Renewable Projects
Structural Integrity Analysis
Independent · Strategic . Multidomain . Structured
Helping project leaders keep the wider project in view and surface gaps, inconsistencies, and misalignments in the collective project basis or integrated project deliverables before they are embedded in commitments.
Why it matters
Leadership Responsibility
Project leaders are expected to maintain an integrated view of the project and use it as the basis for consequential judgments and decisions that shape the project trajectory and its outcome.
Leadership Challenges
Renewable projects evolve across multiple interdependent domains and maturity stages, in a fluid environment and competitive landscape, developed by diverse teams under sustained delivery pressure, often with one leader responsible for several projects at once.
Risk Exposure
Project complexity and urgency, compounded by finite leadership bandwidth, can leave gaps, inconsistencies, and misalignments in the integrated project view that is often distributed across fragmented project artifacts.
Unwanted Consequences
When discovered late, these issues can disrupt development, trigger firefighting, drive rework, delay and cost escalation, reduce optionality, and ultimately weaken bankability, deliverability, and operability.
How the analysis is done
The analysis treats a renewable project for what it is: an interdependent integration of specialty domains, each needing to be de-risked, defined, and executed in step with the others across successive maturity stages.Guided by a proprietary reference framework, it examines a project's high-leverage points, whether the collective project basis or consequential deliverables such as plans, studies, scopes of work, and proposals, within the wider project context. It identifies gaps, inconsistencies, and misalignments before they are relied upon or carried into commitments.It is deliberately strategic and project-level: the view already expected of project leadership, not a re-performance of the specialist work carried by the project team. The result is a light-touch, independent assessment of the adequacy, integrity, and fitness for purpose of the matters that count most.
Reference Framework
The reference framework is a proprietary project coordinate system: an archetype of how renewable projects are typically developed and matured. It draws on industry frameworks, standards, and development practices, combined with broader industry experience.It maps ten project domains across sixteen maturity stages, from inception through closeout and handover, and accounts for the interfaces and dependencies between domains, within each stage and across the lifecycle.The statistics shown in the graph are compiled under the framework's guidance. For a specific project, the framework is contextualized to its technology, market, and maturity, and used as a guide rather than a checklist.
Where the analysis focuses
Two categories of high-leverage project matters, both shaped by contributions, dependencies, and interfaces across multiple project domains.
Project Basis (Architecture)
How well does the project hang together?The project's governing system: how it is structured, governed, developed, controlled, and evidenced — connecting objectives, strategy, requirements, architecture, plans, baselines, registers, decisions, interfaces, and downstream commitments into one coherent whole. It matters because this foundation shapes project direction and underpins every subsequent development choice and commitment.This is the analysis applied to the project itself — synthesized from the collective body of project management documents, governance records, and evidence — not to any single document.
Integrated Deliverables
Is this sound enough for its intended use?Commissioned within the context set by the project basis, these are consequential multidomain outputs that formalize, test, or carry that basis forward — and may, in turn, update or refine it.
| Category | Function | Examples |
|---|---|---|
| Project Management | Controlled project documents that formalize and communicate key elements of the project basis. They matter because they become reference points for directing, coordinating, and governing subsequent development. | Business cases, project plans, project baselines, decision and risk registers. |
| Project Studies | Integrated studies that evaluate, select, define, or advance the project at key points in development. They matter because their findings often become the basis for subsequent design, planning, investment, and development decisions. | Techno-economic assessments, feasibility studies, concept selection studies, Pre-FEED/FEED studies |
| Scopes & Proposals | Documents that define what consequential project work will cover, how it will be performed, and what evidence and deliverables will be produced. They matter because the quality of that definition directly influences the usefulness and reliability of the work that follows. | Scopes of work, RFPs, terms of reference, consultant proposals |
Engagement Modes
Discrete Engagement
Focused advisory work around a defined project matter, deliverable, decision, or development milestone — with a clear scope, purpose, and output.Best suited to a specific review, analysis, planning exercise, or consequential decision.
Ongoing Engagement
A standing advisory relationship under which the same independent, structured work is undertaken as discrete assignments at relevant review points across a defined period of development.Best suited where several such moments are expected and continuity of project context, easier mobilization, and a consistent independent perspective are valuable.
I am Amir Kalantari, a power and renewable energy professional with over 20 years of industry experience across engineering, project management, consulting and research, including roles with SNC-Lavalin, GE Renewable Energy and Wood PLC. I hold a Ph.D. in Electrical Engineering from McGill University.
I have a long-standing interest in the macro view of power and renewable energy projects — particularly at the intersection of technical definition, execution strategy and project economics. My work focuses on cross-domain alignment and integrated decisions that strengthen bankability, deliverability and operability.
