CEO Executive AssistantEngineering and design reviews are among the most technically complex functions in a construction company, and they are also among the most consequential. A missed structural deviation, a value engineering proposal that compromises building performance, or a submittal approved without adequate review can generate liability exposure, rework costs, and project delays that dwarf the cost of doing the review correctly. For construction CEOs, this technical complexity creates a delegation challenge: you cannot personally review every RFI, submittal, and design deviation across a large project portfolio – but you also cannot create a governance vacuum where critical technical decisions are made without appropriate oversight.
This guide addresses how to delegate engineering and design reviews in a way that maintains quality and manages risk without creating CEO bottlenecks that slow project delivery. It covers which decisions require CEO visibility, what engineering and VDC leads should manage independently, how to delegate RFI and submittal review, and how to build technical review governance that scales with your project portfolio.
Which Design Decisions Require CEO Visibility
Most engineering and design decisions in a construction project are appropriately managed by the project team’s engineering and VDC leadership without CEO involvement. But a subset of decisions carry risk, cost, or relationship implications that warrant CEO awareness or active involvement.
Major structural or MEP system deviations are in this category. If a project team is proposing a structural deviation from the permitted design – whether due to field conditions, constructability issues, or a requested value engineering change – the CEO needs to know that deviation is being considered. Not necessarily to approve every specific change, but to understand that a significant design deviation is in play and that the technical and liability implications are being managed appropriately. Build a notification protocol that brings structural and major MEP deviation proposals to the CEO’s attention before they are implemented.
Value engineering proposals above a defined financial threshold also belong in CEO visibility. Value engineering is a legitimate and valuable project management tool, but it carries real risk when it involves changes to structural systems, fire protection, envelope performance, or MEP systems that affect building function and life-safety. Set a threshold – perhaps $100,000 in scope reduction, or VE touching specific system categories – above which proposals require CEO awareness and executive sign-off before implementation.
Design changes that affect the project’s schedule-critical path or that have significant cost implications for the owner require CEO visibility because they typically trigger difficult conversations about contract scope, change orders, and potential claims. The CEO does not need to manage those conversations in detail, but they should know they are happening and should be briefed by the project executive before owner communication occurs.
Finally, any design issue that creates potential professional liability exposure – a question about whether the design team’s work meets code, a scenario where a building’s performance is materially different from what the owner was promised – requires immediate CEO engagement. These are not engineering team decisions; they are legal and relationship decisions that require executive judgment.
What VDC and Engineering Leads Should Manage Independently
Below the threshold decisions described above, VDC directors, chief engineers, and senior project engineers should have full authority to manage the technical review workflow without CEO involvement.
RFI review and response is the core day-to-day technical review function, and it belongs entirely to the project engineering team. An RFI process that requires CEO visibility on standard RFIs is a process that will slow project delivery unacceptably. Train your project engineers to manage RFIs efficiently: categorize by complexity and risk, route to the appropriate design team member for response, track open RFIs for aging, and escalate only the specific RFIs that raise genuine design or risk concerns.
Standard submittal review – review of shop drawings, product data, and samples against the project specifications and approved design – belongs to the project engineering and VDC team. Your engineers and BIM coordinators should have clear authority to approve, reject, or require resubmission of standard submittals. They should also have clear protocols for coordinating submittal review with the design team when issues arise that require design professional input.
VDC and BIM coordination – managing the clash detection process, coordinating MEP routing, and managing the coordination between trade contractors – is entirely within the engineering team’s domain. CEOs who try to stay involved in BIM coordination decisions will not have the technical bandwidth to add value and will create delays in the workflow.
Routine design clarifications – questions about design intent on specific details that the architect or engineer of record answers through the RFI process – are engineering team territory. Your project engineers should have the relationship and technical capability to manage these clarifications efficiently without CEO involvement.
The construction delegation guide provides the comprehensive delegation framework for construction CEOs, within which engineering and design review delegation is one of several major operational domains.
Delegating RFI and Submittal Review
Effective delegation of RFI and submittal review requires building the organizational infrastructure that allows your engineering team to manage these workflows at scale: clear process standards, trained staff, technology platforms, and reporting mechanisms that give leadership visibility without requiring personal review of every document.
Build a written RFI and submittal review process that is standard across projects. This process should define: who has authority to respond to or close RFIs of different complexity levels (junior engineer, senior engineer, chief engineer), what design team engagement is required for different RFI categories, how submittals are logged and tracked, what the standard turnaround time commitments are for each document type, and what triggers escalation to the project executive or CEO level.
Technology platforms for document management – Procore, Autodesk Construction Cloud, Viewpoint – automate much of the workflow management around RFIs and submittals. If your company is managing these processes through email and spreadsheets, you are creating visibility gaps that make delegation harder and quality control less reliable. Invest in the platform infrastructure that your engineering team needs to manage document workflows efficiently.
Reporting from the engineering team to project leadership should include: open RFI count and aging (RFIs that have been open beyond a defined threshold are a schedule risk signal), submittal log status (overdue submittals in the procurement critical path require attention), and any items that have been escalated due to design concerns or risk issues. Project executives should review this report weekly; CEOs should review exception-level items in their monthly project reviews.
Empowering Project Engineers
Project engineers – the technical staff who manage RFI and submittal workflows, coordinate BIM models, and interface with design teams – are often the most under-empowered professionals in a construction organization. Firms where all technical decisions flow through a single chief engineer create a bottleneck that limits project capacity and fails to develop the next generation of technical leadership.
Empowering project engineers means giving them real authority proportionate to their technical competence and experience. A senior project engineer with five years of experience and strong technical judgment should be able to close RFIs, approve standard submittals, and make routine technical decisions on their project without routing everything through the chief engineer. Build a competency framework that defines what decisions each level of project engineering experience can make independently.
Investment in technical training and professional development for project engineers compounds over time into genuine organizational capability. Send your engineers to ACI, AISC, or SMACNA training. Support professional engineering licensure. Create mentorship relationships between senior engineers and developing staff. These investments create a technical workforce that can manage more independently, which directly expands your organization’s delegation capacity.
The construction contract delegation guide addresses the related delegation challenge of contract administration – the contractual documentation and correspondence function that closely parallels the technical review process in project management.
Building Technical Review Governance Without CEO Bottlenecks
The governance model for engineering and design reviews should be structured so that the vast majority of technical decisions are made and documented at the project level, with a small set of defined escalation criteria that bring items to CEO attention when appropriate.
Define the escalation criteria explicitly and write them down. Items that require CEO notification: structural system deviations requiring design of record involvement, value engineering proposals above a defined threshold, any design issue with potential professional liability implications, and design changes affecting the owner’s program commitments. Everything else is managed at the project or division level.
Review the escalation criteria annually. As your organization’s engineering leadership capacity grows and your project teams become more experienced, you may be able to raise the threshold that triggers CEO involvement, expanding the decision space that the organization manages without executive input.
Create a technical risk tracking mechanism at the organization level. Each project should maintain a technical risk register covering open design issues, unresolved RFIs with schedule implications, and any design deviations that have been implemented or proposed. These registers should be reviewed by the VDC Director or Chief Engineer monthly, with a summary of significant items included in the CEO’s project performance review. This mechanism gives the CEO visibility into the technical risk landscape without requiring review of individual RFIs.
According to McKinsey research on construction project performance, firms with clear technical decision authority frameworks and robust document management systems significantly outperform peers in schedule compliance and rework cost reduction. The governance infrastructure is not bureaucracy – it is the operational foundation that allows experienced engineers to work efficiently without bottleneck escalation to executives.
Managing Design Team Relationships in the Delegation Model
Effective delegation of engineering and design reviews requires that your engineering leadership has strong working relationships with the design teams on your projects. If RFIs are being routed to design architects and engineers by project engineers who have no relationship with those design professionals, the response quality and timeliness will suffer.
Invest in developing your project engineers’ professional relationships with the design community. Introduce your project engineers to design team counterparts at project kickoff. Encourage engineers to attend design coordination meetings. Support attendance at industry association events where design and construction professionals interact. These relationships make the daily technical review workflow faster and more collaborative.
For design-build projects, where the design team works for your firm rather than for the owner, engineering and design review governance needs to be even more explicit. The boundary between the design team’s responsibility and the construction team’s review role is less clear in design-build, and without clear protocols, either the review function will be undermined by relationships (“we designed it, of course it’s fine”) or it will create organizational tension that slows decision-making.
Conclusion
Delegating engineering and design reviews effectively is about building an organization where technical decisions are made at the level closest to the technical knowledge required, with governance mechanisms that ensure the right decisions come to CEO attention without routing all decisions through the executive level. This requires clear escalation criteria, strong project engineering talent, robust document management infrastructure, and a CEO who trusts the delegation framework they have built.
The construction CEOs who get this right build organizations that can take on larger and more complex project portfolios because their technical review capacity scales with project volume. The CEOs who over-retain technical decisions become the bottleneck that limits their firm’s ability to grow.
Related Reading
For further context, explore How Construction CEOs Delegate Vendor and Supplier Management and How Automotive CEOs Delegate Fixed Operations Management.