Description

A focused course, tailored for you

Enterprise Workflow Architecture for Platform Tech Leads

Build enterprise platform implementations that hold up under audit, scope change, and customer pushback.

Every enterprise platform Tech Lead knows the moment: the customer's enterprise architect asks a question in week three that should have been answered in week one. The integration design, the table strategy, the security model, all suddenly on the table at once. This course teaches the architecture decisions that prevent that conversation from happening.

$199 one-time

Tailored to your situation. Access within 24 hours. 30-day money-back.

Includes a hand-built implementation playbook delivered alongside course access, generated for your specific situation.

Why this course

Enterprise workflow platform implementations fail in a specific pattern. The kickoff is clean. Requirements are signed. Then a customer stakeholder who was not in the original scoping meeting surfaces a question about CMDB structure or integration authentication, and suddenly the Tech Lead is defending architectural choices that were made under time pressure and never formally documented. The rework is expensive. The customer's confidence drops. The Tech Lead carries both the technical and the relationship cost. The fix is not better project management. It is better architecture, made before the first sprint closes, with artefacts that survive scope change and stand up to customer audit.

What you walk away with

Design a scoped application structure that survives scope change without table restructuring.
Choose integration patterns based on the customer's existing authentication and network topology, not on what is fastest to build.
Document security roles and delegation of authority in artefacts the customer's CISO can review and sign.
Build a CMDB governance layer that passes a Discovery audit without retroactive cleanup.
Run a pre-go-live architecture review that surfaces customer-side risks before they become post-go-live incidents.
Produce update set documentation that allows a second Tech Lead to pick up the implementation without a knowledge transfer call.

The 12 modules

Module 1. The Scope Document That Protects the Architecture

Most scope documents describe features. This module teaches how to embed architectural constraints into scope language so that customer requests to add integrations or expand user groups trigger a formal change, not a silent rebuild. You leave with a scope document template that names table dependencies, integration touchpoints, and role boundaries explicitly enough to hold in a change control conversation.

Module 2. Scoped Application Design Decisions

The choice between a scoped application and a global customisation is not about preference. It is about the customer's upgrade path, their compliance obligations, and how many teams will maintain the platform after go-live. This module maps the decision criteria and shows how to document the rationale in a way the customer's enterprise architect can review without a translation layer.

Module 3. Table Strategy and the Customer's Data Model

Extending base tables versus creating custom tables is the decision that generates the most rework in enterprise implementations. This module walks through the data model questions that must be answered before the first sprint: cardinality, retention requirements, reporting joins, and which tables will be touched by future platform upgrades. Output is a one-page data model decision record the customer approves before build starts.

Module 4. Integration Patterns: Authentication, Transport, and Error Handling

REST integrations that work in a sandbox fail in production when the customer's network team applies egress rules. MID Server deployments approved in scoping get blocked by the customer's security team the week before go-live. This module covers the authentication and transport questions to resolve before integration development starts, and the integration design document format that surfaces those questions early.

Module 5. IntegrationHub Spoke Selection and Custom Spoke Design

Choosing a pre-built spoke versus designing a custom one affects the customer's long-term maintenance burden, their subscription tier, and the upgrade compatibility of the implementation. This module covers the spoke selection criteria, the cases where a custom spoke is the right answer, and the artefact that records the decision in terms the customer's procurement and IT governance teams can review and approve.

Module 6. Security Roles, Assignment Groups, and Delegation of Authority

Role sprawl is the most common post-go-live complaint in enterprise workflow implementations. Customers add roles during UAT, and by go-live the security model no longer matches the original design. This module teaches a role design methodology that starts with the customer's org chart and delegation-of-authority policy, produces a role matrix before build starts, and tracks deviations formally through the change control process.

Module 7. CMDB Governance: Discovery, Identification Rules, and Reconciliation

A CMDB that passes Discovery audit at go-live requires governance decisions that most implementations skip until cleanup becomes unavoidable. This module covers identification rules, normalisation tables, reconciliation order, and the CI lifecycle policy that prevents duplicate records from accumulating. You leave with a CMDB governance brief the customer's IT asset management team can use as the operating standard after go-live.

Module 8. Update Set Strategy for Multi-Team Implementations

Update set collisions between parallel workstreams are the leading cause of go-live delays on enterprise implementations with more than two developers. This module covers update set naming conventions, batch strategy, the pre-merge review process, and the update set log format that allows a second Tech Lead or the customer's internal team to trace every customisation back to its originating requirement.

Module 9. Performance Engineering: Query Design and Platform Load

Business rules and scheduled jobs that perform well in development degrade under production load when the customer has hundreds of thousands of CIs, large active-user counts, and concurrent integrations running. This module covers the query patterns that generate database load, the business rule conditions that trigger unnecessarily, and the performance review checklist to run before handing the implementation to the customer's platform team.

Module 10. The Pre-Go-Live Architecture Review

A structured architecture review one sprint before go-live surfaces customer-side risks that are still fixable. This module provides the review format: what the Tech Lead presents, what questions the customer's enterprise architect should be asking, and what answers indicate the implementation is genuinely ready versus ready-on-paper. Output is a signed architecture sign-off document that establishes the baseline for post-go-live support.

Module 11. Scope Change Management Without Rework

Scope changes on enterprise implementations are not exceptions. They are the standard. This module covers the change triage process that distinguishes a configuration change from an architectural change, the escalation path that brings a scope change to the right decision-maker before it becomes a sprint commitment, and the change log artefact that keeps the customer's project sponsor informed without requiring a full project status meeting.

Module 12. Handoff Artefacts and the Post-Go-Live Stability Period

The standard go-live knowledge transfer is a three-hour session the customer's team cannot act on six weeks later. This module covers the handoff artefact set that allows the customer's internal platform team, a new Tech Lead, or a support partner to operate the implementation without a knowledge transfer call: the architecture decision record, the integration runbook, the role matrix, the CMDB governance brief, and the known-issues register.

How this addresses your situation

Specific modules that map to what you said you are dealing with.

Customer's enterprise architect surfaces an integration question the scope document did not address. Modules 1, 4, and 5 cover the artefacts that prevent this.

Security review in UAT reveals role sprawl that was not in the original design. Module 6 covers the role design methodology that prevents this from accumulating.

CMDB audit at go-live finds duplicate CIs and missing identification rules. Module 7 covers the governance layer that makes this a non-event.

A second Tech Lead needs to pick up the implementation mid-project. Modules 8 and 12 cover the documentation artefacts that make the transition clean.

What you get with this course

Twelve written modules covering scoped application design through post-go-live handoff
Scope document template with architectural constraint language
Integration design document format with authentication and transport decision checklist
Role matrix template keyed to the customer's delegation-of-authority policy
CMDB governance brief template
Update set log format for multi-developer implementations
Pre-go-live architecture review checklist
Handoff artefact set: architecture decision record, integration runbook, known-issues register
Hand-built implementation playbook tailored to your current platform version and implementation context, delivered alongside course access

What you will have in hand by Day 1, Week 1, Month 1

Course access provisioned within 24 hours of purchase

Hand-built implementation playbook delivered alongside course access

Modules are self-paced; most Tech Leads complete the architecture decision modules in the first week and the handoff artefact modules before their next go-live

Before and after

Before

Architectural decisions made under sprint pressure, documented in sprint notes if at all. Customer questions in week three generate rework. Go-live is delayed or ships with technical debt the post-go-live team inherits.

After

Architecture decisions documented before build starts in artefacts the customer approves. Scope changes are handled through a triage process, not a firefight. Go-live is clean. The handoff artefacts allow the customer's team to operate the implementation independently.

What happens if you do not address this

Technical debt on enterprise workflow implementations compounds. A CMDB governance gap at go-live becomes a cleanup project six months later. Role sprawl that is not addressed before go-live becomes a security finding at the customer's next audit. The cost of fixing architecture after go-live is consistently higher than the cost of getting it right before the first sprint closes.

Who it is for

Tech Leads who build and deliver enterprise workflow platform implementations, whether on a professional services team or embedded in a partner practice. They have enough hands-on development experience to build anything on the platform. What they need is a structured approach to the architectural decisions that determine long-term implementation health. They are accountable not just for delivery but for the customer's confidence in the platform after go-live.

Who this is NOT for. Developers who are still learning the platform basics. This course assumes fluency with scripting, flow tooling, and core data tables. It is not a platform introduction. It is a decision-making framework for experienced practitioners who want to stop rearchitecting under pressure.

How it arrives

Text-based course in the Art of Service learning environment, plus downloadable templates and worked examples for every module, plus the hand-built implementation playbook delivered alongside course access.

Time investment. Twelve modules, each designed to be read and acted on in one sitting. Most practitioners complete the core architecture modules in two to three hours and return to the handoff and governance modules as their implementation progresses.

Why $199 is the right number

Vendor training programmes cover platform features and certification tracks. They do not cover the architecture decision-making process or the customer-facing artefacts that protect an implementation through scope change and audit. This course fills that gap specifically for Tech Leads who are already certified and need a decision framework, not more feature documentation.

FAQ

Is this relevant if I am on an internal professional services team rather than at a partner?

Yes. The architecture decisions and artefact-building methods covered here apply regardless of whether you are on a vendor professional services team, a partner practice, or an internal platform team. The customer relationship context is directly applicable.

Is this tied to a specific platform version?

The architecture principles are platform-version-agnostic. The hand-built implementation playbook delivered with your course access is tailored to your current implementation context and can address version-specific questions.

How is this different from a technical architect certification programme?

Certification programmes validate knowledge of platform architecture patterns. This course focuses on the artefacts and decision processes you use with customers, the scope documents, role matrices, and handoff artefacts that make an implementation defensible and transferable. The two are complementary.

30-day money-back guarantee. If after a week of working through the materials this is not what you needed, reply to the receipt email and a full refund is processed. No questions, no forms.

Within 24 hours your account in the learning environment is provisioned and the tailored implementation playbook is delivered alongside it.