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Mechanical Engineering Essentials

Rotating & Static Equipment & Structural Integrity

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Why Choose Us

The Mechanical Engineering Essentials training course provides a comprehensive grounding in core mechanical engineering principles, practices and their practical application. It is intended for professionals working across the mechanical, process, petrochemical and related industries. Participants can refresh their existing knowledge while developing a stronger understanding of modern mechanical engineering concepts. The course builds practical skills across a broad range of relevant engineering topics.

Key areas include material properties, design fundamentals and the inspection of static and rotating equipment. Participants also study pressure vessel design, heat exchanger types and piping systems in depth. Pumps and turbines are examined alongside the practices and standards relevant to industry. This knowledge provides engineers with essential tools for addressing modern engineering challenges effectively.

This Mechanical Engineering Essentials training course will highlight:

  • Understanding the properties of engineering materials
  • Applying fundamental mechanical design principles
  • Inspecting static and rotating equipment
  • Examining pressure vessel design and heat exchanger types
  • Understanding the principles of piping systems
  • Exploring pumps, turbines and relevant industry standards
Why Choose Mechanical Engineering Essentials
Course Goals

What are the Goals?

Upon completing this Mechanical Engineering Essentials Training Course, participants will be able to:

  • Conduct Non-Destructive Examinations (NDE) on rotating and static equipment.
  • Choose suitable materials for various types of mechanical equipment.
  • Comprehend the operating principles and design requirements of mechanical systems.
  • Apply corrosion protection strategies to equipment.
  • Identify and diagnose different failure modes in static and rotating mechanical equipment.

Who is this Training Course for?

This Mechanical Engineering Essentials training course is designed for:

  • Mechanical Engineers
  • Graduate Mechanical Engineers
  • Mechanical Design Engineers
  • Maintenance Engineers
  • Plant Engineers
  • Production Engineers
  • Manufacturing Engineers
  • Project Engineers
  • Reliability Engineers
  • Mechanical Engineering Technicians
Learning Approach

How will this Training Course be Presented?

This Mechanical Engineering Essentials Training Course uses a combination of proven learning methods to provide an engaging and comprehensive understanding of the subject. It integrates theoretical principles, practical applications, and real-world industry examples to ensure the material is relatable.

The course presentation includes the following key features:

  • Well-structured presentations supported by detailed discussions and question-and-answer sessions.
  • Case studies and examples addressing different levels of expertise.
  • Detailed course notes and presentation resources for future consultation.
  • Reviews of real-world incidents to reinforce essential lessons.

The course ensures that participants gain valuable insights into mechanical engineering while also developing the ability to apply those insights effectively within their professional roles.

The Course Content

Static Equipment, Pressure Vessels

  • Pressure vessel parts and Service Classification
  • Overview of ASME VIII-1
  • Material Selection, Designation and Essential Properties
  • Corrosion, Types, Allowance and protection
  • Overview of API pressure vessel inspection
  • Non-Destructive Examination 

Static Equipment, Heat Exchangers

  • Classification of Heat Exchangers
  • Overview of TEMA
  • Design of Shell and Tube heat Exchangers
  • Design of Air cooled and Plate Heat Exchangers
  • Overview of API 660 and API 661
  • Heat Exchangers Failure Mechanisms 

Static Equipment, Valves & Piping

  • Valves Types and Characteristics
  • Valve Components, Selection and Materials 
  • Valve and Actuators Sizing
  • Piping Systems and Pipe Materials & Coatings
  • Overview of API 570 - Inspection & Repair of Pipelines
  • Fitness for Service, API 579 overview

Rotating Equipment, Pumps & Compressors

  • Pump Types and Performance Curves
  • NPSH and Cavitation
  • Pump Selection and Sizing
  • Types of Compressors and Performance Curves
  • Surge, Stall and Chocking

Rotating Equipment, turbines

  • Classification of turbines
  • Gas turbines Main Components and Control
  • Steam Turbines Main Components and Control
  • Turbine Materials and Coatings 
  • Failure analysis of Gas Turbine Components
  • Failure analysis of Steam Turbine Components 
Recognition

Certificate

  • • Wallstreet Development Academy Certificate of Completion for delegates who attend and complete the training course.

Frequently Asked Questions

The course covers essential mechanical engineering topics related to rotating equipment, static equipment and structural integrity. It brings these three areas together within a single course focus. More detailed topic coverage is not specified in the provided course information.
Yes, the course explicitly covers both rotating equipment and static equipment. These subjects are presented alongside structural integrity as the course’s main areas of focus. The available information does not list the individual equipment types discussed.
The course is relevant to people seeking essential knowledge of rotating equipment, static equipment and structural integrity. It may suit professionals whose work involves or interfaces with these mechanical engineering areas. Specific job roles, experience levels or entry requirements are not stated.
The course addresses both equipment-related and structural topics. Its scope includes rotating equipment, static equipment and structural integrity rather than focusing on only one discipline. This combined emphasis reflects the course subtitle.
You will learn about core mechanical engineering considerations for rotating equipment, static equipment and structural integrity. The course is designed around these essential subject areas. Specific learning objectives and technical topics are not provided in the available course description.
Structural integrity is one of the three principal areas covered by the course. It complements the course’s focus on rotating and static equipment. The provided course information does not specify particular structural integrity methods, standards or assessment techniques.
The course develops essential knowledge across rotating equipment, static equipment and structural integrity. It provides a foundation for understanding these connected mechanical engineering areas. The available material does not identify specific practical exercises, analytical methods or competency levels.
The provided course information does not state any prerequisites or required level of experience. The title indicates an essentials-level focus, but no specific entry criteria are given. Prospective participants should therefore refer to any separate enrolment guidance for prerequisite details.

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