Stanley Thompson P.E.

Project Engineering Manager

contact@stanleythompsonpe.comlinkedin.com/in/stanley-thompsonKansas City, MO

Elite Project Engineering Manager specializing in heavy-industry engineering, construction, and major CapEx execution ($400MM+). Unique capability to bridge elite technical EPC orchestration with forward-thinking AI-agentic systems, driving unprecedented operational efficiency, critical path defense, and lump-sum contract compliance.

Execution Architecture

/ai-agent-orchestration

  • ├── Agentic Workflow Architecture
  • ├── Generative AI Integration
  • ├── Advanced Prompt Engineering
  • └── Intelligent Dashboard Systems

/full-stack-systems

  • ├── Next.js & React Web Apps
  • ├── Semantic RAG (Retrieval)
  • ├── Modern UI/UX Design
  • └── Python Backend Logic

/epc-execution-core

  • ├── Primavera P6 Defense
  • ├── EVM & Cost Controls
  • ├── Intelligent Contracts
  • └── Cross-Functional Leadership

Major-CapEx Project Execution

ProEnergy Services | Project Engineering Manager

2024 - Present
CAPEX: $400MMSCALE: 384-MW
  • Financial Execution: Delivered $30MM+ in BOP major equipment milestones. Aligned global vendor engineering and production directly with strict site 'need-by' dates to actively target early-completion bonuses.
  • Critical Path Defense: Navigated a highly complex $1.5MM 230kV/500kV switchyard re-design. Successfully absorbed a 30-day engineering extension by aggressively re-sequencing logic, protecting the EPC baseline and mitigating downstream construction schedule risk.
  • EVM & Subcontractor Control: Directed 3rd-party Engineers of Record (EOR) via rigid Earned Value Management (EVM). Tracked weekly SPI/CPI against lump-sum payout schedules to guarantee flawless integration, constructability, and strict quality compliance.

Schlumberger | Senior Field Engineer

2012 - 2015
CAPEX: Deep-Water ExplorationSCALE: International Operations
  • High-Stakes Operational Command: Directed international open-hole wireline operations in highly volatile offshore environments, where millions of dollars in deep-water rig time depended on flawless, zero-variance execution.
  • Real-Time Data Architecture: Utilized advanced downhole telemetry systems to interpret critical reservoir data, immediately translating complex metrics into actionable decisions for wellsite clients.
  • Rapid Leadership Ascension: Earned multiple accelerated promotions over a 3-year tenure based on an unbreakable safety record and consistent operational delivery under extreme pressure.

Kiewit | Mechanical Engineer – Carbon Capture

2023 - 2024
CAPEX: 1.75M tons CO2/yrSCALE: 550-MW (Calpine Sutter)
  • Mega-Scale CCUS Engineering: Spearheaded the primary amine system design for the 550-MW Calpine Sutter Energy Center. Successfully engineered a targeted 1.75M metric ton annual CO2 capture rate at an aggressive 95% efficiency benchmark.
  • Technical Procurement Strategy: Owned the specification and engineering of critical ISBL capture equipment (thermosiphon reboilers, lean/rich cross exchangers, amine desorbers). Developed strict performance datasheets to evaluate vendor pricing and validate technical feasibility.
  • Executive Financial Feasibility: Evaluated novel flue gas plume abatement strategies and presented comprehensive CAPEX/OPEX analyses directly to project owners, ultimately securing client financial commitment to proposed technical solutions.