Company situation
The company engineers and manufactures building modules and systems that are transported, assembled and commissioned at customer sites. The model shifts work from site to factory, but does not remove project risk. Design interfaces, tolerances, transport constraints, foundations, utilities, weather protection, fire and life safety, site sequencing and customer changes remain critical.
The enterprise is part of a large unlisted corporate house and is investing in manufacturing-led scale. The Board needs an Independent Director who can prevent nominal factory capacity from becoming the primary strategy. Value is created only when design is frozen appropriately, procurement and production are synchronised, modules reach site in usable sequence, installation is safe and defects are closed without consuming margin and cash.
Mandate in practical terms
The Director will challenge project selection, design responsibility, factory readiness, revenue recognition, procurement, inventory, logistics, installation safety, warranty, capex and innovation. The appointee will help the Board judge whether standardisation is truly reducing complexity or merely moving customised project risk into factories and work-in-progress.
Nine strategic questions for the Board
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Is design responsibility unambiguous? Contracts must identify responsibility for architecture, structure, fire, electrical, plumbing, thermal, acoustics, weatherproofing, foundations and interfaces. Changes require competent approval and an impact trail.
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Is the project ready before production begins? Examine design freeze, customer approvals, site survey, foundation data, utility interfaces, logistics route, permits, long-lead material and installation sequence. Early factory work on unstable inputs creates hidden rework.
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Does reported progress represent usable completion? Revenue and project status should reflect design, manufactured modules, customer acceptance, site readiness, delivery, assembly, testing and remaining obligations—not factory completion alone.
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Is manufacturing control equal to the engineered promise? Review drawings, bills of material, welding or joining, dimensional control, traceability, inspection, non-conformance, rework and release. Deviations cannot be normalised to protect throughput.
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Are logistics and installation fully costed? Include lifting, route surveys, permits, temporary storage, weather exposure, site access, cranage, damage, sequencing, workforce, accommodation and remobilisation.
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Are working capital and inventory recoverable? Separate standard material, project-specific material, completed modules awaiting site, rejected work, customer changes, claims and obsolete designs. Provisioning should follow contractual and physical recoverability.
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Will new capacity improve collected returns? Evaluate the binding constraint, standard product demand, design throughput, supplier capacity, commissioning, workforce competence, utilisation downside and incremental working capital before approving factories or automation.
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Can failures be contained and learned from? Govern structural, fire, water-ingress, transport, lifting, installation and warranty events through evidence preservation, independent engineering review, affected-population analysis and design feedback.
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Is standardisation real and governed? Track common platforms, approved variants, customer-specific exceptions, configuration ownership and reuse of validated evidence. Commercial customisation should carry explicit price, schedule and assurance consequences.
Audit and project-control contribution
The Director will help the Audit and Risk Committee test estimates at completion, unapproved variations, claims, liquidated damages, retention, inventory, customer advances, supplier commitments, capitalised development, impairment and warranty provisions. Internal audit should trace selected projects from bid and design through production, dispatch, installation, acceptance and collection.
The Board pack should include design maturity; approvals overdue; estimate-at-completion movements; non-conformance and rework; modules awaiting dispatch or installation; site readiness; logistics damage; installation safety; variations; receivables and retention; warranty; platform reuse; supplier concentration; capex utilisation; and downside liquidity.
Material decisions
Independent judgment will be required for major customer contracts, unfamiliar building uses, new factories, product platforms, technology licensing, long-lead procurement, acquisitions, claims settlements and regional expansion. Project approval should identify responsibility boundaries, design and site readiness, production slot, logistics feasibility, installation capability, working capital, liability and an executable suspension or exit plan.
Ideal Board colleague
Candidates should have at least 25 years of senior leadership across engineered construction, manufacturing, building systems, project delivery, design assurance, logistics, safety, finance, audit or large private-company boards. Appropriate backgrounds may include a former CEO, CFO, COO, engineering leader, project executive, manufacturing head, safety leader or Audit Committee Chair.
The candidate should be capable of testing design and project evidence while maintaining strategic perspective. Experience with off-site manufacturing, complex contracts, project accounting, factory capex, construction safety, warranties or family-controlled corporate governance will be beneficial.
Independence, registration and conduct
Active inclusion in the IICA Independent Directors Databank is mandatory. The candidate must meet the corporate house's enhanced independence standard. Relationships involving promoter entities, customers, design consultants, contractors, material and equipment suppliers, logistics providers, lenders, auditors or technology licensors must be disclosed.
The role may not be used to originate projects, supply, logistics, land, equipment, finance, insurance or advisory engagements. Technical and customer information must be treated as strictly confidential.
First-year value creation
The Director's opening work will include visits to the factory and active installation sites; review of delayed, loss-making and warranty-affected projects; testing of design-freeze and revenue evidence; evaluation of project-specific inventory; and challenge of major capacity proposals.
Within twelve months, the Board expects more disciplined project acceptance, earlier design control, reliable estimates at completion, lower avoidable rework, clearer site-readiness gates and capital allocation based on collected project returns. The company should scale through repeatable engineering and manufacturing—not through the repetition of unmanaged custom risk.