Engineering

As a Professional Engineer (P.Eng.), I bring engineering discipline to production challenges. My approach combines theoretical knowledge with practical manufacturing experience to deliver solutions that are technically sound, economically viable, and operationally sustainable. 

Manufacturing Engineering

• Manufacturing process design and optimization

• Production line layout and material flow analysis

• Equipment selection and specification

• Work cell design and ergonomic workstation development

• Capacity analysis and bottleneck identification

• Design for manufacturability (DFM) reviews

• Manufacturing cost reduction through design optimization

• Production system validation and commissioning

Production Engineering

• Production system design for efficiency and scalability

• Production rate analysis and line balancing

• Equipment cycle time optimization

• Quality control system integration

• Production documentation and standard operating procedures

• Production problem-solving and root cause analysis

Pressure Vessels

• API 510 Pressure Vessel Inspector (Continuing)

• Fitness-for-service evaluations and remaining life analysis

• Pressure vessel design review and code compliance (ASME Section VIII)

• Inspection planning and execution for boilers, tanks, and pressure equipment

• Corrosion assessment and integrity management

• Repair and alteration engineering calculations

• Regulatory compliance and documentation

• Coordination with jurisdictional authorities

Mathematical Models and Statistics

• Engineering modeling and simulation for process optimization

• Statistical analysis for quality control and process capability

• Computational fluid dynamics for process systems

• Monte Carlo simulation for risk assessment

• Design of experiments (DOE) for process optimization

• Regression analysis and predictive modeling

• Six Sigma statistical methods (hypothesis testing, ANOVA, control charts)

• Data-driven decision making and optimization algorithms

Engineering Analysis

• Finite element analysis (FEA) for structural applications

• Thermal and fluid dynamics analysis for process systems

• Failure mode and effects analysis (FMEA) for risk assessment

• Engineering modeling and simulation for design validation

• Tolerance analysis and stack-up studies for assemblies

• Stress analysis and load calculations

• Root cause analysis for complex technical failures

CAD & Technical Design

• AutoCAD and Revit for facilities and production equipment

• 2D and 3D modeling for manufacturing systems using SolidWorks

• Technical drawings and documentation packages

• As-built documentation and record drawings

• P&ID (Piping and Instrumentation Diagram) development

• Design for manufacturability (DFM) reviews

• Engineering change management and revision control

• Construction and fabrication drawing sets

Equipment & Automation

• Capital equipment evaluation and ROI analysis

• Automation feasibility studies and cost-benefit analysis

• Machine specification and procurement support

• Equipment installation planning and commissioning

• Preventive maintenance program development

• Equipment performance monitoring and optimization

• Reliability-centered maintenance strategies

• Vendor evaluation and equipment selection criteria

Subsea Cable Engineering

• Subsea cable route design and feasibility studies

• Marine survey coordination and route optimization

• Cable laying methodology and installation analysis

• Environmental impact assessment for subsea installations

• Bathymetric data analysis and seabed conditions evaluation

• Cable protection design (rock dumping, articulated pipe)

• Installation vessel coordination and marine operations

• As-built documentation and route surveying

Standards & Compliance

• Engineering standards development and documentation

• Technical specification writing for procurement and construction

• Regulatory compliance (pressure vessels, electrical, mechanical)

• Code compliance (ASME, API, CSA, NBC, building codes)

• Professional engineer stamp and certification

• Permit applications and regulatory submissions

• Quality assurance and quality control procedures

• Safety compliance and hazard assessments

Construction Engineering

• Construction project planning, scheduling, and execution

• Site supervision and construction management

• Material selection and procurement for construction projects

• Construction cost estimating and budget control

• Building systems design (mechanical, electrical, plumbing)

• Construction quality control and inspection

• Contractor coordination and project closeout

• Value engineering and constructability reviews

Structural Analysis

• Structural design and analysis for buildings and equipment

• Steel structure design (beams, columns, connections)

• Load calculations and stress analysis

• Foundation design and soil-structure interaction

• Equipment support structures and platforms

• Seismic analysis and wind load calculations

• Structural modifications and retrofit design

• Finite element analysis (FEA) for complex structures

Retaining Wall Design

• Soil pressure calculations and stability analysis

• Earth pressure theory applicatio

• Bearing capacity and settlement analysis

• Drainage design and waterproofing systems

• Retaining wall construction details and specifications

• Geotechnical investigation coordination

• Cost-effective retaining wall solutions for site constraints

• AutoCAD (2D/3D design and drafting)

• Revit (building information modeling)

• SolidWorks (3D modeling and assemblies)

• AutoCAD Plant 3D (P&IDs and piping design)

• MATLAB (engineering calculations, modeling, and statistical analysis)

• Microsoft Project (project scheduling and critical path analysis)

• Advanced Excel (engineering calculations, VBA automation, statistical analysis)

• FEA Software (structural and thermal analysis)

I bridge the gap between engineering theory and real-world implementation, ensuring designs are not only technically correct but also buildable, maintainable, and cost-effective.

i apply rigorous engineering principles while keeping projects on schedule and within budget. Every engineering decision considers safety, reliability, manufacturability, and total cost of ownership.