Lifecycle Artifacts: Front-End and Design — Application Review

Can the design decision be traced from need and alternatives to a controlled execution basis?

Connect front-end records to scope, risk, calculations and acceptance strategy.

Complementary capabilities: Evaluate Investment Returns and Lifecycle Economics, Evaluate Uncertainty and Event Likelihood.

• Built Cost-per-Gallon, NPV, Breakeven, Labor, Media, Electrical, CIP, Membrane-Life, and Expansion-Deferral Models. — Application relevance
• Developed the AFE, Schedule, Exclusions, Value-Engineering Decisions and Permitting Plan; Defined Sealed-Drawing, Routing-Plan and Soil-Report Requirements — Application relevance

Can the design decision be traced from need and alternatives to a controlled execution basis?

Connect front-end records to scope, risk, calculations and acceptance strategy.

Complementary capabilities: Compare Alternatives Using Weighted Decision Criteria, Check Engineering Units and Calculation Assumptions.

• Built Repair-Vs-Replace Model Using Historical Spend, Tanker Costs, Labor/Freight Exposure, Depreciation, Write-Offs, and Production Impact. — Application relevance
• Developed Exploratory Bed-Volume, Column, Pump, Batch and Resin Calculations; Identified Formula-Error Cells for Correction Before Final Sizing — Application relevance

Can the design decision be traced from need and alternatives to a controlled execution basis?

Connect front-end records to scope, risk, calculations and acceptance strategy.

Complementary capabilities: Model Systems, Interfaces and Traceability, Identify Engineering, Operating and Delivery Risks.

• Conveyor Electrical and Safety-Control Specifications — Application relevance
• Developed the AFE, Schedule, Exclusions, Value-Engineering Decisions and Permitting Plan; Defined Sealed-Drawing, Routing-Plan and Soil-Report Requirements — Application relevance

Can the design decision be traced from need and alternatives to a controlled execution basis?

Connect front-end records to scope, risk, calculations and acceptance strategy.

Complementary capabilities: Model Operating Constraints and Feasible Schedules, Translate Needs into Verifiable System Requirements.

• Requirements-to-Acceptance and Turnover Controls — Application relevance
• Versioned Requirements — Application relevance

Can the design decision be traced from need and alternatives to a controlled execution basis?

Connect front-end records to scope, risk, calculations and acceptance strategy.

Complementary capabilities: Plan Schedules, Resources and Critical Sequencing, Plan Verification and Requirement-Based Acceptance.

• P&IDs, PFD, Instrument List, Control Narrative, Electrical Power Plan, 3D Scan, 29-30 Week APO Schedule, and A207360 Schedule — Application relevance
• Requirements-to-Acceptance and Turnover Controls — Application relevance

Can the design decision be traced from need and alternatives to a controlled execution basis?

Connect front-end records to scope, risk, calculations and acceptance strategy.

Complementary capabilities: Model Systems, Interfaces and Traceability, Check Engineering Units and Calculation Assumptions.

• Designed and Reviewed Electrical Load Plans from a New 1000A 480V Subpanel, Sized Disconnects, VFD Panels, and Power Distribution for Conveyor Drives and OEM Machines — Application relevance
• P&IDs, PFD, Instrument List, Control Narrative, Electrical Power Plan, 3D Scan, 29-30 Week APO Schedule, and A207360 Schedule — Application relevance

Can the design decision be traced from need and alternatives to a controlled execution basis?

Connect front-end records to scope, risk, calculations and acceptance strategy.

Complementary capabilities: Analyze Failures and Asset Replacement Needs, Plan Verification and Requirement-Based Acceptance.

• Conveyor Electrical and Safety-Control Specifications — Application relevance
• Refrigeration Scope and Delivery Coordination — Application relevance