous improvement
- Presenting findings to a simulated executive panel
- Receiving expert feedback and refinement guidance