Engineering Project Management Checklist

Phase-by-phase workflow a project manager at an engineering consulting firm runs from contract execution through sealed issuance, construction administration, and project closeout. Built around the design-milestone cadence (BoD, 60% PS&E, peer review, IFC) with QA/QC gates...

5 sections 26 steps Collects data
1

Project Initiation & Setup

  1. Confirm the executed contract and scope
    • Pull the signed agreement (AIA B-series, EJCDC, ACEC, or owner form) and verify the scope, fee structure (lump sum / cost plus / T&M), reimbursable categories, and any additional-services language. Flag indemnification, limitation-of-liability, and standard-of-care clauses for the PIC if they deviate from firm boilerplate.

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  2. Open the project number and charge codes
    • Set up the project in Vantagepoint / Ajera / Unanet with the contract amount, phases, and labor budgets by discipline. Lock the charge codes before staff start booking time — retroactive corrections are painful and distort utilization.

  3. Verify PE licensure in the project's state
    • Confirm the EOR holds an active license in the state of practice (or comity is in process) and that the renewal cycle does not lapse before the IFC issuance date. Verify firm Certificate of Authorization where the state requires one.

  4. Hold the internal discipline-lead kickoff
    • Walk civil, structural, MEP, and specialty leads through scope, schedule, fee allocation, and known risks. Identify any work that exceeds in-house competence (blast, seismic retrofit, fire-protection PE, geotech) and decide on subconsultant vs. internal staffing.

  5. Hold the owner kickoff meeting
    • Confirm owner project requirements (OPR), key stakeholders, decision authority, communication cadence, and any owner-furnished information (existing drawings, surveys, geotech). Capture the deliverable schedule and milestone dates in writing.

2

Design Planning & Basis of Design

  1. Confirm code editions adopted by the AHJ
    • Pull the AHJ's current adoption table — IBC edition, IECC edition, NEC cycle, state amendments, ASCE 7 reference, ADA standard. Document on the cover sheet. Mismatched code editions between AHJ and design set are a common cause of plan-review rejection.

  2. Draft the Basis of Design narrative
    • Capture governing codes, design loads (DL/LL/W/S/E per ASCE 7), risk category, soil bearing assumptions, design temperatures, ventilation rates per ASHRAE 62.1, and energy compliance path. The BoD is the document the team and reviewers come back to at every milestone.

  3. Build the QA/QC review schedule
    • Schedule discipline check, IDC, peer review, code review, ADA review, and constructability review against each milestone (30/60/90/IFC). Assign reviewers who are not the original designers and who have no conflict of interest with the project team.

  4. Identify required permits and clearances
    • Determine whether the project triggers NPDES construction stormwater (>1 acre disturbance), Section 404 wetlands, NEPA review, floodplain LOMR, or air permits. Issue a permit-responsibility memo to the owner clarifying who files what; designer-vs-owner permitting confusion drives most permitting fire drills.

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  5. Prepare and file the NPDES / SWPPP package
    • Develop the SWPPP, identify post-construction BMPs, and submit the Notice of Intent under the state's NPDES general permit. Coordinate Section 401 water-quality certification if surface waters are impacted. File well before construction mobilization — agency turnaround is rarely under 30 days.

3

Design Production & Coordination

  1. Produce 60% drawings by discipline
    • Each discipline lead delivers 60% drawings, sealed-page-ready specifications drafts, and calculation packages. Calc packages are PDF'd, dated, page-numbered, and saved to the project record — not left in working Excel files on someone's desktop.

  2. Run BIM clash detection in ACC
    • Run Model Coordination in Autodesk Construction Cloud (or Navisworks / Solibri equivalent) across architectural, structural, and MEP federated models. Distribute the clash report to discipline leads with a resolution deadline before the IDC meeting.

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  3. Hold the inter-discipline coordination meeting
    • Walk every discipline through the others' drawings — ceiling heights vs. ductwork, plumbing chases vs. structural beams, FFE vs. civil grading, electrical rooms vs. fire-rated assemblies. Capture coordination redlines with action owners and due dates.

  4. Reconcile drawings against specifications
    • Cross-check drawing notes against the relevant CSI MasterFormat sections. Resolve conflicts; do not rely on the boilerplate "in case of conflict, specifications govern" clause to paper over a real disagreement between the EOR and the specifier.

  5. Reconcile the construction cost estimate
    • Compare the cost estimator's quantities against drawings and specs. Variances over 10% from the prior milestone estimate get a written explanation in the milestone transmittal — owners notice when 60% jumps from the 30%, and unexplained jumps erode trust.

4

QA/QC & Sealed Issuance

  1. Run the discipline check and redline cycle
    • Senior reviewer marks up drawings and calculations using Bluebeam Studio. Engineer addresses each redline; comments are not closed unilaterally. Calc reviews verify load combinations, software inputs, and units — "the software is not the engineer."

  2. Backcheck redlines for closure
    • The reviewer (not the engineer) confirms each redline was addressed or carries written justification for not addressing it. Skipped backchecks are the most common QA/QC failure — the redline gets ignored, the seal goes on, and the issue surfaces in CA.

  3. Conduct the independent peer review
    • For high-risk elements (lateral system, deep foundations, fire/life-safety, complex hydraulics), a PE outside the project team performs an independent review. Document scope of review and findings; the peer reviewer signs the BoD page.

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  4. Address peer-review revision comments
    • Update drawings, calcs, and BoD per peer-review findings. Re-circulate to the peer reviewer for sign-off before sealing — issuing under seal with known unresolved peer-review comments puts the EOR's license at risk.

  5. Complete code, ADA, and constructability reviews
    • Code review against the AHJ-adopted edition; ADA review against the 2010 ADA Standards (or PROWAG for ROW projects); constructability review by someone with field experience. Capture each on the QA/QC sign-off sheet bound into the project record.

  6. Collect PE seals on the submittal set
    • Each discipline EOR seals their drawings and the calculation cover sheet per the state board's seal/signature/date rules. Issue PDFs with seal embedded; release native CAD only with explicit non-reliance language. Log the issuance in the CDE with the revision-history table updated.

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5

Construction Administration & Closeout

  1. Maintain the RFI and submittal log
    • Track each RFI and submittal against the contract turnaround (commonly 14 days). Reviewer assignment is explicit; escalate to the PIC when a response slips past 10 days. Late RFI responses are a frequent driver of contractor change-order claims.

  2. Document field observation visits
    • Each observation report defines what was observed and what was not — "observed structural steel erection at gridlines A-D; did not observe MEP rough-in." Observation is a snapshot, not inspection; sloppy scope language has cost firms in claims for work the EOR never saw.

  3. Compile contractor redlines into record drawings
    • Pull contractor markups periodically during construction rather than waiting for the final roll. Incorporate within 90 days of substantial completion. Record drawings produced from memory at year-end are a known quality and liability problem.

  4. Conduct the lessons-learned session
    • Pull the project team together to capture coordination issues, code interpretations, recurring RFI patterns, and subconsultant performance. Feed the firm's design-issue database so the next project team doesn't relearn the same lesson.

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  5. Archive calculations and the project record
    • Sealed drawings, sealed calculation packages, BoD, QA/QC sign-offs, RFI/submittal logs, observation reports, and record drawings move into long-term storage. Retention runs through the state's statute of repose (typically 6-12 years from substantial completion) — destroying the project record before that window is a malpractice risk.

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Sections 5
Steps 26
Category Engineering
Price Free to start
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