Fundamentals of Process & Mechanical Technology

Fundamentals of Process & Mechanical Technology

Course Category : Oil & Gas Management

A practice-oriented technical programme integrating process and mechanical engineering fundamentals to support safe operations, equipment reliability, and sound engineering decision-making in process industries.
5 Days | Level: Intermediate.

Starts On

14 - September - 2026

Ends On

18 - September - 2026

Location

Germany – Frankfurt

Language

English

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View Course Introductory PDF

Targeted Audience

Process Engineers
Maintenance and Production Engineers
Petroleum and Energy Engineers
Industrial and Plant Chemists
Utilities and Facility Engineers
Technical and Middle Management Professionals

Targeted Skills

Integrated understanding of process and mechanical engineering
Analysis of fluid flow, heat transfer, and separation systems
Evaluation of material behaviour and mechanical failure
Interpretation of process flow diagrams and P&IDs
Application of inspection, maintenance, and condition monitoring
Linking safety and economics to engineering decisions

Expected Outcomes

Apply core process and mechanical engineering principles in industrial facilities.
Analyse and operate separation units, heat exchangers, and rotating equipment.
Interpret failure and corrosion mechanisms and mitigation methods.
Use inspection and non-destructive testing techniques for asset integrity.
Support operational and maintenance decisions using engineering and economic analysis.

Training Topics Index

Mass and energy balances
Batch and continuous processes
Process flow diagrams and P&IDs
Fluid flow and hydraulics
Industrial safety and hazard studies

Heat transfer mechanisms and insulation
Heat exchangers, boilers, and condensers
Reaction engineering fundamentals
Catalysis and green engineering concepts
Process control principles

Pressure vessels and piping systems
Pumps, compressors, and mixers
Performance curves and safe operation
Valves and flow control devices
Equipment integration with process systems

Material properties and selection
Fracture, fatigue, and creep
Corrosion mechanisms and protection
Non-destructive testing techniques
Fitness for Service principles

Maintenance strategies and philosophies
Maintenance management systems
Condition monitoring and vibration analysis
Process and maintenance economics
Engineering decision support