Introduction

PMP Exam preparation course will guarantee your success in the PMP exam. You will gain needed knowledge and skills to prepare for the PMP Exam. This course takes you through the 10 knowledge areas of the PMBOK® Guide (Sixth Edition) along with essential terminologies, tools and techniques.

This “36 Contact Hour PMP Exam Prep.” course is dedicated to all PMP exam aspirants who want to pass the PMP certification exam on their first try.

Course Description

This training course gives you the knowledge and skills to ensure that your projects are completed on time and on budget while giving your client the agreed upon product. The course uses presentations, exercises, and discussions of industry- specific examples. Today, there are approximately 273,000 PMPs worldwide. This may seem like a very large number. However, when you compare it to the 16 million professionals actively employed in project management today, it represents only a very small percentage.

Why Obtain the PMP Certification?

• The PMP certification recognizes demonstrated competence in leading and directing project teams. It provides project managers with a solid foundation of experience, education and competency to successfully lead and direct projects that will have a positive impact on a company’s bottom line results. 


• Internationally recognized credential across an array of industries that employ project managers 


• Unique competitive advantage 


• Increased marketability

• Higher salaries compared with non-credentialed peers 


Course Modules 


This program provides an overview of the project environment, life cycle and organization. It provides detailed coverage of The Ten Knowledge Areas defined in “A Guide to the Project Management Body of Knowledge, (PMBOK® Guide) – Sixth Edition, Project Management Institute, Inc., 2013“: 


• Scope Management 


• Time Management 


• Cost Management 


• Quality Management 


• Human Resources Management 


• Communications Management 


• Risk Management 


• Procurement Management 


• Stakeholder Management 


• Integration Management 


And you will also learn

• Prepare to pass the PMP exam

• Navigate the process groups and knowledge areas of the PMBOK® Guide – Sixth Edition

• Identify and map the inputs and outputs of the PMBOK® Guide processes

• Align your project management knowledge with PMBOK® Guide terminology and 
definitions

• Analyze PMBOK® Guide tools and techniques essential for PMP exam preparation 
success

• Create a personalized plan for self-study to focus your efforts after the course

 Course Outline 


• Introduction to the PMBOK® Guide and Project Management Framework

• Project Integration and Scope Management

• Project Time Management

• Project Cost Management

• Project Quality Management

• Project HR Management

• Project Communication

• Project Risk Management

• Project Procurement Management

• Professional Responsibility and Ethics

• Plan for the Exam

Course Objectives 


Research has consistently demonstrated that when clear goals are associated with learning, it occurs more easily and rapidly. With that in mind, let’s review our goals for today. 
At the end of this program, participants should be able to: 


• Describe professional project management 


• Initiate a project 


• Plan project work 


• Develop project schedules 


• Develop cost estimates, and budgets 


• Plan project quality, staffing, and communications 


• Analyze project risks 


• Plan project procurement 


• Manage project procurement 


• Eexcute project work 


• Monitor and control project work 


• Monitor and control project schedule and costs 


• Monitor and control project quality, staffing, and communications 


• Monitor and control project risks and contracts 


• Close the project 

Target Audience

The program is designed for project managers and directors who have a desire to increase their team’s overall performance, productivity and profitability. This training program will be of interest to a wide range of Experienced Project Managers who want to obtain their PMP Exam certification Project Leaders and Project Team Members. And also:

• Project enthusiasts, entrepreneurs, Junior Engineers with minimum 2 years of experience

• Managers (Directors – General Managers)

• Professionals interested in applying for the PMP Exam

• Individuals who are performing projects as a project coordinator, project lead or project manager or business analysts

This training course will feature:

Principles of compressor, pump and blowers and fans start up and operation
Best practices for maintenance and repair
Measurement and control of performance of these machines
Inspection and diagnosing the root cause of problems
Troubleshooting techniques for operational problems of pumps, compressors and turbines

What are the Goals?
By the end of this training course, participants will be able to:

Understand operation of various types of compressors, pumps, and blowers
Operate compressors pumps and blowers close to their design efficiency
Monitor compressor, pump and blowers reliability and availability
Combine range of operation and cost effectiveness
Select the best operation and maintenance strategy
Troubleshoot compressor, pump and blowers problems

Program Contents:

1- Introduction of Rotating Equipment
 Fundamentals
 Definitions
 Prime movers

2- Compressor, Fans & Blowers Maintenance
 Classification of Compressors
 Industrial centrifugal compressors
 The principles of compression
2.1 Centrifugal Compressor
 Compressor Parts
 Axial force on impeller
2.2- Axial Flow Compressor
 The advantages of axial compressors
 The disadvantages of axial compressors
2.3- Combined Axial and Radial Compressor Applications
2.4- Centrifugal Compressor Performance Curves
2.5- SURGE PHENOMENON
2.6- Centrifugal Compressor Shaft End Seals
 Types Shaft End Seals
2.7- POSITIVE DISPLACEMENT COMPRESSORS
 RECIPROCATING COMPRESSORS
 Multistage reciprocating compressors
 ROTARY COMPRESSORS
 ROTARY COMPRESSORS
2.8- FANS & BLOWERS
 AXIAL FANS
 CENTRIFUGAL FANS
2.9- BLOWERS
2.10- Compressors & Gas Compression Ranges of Application
2.11- Start up and shutdown a dynamic compressor
2.12- Troubleshooting a centrifugal compressor
2.13- Troubleshooting a reciprocating compressor
2.14- Miscellaneous Centrifugal compressors
2.15- Miscellaneous Axial compressors

3- Pump Maintenance
 What is Pump?
 Application of Pump
 Pump Classification
3.1- Dynamic Pumps
 Centrifugal Pump
 Axial Flow Pump
 Mixed Flow Pumps
 Net Positive Suction Head (NPSH)
 ADVANTAGES AND DISADVANTAGES OF CENTRIFUGAL PUMPS
 Multistage Impellers Arrangement
 HOW TO READ A PUMP CURVE
 Cavitation
 Centrifugal Pumps Troubleshooting
3.2- Positive Displacement Pump
 RECIPROCATING PUMP
 Piston PUMP
 Plunger PUMP
 DIAPHRAGM PUMPS
3.3- ROTARY PUMP
 External Gear Pump
 INTERNAL GEAR PUMP
 LOBE PUMP
 SLIDING VANE PUMP
 SCREW PUMPS
 Progressive Cavity Pump
 Some Other Design
3.4- Do's and Don'ts
3.5- Pump Seal
3.6- Miscellaneous Pumps
3.7- CENTRIFUGAL PUMP CONDITION EVALUATIO

Certifications:

1- Certificated accredited by Multiserv with NVQ number

Period: 30 Hrs - 10 days - 3 days per week - 6:9 PM (ONLINE)

The Trainer Development Programme requires interventions to strengthen delivery and supplement content with pedagogical knowledge, current best practices and tools, technological advancements and implement cost effective and high quality training strategies. Certification of trainers under the Trainer Development Programme is on a renewable basis related to their actually conducting a required number of training programs and also attending courses meant for upgrading their skills.

Learning outcomes
On successful completion of the course, participants will be able to:
 identify skills which are transferable from teaching to training
 identify and describe learning styles
 relate learning styles to activity types and tasks
 define motivation and relate it to training contexts
 relate teacher levels of experience to issues and challenges in delivering
training
 analyze problems and provide solutions to enable effective presentation of
input and activities
 provide constructive feedback to trainees
 evaluate training materials for trainees of different experiential levels
 establish a checklist of evaluation criteria
 express valid, measurable learning outcomes
 deliver a teacher training activity to peers
 provide constructive feedback to fellow participants on micro-training
activities
 create and deliver motivating and effective workshops.

Program Contents:

PART I: TRAINING FUNDAMENTALS
1. REASON FOR TRAINING
2. TRAINER ROLE
3. SYSTEMATIC TRAINING
4. LESSON PLANNING
5. QUESTIONING

PART II: CLASSROOM MANAGEMENT
1. CLASSROOM MANAGEMENT
2. LEARNERS MOTIVATION
3. COACHING
4. EVALUATION OF LEARNING

PART III: EFFECTIVE LEARNING
1. LEARNER CENTERED APPROACH
2. LEARNING STYLE
3. COLLABORATIVE / COOPERATIVE

PART IV: IMPROVING TEACHING
1. DEMONSTRATION METHOD
2. TRAINERS COMPETENCIES
3. EFFECTIVE PRESENTATION

Optional:::

PART V:Advanced Assessor
1. Assessor role
2. Assessment types
3. Assessments methods
4. Assessment planning
5. Carryout an assessment
6. Feedback

Certifications:

1- TOT certificated accredited by Multiserv with NVQ number
2- Advanced Assessor Certificate by C&G

Course objectives:
Upon completion of the course. Participates will be able:-
• To define the concept of control with basic elements of control loop. To
explain interconnection between control system and field.
• To define the components of DCS and architecture
• To explain applications and selection criteria of DCS in different processes.
Who should attend:
The course is designed for Instrumentation engineers, supervisors and technicians.
Course duration: 20 hours
Course contents:
• Concept of Process Control:
➢ Control System Definition
➢ Process Control Definition
➢ Basic Elements of Control Loop
➢ Standard Instrument Signals
➢ Smart Transmitters
• Introduction To Digital Control System
➢ Direct Digital Control (DDC)
➢ Programmable Logic Controller (PLC)
➢ SCADA
➢ DCS
➢ Main Differences Between DCS, PLC and SCADA
• DCS Structure and Main Components
➢ Controller Systems and Input/Output Modules
➢ Operator Stations

Page 2 of 2 Eng. Moataz Sherif

➢ Engineering Stations
➢ Control Network
➢ Advantages and Disadvantages of DCS
• Signal Transmission
➢ Digital Vs. Analog Communications
➢ Fieldbus Technology
➢ HART
➢ Foundation FieldBus
• Networking
➢ Open System Model
➢ Network Topologies
➢ Network Cables
➢ Industrial Network
➢ Servers
• DCS Controller
➢ Hardware Description
➢ Process Control Software
➢ Redundancy
➢ Diagnostics and Fault Announcements
➢ A practical Example (ABB Advant Controller 450)
• Operator Station
➢ Hardware
➢ Operation and Configuration
➢ A Practical Example (ABB Advant OCS)
• Overview of Practical DCS Systems
➢ ABB System Adant OCS for Advant Master
➢ ABB System 800xA Architecture for Advant Master

Course objectives:
Upon completion of the course. Participates will be able :-
• To define the function of the control valve in the process
• To define types of control valves in industrial applications
• To explain components of control valves and their construction and how to
select them according to process requirements
• To define different types of control valve accessories
Who should attend:
The course is designed for Instrumentation engineers, supervisors and technicians .
Course duration: 16 hours
Course contents:
➢ Introduction
➢ Valve Body
• Valve Trim
• Control Valve Characteristics
• Classifications of control valve
o Sliding-stem valves
▪ Globe Valves
▪ Gate Valves
▪ Diaphragm Valves
o Rotary-stem valves
▪ Ball Valves
▪ Segmented Ball Valves
▪ Butterfly Valve
o Dampers and louvres
➢ Control Valve Fundamentals
• Control Valve Capacity – Cv
• Valve Recovery Coefficient
• Control Valve Problems
o Mechanical Friction
o Flashing
o Cavitation

Page 2 of 2 Eng. Moataz Sherif

o Choked Flow
o Valve Noise
o Erosion
o Chemical attack
➢ Control valve actuators
• Pneumatic actuators
• Hydraulic actuators
• Electric actuators
• Hand (manual) actuators
➢ Valve failure mode
➢ Actuator bench-set
➢ Valve positioners
• Pneumatic positioners
• Electronic positioners
• Smart Positioners
• Calibration of valves positioners
➢ Split ranging
➢ Solenoid Valves
➢ Other valves accessories
• Volum booster
• Quick exhaust
• Lock-in relay