The lecture program consists of 19 courses, all of them compulsory. Each course lasts for two

weeks.

Principles of Turbomachinery

Pumps and applications

Centrifugal Compressors and Applications

Reciprocating Compressors and applications

Electric Motors and Variable Frequency Drives

Gas Turbine and Applications

Ancillary equipment and Rotating Machinery Packages

Instrumentation and Control of Turbomachinery

Gear Design

Vibration

Bearing design

Rotor Dynamics

Specification and Performance of Electrical and Mechanical Rotating Equipment

Fatigue, Fracture and Stress Analysis of Machine Components

Factory Tests and Field performance

Machinery Financials and Life Cycle Cost

Reliability

Rotating Equipment Maintenance

Elective modules: Seals, Compressed air, Magnetic bearings, Steam turbines, Developments of

Rotating Machinery Technology

What makes this master unique

The instructors have been carefully selected from university lectures, industry experts and

manufacturers.

We employ Problem Based Learning as the teaching methodology.

Instructors University lecturers

Delivering the basic theoretical foundations that let you understand and calculate the process.

Industry experts

Engineering and Oil and Gas companies.

Showing real applications found in everyday life.

Providing the participants with judgement to tackle real problems.

Manufacturers

Enlighten the participants as to the features of equipments currently available in the industry.

Manufacturers will bring to students real life state of the art technology and typical assessments

where theory and practice meet together.

Manufacturers will show available capabilities to meet demanding process requirements.

Problem based learning

The participants are highly motivated by the need to solve a real-life problem.

The concepts are learnt by applying them (rather than memorizing).

The discussion in teams greatly enriches the participants skills because they learn from each other.