Engineering Case Studies & Execution Highlights

Proven project delivery for US, Canadian, and Global EPC Contractors & OEM Manufacturers.

🔒 NDA Compliant Projects ASME / AISC / ISO Standards
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Featured Engineering Deliverables

A selection of multidisciplinary engineering packages executed with precision quality audit workflows.

📍 Houston, Texas (US EPC) Piping Stress Analysis CAESAR II ASME B31.3

High-Pressure Refinery Line Stress Analysis & Nozzle Load Mitigation

Challenge: Excessive thermal expansion on a high-temperature process header causing allowable nozzle load overruns on a critical heat exchanger pump connection.

Execution: Modeled complete 3D piping geometry in CAESAR II, recalculated spring hanger configurations, and re-routed loop offsets without exceeding field space constraints.

Key Impact & Metrics: • Reduced pump nozzle thermal moment load by 38%.
• Delivered 45+ ISO spool drawings within 8 business days.
• 100% ASME B31.3 code compliance sign-off.
📍 Detroit, Michigan (Automotive Tier-1) Welding Fixtures SolidWorks GD&T (ASME Y14.5)

Robotic BIW Chassis Welding Fixture & Workholding Design

Challenge: Rapid tooling turnaround required for an EV chassis component assembly line with tight GD&T tolerance limits ($\pm 0.2\text{ mm}$).

Execution: Designed pneumatic clamping modules, modular pin locators, and 3D surface CAD models optimized for low-cost CNC machining and rapid operator loading.

Key Impact & Metrics: • Reduced fixture manufacturing cost by 18% through DFM component optimization.
• Issued complete 2D production drawings with 100% GD&T callouts.
📍 Alberta, Canada (Process Skid) FEA Simulation ANSYS Mechanical AISC 360

Skid Structural Frame Dynamic Load & Seismic FEA Validation

Challenge: Validating a 15-ton modular compressor skid under transport impact dynamics and Canadian seismic building code requirements.

Execution: Conducted static, modal, and non-linear dynamic FEA in ANSYS Mechanical, reinforcing local beam gussets and base plate anchor points.

Key Impact & Metrics: • Saved 1.2 tons of steel weight through structural optimization.
• Passed dynamic vibration frequency limits to eliminate field resonance risk.

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