Project Delivery & Execution

Capital Planning and Full Lifecycle Ownership

Owns the full lifecycle of capital projects, connecting safety, reliability, capacity, compliance and business impact with technical scope and execution. Capital planning includes need definition, feasibility, prioritization, AFE development, procurement, construction, commissioning, turnover and post-startup support. Funding decisions are informed by operating requirements, alternatives, interfaces and the resources needed to deliver a usable system.

Capital Strategy and Business Alignment

Translate Growth Forecasts, Customer Demand, Operating Constraints, and Asset Condition into Capital Priorities

Engineering practice and documented application

Capital Strategy and Business Alignment

Develop Multiyear Capital Roadmaps and Phased Investment Strategies

Engineering practice and documented application

Capital Strategy and Business Alignment

Prioritize Investments by Capacity, OEE, Reliability, Safety, Compliance, Maintainability, and Lifecycle Value

Engineering practice and documented application

Capital Strategy and Business Alignment

Evaluate Brownfield Expansion, Greenfield Development, Retrofit, Replacement, Repair, Bypass, and Do-Nothing Alternatives

Engineering practice and documented application

Capital Strategy and Business Alignment

Align Production, Utilities, Facilities, Infrastructure, Logistics, and Workforce Requirements

Engineering practice and documented application

Capital Strategy and Business Alignment

Define Measurable Objectives, SMART Goals, Expected Benefits, and Post-Investment Verification Criteria

Engineering practice and documented application

Project Lifecycle, FEL, and Execution Models

Lead Feasibility Studies, Site Walkdowns, Concept Development, FEL, Design, Procurement, Construction, Integration, Commissioning, Startup, and Turnover

Engineering practice and documented application

Project Lifecycle, FEL, and Execution Models

Develop Business Cases, Project Charters, Scope Statements, Battery Limits, Assumptions, Exclusions, and Acceptance Criteria

Engineering practice and documented application

Project Lifecycle, FEL, and Execution Models

Select Stage-Gate, V-Model, Lean FEL, Pilot-Led, Rapid FEL/Kaizen, and Hybrid Agile Discovery Approaches Appropriate to Project Risk

Engineering practice and documented application

Project Lifecycle, FEL, and Execution Models

Develop Execution Plans, Work Breakdown Structures (WBS), Work Packages, Responsibility Assignments, and Interface Plans

Engineering practice and documented application

Project Lifecycle, FEL, and Execution Models

Establish Design Reviews, Design Freeze, Procurement Release, Construction Readiness, Mechanical Completion, and Commissioning Readiness Gates

Engineering practice and documented application

Project Lifecycle, FEL, and Execution Models

Maintain Requirements-to-Design-to-Test-to-Acceptance Traceability Through Operational Ownership Transfer

Engineering practice and documented application

Design and Multidisciplinary Coordination

Mechanical, electrical, controls, civil and structural requirements are brought together around the operating process. Layouts, utility tie-ins, foundations, piping routes, equipment specifications and controls architecture are developed together. Design reviews and field verification turn assumptions into explicit requirements before procurement and construction.

Workstream, Portfolio, and Stakeholder Leadership

Coordinate Concurrent Projects, Multiple Sites, Workstreams, Investment Waves, and Shared Resources

Engineering practice and documented application

Workstream, Portfolio, and Stakeholder Leadership

Manage Project Dependencies, Discipline Interfaces, Production Windows, and Competing Priorities

Engineering practice and documented application

Workstream, Portfolio, and Stakeholder Leadership

Coordinate Operations, Maintenance, Quality, EHS, Engineering, IT/OT, Finance, Procurement, R&D, Utilities, OEMs, Integrators, and Contractors

Engineering practice and documented application

Workstream, Portfolio, and Stakeholder Leadership

Present Scope, Decisions, Risks, Funding Requests, Progress, and Escalation Needs to Accountable Reviewers and Sponsors

Engineering practice and documented application

Workstream, Portfolio, and Stakeholder Leadership

Standardize Recurring Project Methods, Specifications, Checklists, and Playbooks Across Sites

Engineering practice and documented application

Lifecycle Artifacts: Front-End and Design

Prepare Business Cases, Charters, Stakeholder Needs, Concept Screening, Preliminary Schedules/Estimates, and Initial Risk/Assumption/Decision Registers

Engineering practice and documented application

Lifecycle Artifacts: Front-End and Design

Prepare Option Studies, Design-Basis Memoranda, Site/Layout/Process Alternatives, and Stakeholder/System Requirements Specifications

Engineering practice and documented application

Lifecycle Artifacts: Front-End and Design

Develop Concept Architectures, Interface Definitions, HAZID/Constructability/Operability Studies, and Concept-Selection Dossiers

Engineering practice and documented application

Lifecycle Artifacts: Front-End and Design

Maintain Scope/Deliverable Registers, Baselined Requirements, Interface-Control Documents, Execution Plans, and Responsibility/WBS Baselines

Engineering practice and documented application

Lifecycle Artifacts: Front-End and Design

Develop Cost Baselines, Control Schedules, Resource Plans, Procurement Plans, V&V/Acceptance/Turnover Strategies, and Approval Manifests

Engineering practice and documented application

Lifecycle Artifacts: Front-End and Design

Prepare Detailed-Design Plans; Process, Mechanical/Piping, Electrical/Controls, Civil/Structural/Architectural, and Instrumentation/Data Packages

Engineering practice and documented application

Lifecycle Artifacts: Front-End and Design

Maintain Safety/Reliability/Maintainability Analyses, Design-Review/Comment Records, IFC Baselines, and Design-V&V Indexes

Engineering practice and documented application

Construction Sequencing and Field Oversight

Live-plant work requires deliberate control of outages, tie-ins, contractor access, utilities, safety and sanitation. aligns mobilization, cross-trade work and inspections with production needs, resolves field conflicts, and connects installation readiness with commissioning gates and operator readiness.

Scheduling, Shutdowns, and Execution Sequencing

Develop Preliminary Schedules, Control Schedules, Resource Plans, Milestones, Dependencies, and Critical Sequencing

Engineering practice and documented application

Scheduling, Shutdowns, and Execution Sequencing

Integrate Vendor Lead Times, Submittals, Procurement, Delivery, Construction, Commissioning, and Operational Constraints

Engineering practice and documented application

Scheduling, Shutdowns, and Execution Sequencing

Plan Outages, Shutdowns, Temporary Conditions, Cutovers, and Production Recovery

Engineering practice and documented application

Scheduling, Shutdowns, and Execution Sequencing

Coordinate Utility Poles, Bores, Pads, Conduit Rough-in, Civil Work, and Future Access Before Site Improvements Close Work Windows

Engineering practice and documented application

Scheduling, Shutdowns, and Execution Sequencing

Stage Enabling Work, Long-Lead Infrastructure, and Installation Ahead of Backordered Equipment

Engineering practice and documented application

Scheduling, Shutdowns, and Execution Sequencing

Track Daily Progress, Quantities, Installation Readiness, Residual Work, and Schedule Recovery Actions

Engineering practice and documented application

Construction Management and Construction Project Delivery

Manage Residential, Commercial, and Industrial Construction Projects and Concurrent Job Sites

Engineering practice and documented application

Construction Management and Construction Project Delivery

Develop Proposals, Estimates, Material Takeoffs, Procurement Plans, and Subcontractor Scopes

Engineering practice and documented application

Construction Management and Construction Project Delivery

Coordinate More Than 200 Employees Across Field Activities While Managing Concurrent Construction Projects

Engineering practice and documented application

Construction Management and Construction Project Delivery

Sequence Trades, Mobilization, Labor, Materials, Equipment, and Site Access

Engineering practice and documented application

Construction Management and Construction Project Delivery

Coordinate Mechanical, Electrical, Plumbing, Civil, Structural, and Architectural Interfaces

Engineering practice and documented application

Construction Management and Construction Project Delivery

Conduct Field Inspections and Construction QA/QC; Manage Punch Lists, Customer Acceptance, Cleanup, and Closeout

Engineering practice and documented application

Lifecycle Artifacts: Procurement and Construction

Maintain Procurement Packages, Bid Lists, Technical Requisitions/Datasheets, Commercial/Technical Evaluations, Clarification Logs, and Award Recommendations

Engineering practice and documented application

Lifecycle Artifacts: Procurement and Construction

Prepare Purchase Orders/Contracts, Scope-of-Supply Definitions, Supplier Inspection Plans, Vendor-Data/Submittal/RFI Registers, and Expediting/Logistics Plans

Engineering practice and documented application

Lifecycle Artifacts: Procurement and Construction

Develop FAT Procedures/Reports, Fabrication/Construction Execution Plans, Site-Logistics/Safety/Permit Plans, and Shop/Fabrication Packages

Engineering practice and documented application

Lifecycle Artifacts: Procurement and Construction

Prepare Field Work Packages, Installation Methods, Inspection/Test Plans, Quality Records, and Progress/Quantity Reports

Engineering practice and documented application

Lifecycle Artifacts: Procurement and Construction

Maintain Nonconformity/Corrective-Action Records, Redlines, Field Changes, Mechanical-Completion Certificates, and Punch Lists

Engineering practice and documented application

Lifecycle Artifacts: Procurement and Construction

Maintain Integration/Interface Plans, Installation Walkdowns, Software/Configuration Baselines, Loop/Continuity/Calibration Records, Cleaning/Flushing Tests, Completion Dossiers, and Commissioning-Readiness Certificates

Engineering practice and documented application

AFE Development, Procurement and Bid Evaluation

Capital justification connects the need, scope, alternatives, benefits and risks with a defensible estimate. RFQs define boundaries, assumptions, exclusions, interfaces, shutdown constraints, acceptance criteria and documentation. Bid leveling compares technical compliance, delivery, serviceability and lifecycle requirements; long-lead tracking and supplier recovery plans support the execution schedule.

AFE and Capital-Governance Controls

Develop AFE Packages, Engineering Studies, Option Comparisons, Cost Bases, and Approval Narratives

Engineering practice and documented application

AFE and Capital-Governance Controls

Use Project-Gate Checklists, Required-Document Matrices, Internal Review Sheets, Reviewer Accountability, and Spending-Authority Thresholds

Engineering practice and documented application

AFE and Capital-Governance Controls

Separate Design-Phase Funding from Installation-Phase Funding and Partition Distinct Service or Feeder Scopes

Engineering practice and documented application

AFE and Capital-Governance Controls

Maintain Approval, Revision, Change, Decision, Assumption, Action, and Risk Registers

Engineering practice and documented application

AFE and Capital-Governance Controls

Track Approved Scope and Funding Against Later Changes and Execution Evidence

Engineering practice and documented application

AFE and Capital-Governance Controls

Conduct Post-Investment Reviews, Benefits Verification, Lessons Learned, and Governance Improvement

Engineering practice and documented application

Estimating, Financial Control, and Expense Traceability

Develop Preliminary, Class 5, Class 4, and Class 3 Estimates and Itemized Capital Budgets

Engineering practice and documented application

Estimating, Financial Control, and Expense Traceability

Consolidate Costs for Equipment, Demolition, Fabrication, Civil Work, Mechanical and Electrical Work, Controls, Installation, Engineering, Commissioning, Training, Freight, Tax, Contingency, and Allowances

Engineering practice and documented application

Estimating, Financial Control, and Expense Traceability

Track Budgets, Commitments, Purchase Orders, Invoices, Actual Costs, EAC, Forecast to Complete, Variances, and Overruns

Engineering practice and documented application

Estimating, Financial Control, and Expense Traceability

Reconcile Project Costs to COA/Project Strings, General-Ledger Records, Vouchers, and Supplier Transactions

Engineering practice and documented application

Estimating, Financial Control, and Expense Traceability

Distinguish Approved Budgets, Actual Spend, Quotes, Estimates, Allowances, Forecasts, Modeled Benefits, and Realized Benefits

Engineering practice and documented application

Procurement, Contracts, and Supplier Coordination

Develop RFQs, RFPs, Statements of Work, Technical Requisitions, Datasheets, Bid Lists, and Procurement Packages

Engineering practice and documented application

Procurement, Contracts, and Supplier Coordination

Normalize Bids and Separate Scope, Exclusions, Quantities, Freight, Taxes, Commissioning, and Services

Engineering practice and documented application

Procurement, Contracts, and Supplier Coordination

Conduct Technical and Commercial Bid Evaluations, Clarify Scope, Recommend Awards, and Negotiate with Vendors

Engineering practice and documented application

Procurement, Contracts, and Supplier Coordination

Coordinate Purchase Orders, Contracts, Scope of Supply, Expediting, Delivery, and Installation Logistics

Engineering practice and documented application

Procurement, Contracts, and Supplier Coordination

Manage Vendor Data, Submittals, RFIs, Drawings, Inspection Requirements, and Supplier-Quality Plans

Engineering practice and documented application

Procurement, Contracts, and Supplier Coordination

Coordinate OEM Startup, Laboratory Support, Operator Training, Warranties, Spares, and Service Escalation

Engineering practice and documented application

Procurement, Contracts, and Supplier Coordination

Coordinate Vendor Setup, Legal Review, Contract Revisions, Requisitions, and Purchase-Order Issuance with Accountable Functions

Engineering practice and documented application

Supplier Qualification and Technology Maturity

Compare Separation Performance, Throughput, Clarity, Solids Removal, Bowl Size, Automation, and Recipe Usability

Engineering practice and documented application

Supplier Qualification and Technology Maturity

Evaluate Documentation Quality, Build Quality, Footprint, Safety Features, Certification Compliance, and Warranty

Engineering practice and documented application

Supplier Qualification and Technology Maturity

Assess Service Availability, Repair Turnaround, Spare-Parts Availability, Service Costs, Support Networks, and Supply-Chain Maturity

Engineering practice and documented application

Supplier Qualification and Technology Maturity

Compare Capital Cost, Annual Operating Cost, Lifespan, Rebuild Intervals, and Total Cost of Ownership

Engineering practice and documented application

Supplier Qualification and Technology Maturity

Use Field Trials, User Feedback, Weighted Scoring, Compliance Indexes, and Capability-Maturity Models

Engineering practice and documented application

Supplier Qualification and Technology Maturity

Evaluate Supplier Patent Portfolios, Citation Quality, and Financial Performance as Technology-Selection Criteria

Engineering practice and documented application

Project Controls and Governance

Scope, schedule, cost tracking, forecast to complete, open risks and change exposure provide a common basis for decisions. aligns executive leadership, corporate functions, plant leadership and field teams around the same requirements and priorities. Readiness reviews, risk escalation and change control keep technical decisions connected with delivery obligations.

Explore Estimating, financial control, and expense traceability capabilities ↑

Explore Scheduling, shutdowns, and execution sequencing capabilities ↑

Risk, Uncertainty, and Decision Support

Identify Technical, Commercial, Safety, Environmental, Quality, Operational, and Schedule Risks

Engineering practice and documented application

Risk, Uncertainty, and Decision Support

Develop Risk Registers, Mitigation Owners, Contingency Triggers, Assumptions, Decision Records, and Residual-Risk Dispositions

Engineering practice and documented application

Risk, Uncertainty, and Decision Support

Use Three-Point Estimates, PERT, and Monte Carlo-Style Schedule-Risk Methods

Engineering practice and documented application

Risk, Uncertainty, and Decision Support

Assess Constructability, Operability, Reliability, Maintainability, and Failure Consequences

Engineering practice and documented application

Risk, Uncertainty, and Decision Support

Compare Options Through Weighted Criteria, Tradeoff Matrices, and Documented Selection Rationales

Engineering practice and documented application

Risk, Uncertainty, and Decision Support

Track Unresolved Technical Questions, Calculation Conflicts, Test Exceptions, and Acceptance Actions

Engineering practice and documented application

Quality, Commissioning and Operating Readiness

Field inspections, loop checks, interlock tests and performance verification connect installation quality with the design basis. Turnover brings together as-built information, operating and maintenance documentation, training, punch-list closure and maintenance ownership. Post-startup support closes the loop between equipment acceptance and stable operation.

Commissioning, Qualification, Acceptance, and Turnover

Develop V&V Strategies, Commissioning Plans, Procedures, Test Scripts, and Requirement-Linked Acceptance Criteria

Engineering practice and documented application

Commissioning, Qualification, Acceptance, and Turnover

Coordinate FAT/SAT, Inspections, Mechanical Completion, Walkdowns, Cleaning/Flushing, and Readiness Certificates

Engineering practice and documented application

Commissioning, Qualification, Acceptance, and Turnover

Perform or Coordinate I/O, Loop, Continuity, Calibration, Interlock, Alarm, Logic, Safety, and Functional Checks

Engineering practice and documented application

Commissioning, Qualification, Acceptance, and Turnover

Plan Startup, Ramp-Up, Capacity/Performance Tests, Reliability Demonstrations, Anomaly Tracking, and Punch Closure

Engineering practice and documented application

Commissioning, Qualification, Acceptance, and Turnover

Verify Food-Safety, Sanitation, Thermal, Operator, Maintenance, and Operating Acceptance as Applicable

Engineering practice and documented application

Commissioning, Qualification, Acceptance, and Turnover

Prepare as-Built/as-Configured Baselines, O&M Manuals, Spares, Warranties, Training, Final Acceptance, and Ownership Transfer

Engineering practice and documented application

Commissioning, Qualification, Acceptance, and Turnover

Track Incomplete Tests, Residual Risks, Team Responsibilities, and Post-Startup Support Explicitly

Engineering practice and documented application

Lifecycle Artifacts: Startup, Acceptance, and Closeout

Prepare Commissioning/Startup Plans, Pre-Startup Safety/Readiness Reviews, Test Procedures/Results, and Ramp-Up Logs

Engineering practice and documented application

Lifecycle Artifacts: Startup, Acceptance, and Closeout

Develop Capacity/Performance-Guarantee Tests, Reliability-Demonstration Reports, Training Records, Anomaly/Punch-Closure Registers, and Acceptance Certificates

Engineering practice and documented application

Lifecycle Artifacts: Startup, Acceptance, and Closeout

Prepare as-Built/as-Configured Manifests, O&M Manuals, Asset/Spares/Warranty Registers, and Technical/Commercial Acceptance Records

Engineering practice and documented application

Lifecycle Artifacts: Startup, Acceptance, and Closeout

Develop Turnover Dossiers, Ownership-Transfer Records, and Final Cost/Schedule/Contract/Claims Closeout

Engineering practice and documented application

Lifecycle Artifacts: Startup, Acceptance, and Closeout

Maintain Controlled Archives, Retrieval Indexes, Lessons Learned, and Benefit-Realization Baselines

Engineering practice and documented application

Lifecycle Artifacts: Startup, Acceptance, and Closeout

Preserve Document Identity, Version, Phase, Requirement, Work-Package, Authority, Evidence, and Acceptance Relationships Throughout the Project-Document Lifecycle

Engineering practice and documented application

Delivery Improvement and Quantitative Controls

SIPOC, process mapping, FMEA, root-cause analysis and control plans provide a structured way to improve recurring delivery processes. Schedule-risk analysis, three-point estimates, earned-value indicators, resource planning and trend reviews support decisions about readiness and recovery. Lessons from construction and commissioning feed back into estimating, specifications and the next project's execution plan.

Lean Six Sigma, Quality Systems, and Governance Maturity

Apply DMAIC, SIPOC, Process Maps, FMEA, Control Plans, and Structured Improvement Methods Within Documented Practice or Preparation

Engineering practice and documented application

Lean Six Sigma, Quality Systems, and Governance Maturity

Use A3, 8D, Kaizen, Root-Cause Analysis, Corrective-Action Verification, and Standard Work

Engineering practice and documented application

Lean Six Sigma, Quality Systems, and Governance Maturity

Apply Documented FIFO and Takt Experience, Scheduling-Team FMEA, First-Hours Production Reviews, Backlog Control, and Changeover Improvement to Bottling-Line Work

Engineering practice and documented application

Lean Six Sigma, Quality Systems, and Governance Maturity

Develop Error-Proofing, Poka-Yoke, Visual Controls, Interlocks, and Layered Procedural Safeguards

Engineering practice and documented application

Lean Six Sigma, Quality Systems, and Governance Maturity

Link Monitoring, Triggers, Escalation, Periodic Review, Recalibration, and Evidence Retention into Closed-Loop Quality Systems

Engineering practice and documented application

Lean Six Sigma, Quality Systems, and Governance Maturity

Apply SPC/Capability Concepts to Delivery KPIs, AFE Cycle Times, SPI/CPI, and Repeatable Governance Processes

Engineering practice and documented application

Lean Six Sigma, Quality Systems, and Governance Maturity

Use PMMM Benchmarking and DFSS Modular Playbook Concepts in Improvement Planning

Engineering practice and documented application

Data Analytics, BI, and Operational Reporting

Prepare, Cleanse, Validate, Align, Transform, and Explore Production, Project, Maintenance, and Quality Datasets

Engineering practice and documented application

Data Analytics, BI, and Operational Reporting

Develop Descriptive/Predictive Analysis, Forecasts, Time-Series Views, Scenario Comparisons, and Simulation-Output Interpretation

Engineering practice and documented application

Data Analytics, BI, and Operational Reporting

Analyze Throughput, Capacity, Bottlenecks, Cycle Time, OEE, Downtime, Yield, and Process Performance

Engineering practice and documented application

Data Analytics, BI, and Operational Reporting

Build KPI Dashboards, EVM Views, Variance Trends, Benchmark Reporting, and Corrective-Action Triggers

Engineering practice and documented application

Data Analytics, BI, and Operational Reporting

Use Dashboard Tools, Data Transformation, Data Modeling, DAX, Advanced Spreadsheets, and Reporting Automation

Engineering practice and documented application

Data Analytics, BI, and Operational Reporting

Validate Data Definitions, Calculation Bases, Reconciliation, Exceptions, and Decision Traceability

Engineering practice and documented application