Training Courses


AVEVA PDMS (Plant Design Management System)

Duration                       : 8 Days (5 hrs daily)

Software used  :           PDMS 12.0

FEES :Please contact us

Objectives:

The course objective is to train the students in Plant Design which includes Equipment Design, Routing (Piping), Structures & Drafting. The student will learn about above mentioned modules.

About the software:

AVEVA PDMS 3D design software delivers maximum productivity and capability on all types of plant project, from the smallest upgrade to new build projects of unlimited size and complexity. PDMS users range from small engineering contractors to many of the largest multinational process and power companies.

 

Expected Learning Outcome

 EQUIPMENT & PIPING MODULE:

  • Introduction to the Design module
  • Controlling the display
  • The Equipment application
  • Hierarchy and naming conventions
  • Creating and editing equipment and primitives
  • The Piping application
  • Creating and editing piping systems and components
  • Data consistency checking
  • Clash detection
  • Isometric generation

STRUCTURAL MODULE:

  • Introduction to the Design module
  • Controlling the display
  • The Structural Beams & Columns application
  • The Panels and Plates application
  • Hierarchy and naming conventions
  • Creating and editing structural elements
  • Curved Steel
  • Clash Detection

DRAFTING MODULE:

  • Introduction to the Draft module
  • Hierarchy and naming conventions
  • Creating Drawings, Sheets and Views
  • Dimensioning Application - annotation
  • Labeling Application
  • Section Planes
  • 2D Drafting

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Why PDMS Training?

Every Oil & Gas Drilling Project and facilities like FPSO Refineries and even Power Plant are generally worth millions of dollars, it would be very risky to commence any operation on it without having a well detailed conceptual design. This is to avoid manufacturing errors such as quantity / size of material that does not fit the needs etc. Preliminary Design of Piping & Instrumentation Diagram (P & ID) and 3D Model Verification holds a very important role in every Oil & Gas project, for the purposes of planning and construction, startup, testing up to operational lifetime and decommissioning. Therefore the importance of design can never be over looked.

PDMS Opportunities

The opportunities for trained PDMS Engineers are ever increasing globally in the Engineering world. As PDMS becomes a first choice for top Oil and Gas/Engineering Design companies to sustain their industry position for competitive advantages, it creates a great demand for trained PDMS professionals.
With a sound Knowledge of PDMS, your chances of getting employed are quite unlimited. The energy industry has never a time been more demanding and in need of skilled graduates with extra skills like PDMS. Multinational companies harness the powers of PDMS in their every day projects that is the reason behind the recent training of some Engineers in PDMS by PTDF to meet up with local content demand.

Eligibility/Prerequisites.

Knowledge of Windows XP, Keyboard Skills, and a Degree/Diploma on any Engineering or science related discipline. Target Audience All Designers and Engineers, Fresh Graduates, Under Graduates and Engineering Professionals. Training material from DPROS Global Resource ltd is specifically designed and tailored by experienced practitioners, designers and engineers in the industry in other to give you the best. You will have direct knowledge sharing from experienced practitioners and professional engineers. During training, our instructors will use a combination of theory and hands-on case study prepared from existing Oil & Gas Projects to make illustrations for trainees and you will also be designing a Process Plant Facility using PDMS as your final Project

ASPEN Hysys

Duration           : 8 Days (5 hrs daily)

Software used  :  Aspen Hysys

FEES :Please contact us

 hysys

This Training will teach you how to use Aspen HYSYS in developing and analyzing the maximum effectiveness of a process flow system. We will equip you with the necessary skills, insights and knowledge in steady-state & dynamic modeling with hysys .The training will also cover practical hands-on approach in Steady state process simulation and design, which ensures that optimal designs are identified, that equipment is performing as-per specification and to evaluate retrofits and improve a process.

 ASPEN HYSYS COURSE OVERVIEW

HYSYS Steady State Modeling 

Module 1 - Aspen Hysys Basics

Module 2 - Propane Refrigeration Loop

Module 3 - Refrigerated Gas Plant

Module 4 - NGL Fractionation Train

Module 5 - Oil Characterization

Module 6 - Gas Gathering Operations

Module 7 - Two Stage Compression

Module 8 - Acid Gas Sweetening

Module 9 - Natural Gas Dehydration

Module 10 - Reporting & Simulation

HYSYS Dynamic State Modeling 

Module 1 - Basic Control Knowledge

Module 2 - Steady state Modeling

Module 3 - Pressure-Flow (PF) specification theory

Module 4 - Dynamics Fundamentals 1 (column Design Dynamics)

Module 5 - Dynamics Fundamentals 2 (column rating Dynamics)

Module 6 - Equipment Sizing

 

Training materials & Take Home:

•Aspen Hysys Training manual

•Process Engineering videos & Ebooks

• Certificate of completion

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CAESAR II

Duration           : 8 Days (5 hrs daily)

Software used  :  InterGraph CAESAR II

FEES :Please contact us

Training Scope : This Training covers proper piping system modeling guidelines, methods of static and dynamic analysis of piping systems, evaluation of system designs, and effective approaches to system redesign in compliance with standard piping codes. The presentation is based on hands-on solution of example problems in order to illustrate the use of CAESAR. No previous experience in the use of CAESAR is required, but some background in pipe stress analysis is desirable. A discussion/question/answer format is also employed in order to maximize retention of course material and theoretical concepts. Persons attending the training should expect to leave the course with a working knowledge of CAESAR II, and pipe flexibility.

Topics Covered Includes

* Basic piping components and assumptions; element assembly
* Code compliance requirements
* Spring Hanger design
* Pipe supports (linear vs. non-linear)
* Stress Intensification Factors
* Introduction to expansion joints
* Cold Spring effects
* Basic dynamics theory
* Harmonic analysis
* Eigen solutions
* Seismic analysis

Who Can Participate?

 Engineers in the piping design and analysis field;
practicing piping engineers requiring background on Code compliance and trends in piping design, analysis and fabrication
 Existing and prospective CAESAR users

What’s In It For You?

 • Delegates will learn to analyze problems that, until now, had to be set outside the company to "specialists".
 • Save time by learning to solve potential pipe stress problems more accurately and more quickly.
• Save company money by helping keep more jobs in-house, provide more accurate cost estimates, and save future re-designs by having a better system from inception.
• Your company will gain that competitive edge it needs in today's marketplace.

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AutoCAD 2D & 3D

AutoCAD 2D & 3D

Duration                    : 6 Days (5 hrs daily)

Software used           :  Autocad 2013 or 2014

 

Objective

Autocad 2D training course objective is to equip participants with in-depth skills to use & application of 2D CAD drawing skills in Engineering design, drafting and detailing of drawings to standard using a Autocad 2D drafting tools and commands. Upon completion participants will be able To navigate the interface of autocad comfortably, using all the built in features to produce accurate drawings to precision and details for site use, Preseningt drawings and details in a visually impressive manner.

Contents

  •     Introduction to AutoCAD 2D
  •     Drafting Settings
  •     2D Drawing Commands
  •     Sketch Modify Commands, Modifying Object Properties
  •     Layer Management
  •     Detail Dimensioning of Entities.
  •     Productivity Tools in 2D Drafting
  •     Working with Dynamic Blocks, Constraints and Parameters
  •     Slides creation (Mslide, Vslide and Scripts)
  •     Working with External References, AutoCAD Design Center
  •     Plotting styles and Setting printers
  •     Layout Management

AutoCAD 3D

Objective
Autocad 3D training course objective is to teach the participants more advance features; on the technique; on how to design and model products in 3D design software, encapsulating surfaces and solids in visualizing engineering designs.
Contents

  •     Learn 3D Modeling
  •     Viewpoint
  •     View ports
  •     UCS
  •     3D Coordinate System
  •     UCS, Wire Frame
  •     Surface & Solid Modeling
  •     Using 3D Surface Primitive
  •     Shading the Model
  •     Slice/section
  •     Union/Subtract
  •     Interfere/intersect
  •     Solid Model Editing
  •     Advantage of Solid Modeling
  •     Using 3D Solid primitives
  •     Rendering Techniques
  •     About rendering engine
  •     Anti-Aliasing
  •     Rendering in View port
  •     Rendering to File

 

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ORACLE Primavera P6

Duration         : 4 Days (5 hrs daily)

Software used  :  Oracle Primavera P6 R8.3

FEES : Please contact us

Primavera P6 is a powerful project management tool for managing complex projects. Primavera is used by several multinationals and  Oil & Gas companies, it is also recommended for project managers, planners, document controllers, site engineers, supervisors, engineers, maintenance crew, shutdown projects, construction companies and PM consultants.

Objective 

Our Primavera traning course is designed to teach participants how to apply Primavera P6 in Project Management, Planning, Scheduling and Control. Trainees will learn to creat & manage large engineering projects with over thousands of activities/task and resource assignment. Learn Critical Path Method Scheduling, Best Practices and important Project Controls processes.

The Course is loaded with 3 different hands-on projects to be created by trainees during the training to reinforce the concepts taught. Participants will also Earn a Certificate by successfully completing this course and the included Projects.

Primavera Training Outline

Chapter 1: Navigation

• Primavera P6 overview

• introduction to Primavera P6

• Logging In

• Dashboards, Portfolios, Projects and Resources Tabs

• Project Workspaces

• Navigating the Project Pages

Chapter 2: Project Structures

• Enterprise Project Structure (EPS)

• Modifying the EPS

• Organizational Breakdown Structure (OBS)

Chapter 3: Project Creation

• Project creation overview

• Project Calendars

• Working with calendars

• Creating a new project

Chapter 4: The Work Breakdown Structure

• Work Breakdown Structure (WBS) overview

• Defining a WBS

• Modifying the WBS

Chapter 5: Adding Activities

• Activities overview

• Describing an Activity and its attributes

• Working with Activity Types

• Adding Activities

• Understanding Duration Types

• Assigning Activity Codes

Chapter 6: Relationships and Constraints

• Relationships overview

• Relationship Types

• Creating Relationships

• Performing a Forward and Backward Pass

• Apply a Constraint to an Activity

• Critical Path Method

• Modifying the Project Duration

Chapter 7: Formatting Project Data

• Formatting overview

• Grouping

• Sorting

• Filtering

Chapter 8: Roles and Resources

• Resources and Roles overview

• Describing Roles and Resources

• Assigning Roles to an Activity

• Assign Rates on Roles

• Assigning Resources

• Analyzing Resource Assignments

Chapter 9: Analysis, Risks and Issues

• Analysis overview

• Working with Check Schedule

• Adjusting the Project Schedule

• Analyzing Resource Availability

• Entering Risks

• Entering Issues

Chapter 10: Baselines

• Baselines overview

• Creating a baseline

• Working with baselines

Chapter 11: Progressing the Project

• Project execution overview

• Status update methods

• Using Progress Spotlight

• Progressing activity status

• Rescheduling the Project

Chapter 12 - Printing, Publishing, Importing & Exporting

• Printing and Print Preview

• Publishing Activities

• Export and Importing

 

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PMP PREP CLASS

Duration                       : 6 Days (5 hrs daily)

Software used  :           None

FEES :Please contact us

PMI certification is the smartest way to build your project management career. Whether you are a fresher at the entry level or project management professional lookg forward to the next level we have a program for you.

What is PMI®?

PMI® is the leading global association in the project management industry. PMI® was founded in 1969 and sets the global standards in the project management and this is elaborated in "A Guide to Project Management Body of Knowledge (PMBOK®), 5th edition. This handbook provides guidelines, rules and characteristics to be followed in project management.

 

Global Recognition for PMp

Acquiring PMI Certification will add value to you personal resume as this is globally accredited against International Standards Organisation (ISO) standards. Based on your level you can opt for PMI’s credentials:

  • Project Management Professional (PMP) or
  • Certified Associate of Project Management (CAPM)

 

Why Become Certified?

  • Globally Recognised Certification
  • Professional Achievement
  • Increased your marketability
  • Greater Career Growth
  • Raises Customer Confidence

Course Content

  • Project Management Framework
  • Project Management Environment & Process
  • Project Integration Management
  • Project Scope Management
  • Project Time Management
  • Project Cost Management
  • Project Quality Management
  • Project Human Resource Management
  • Project Communication Management
  • Project Risk Management
  • Project Procurement Management
  • Project Stakeholder Management
  • PMI Professional Responsibilities
  • Mock Tests and exercises after each module
  • Road Map of PMP / CAPM Examination

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MICROSOFT Project

Duration                       : 3 Days (5 hrs daily)

Software used                :  MS Project 2013

 FEES : Please contact us

Objective
Microsoft Project course is designed to make many Project Managers computer ready! The course teaches the project management tools of Microsoft Office Project. Participants will learn how the MSP is applied and implemented in planning and managing small and medium size projects effectively to balance Budget, Time and Scope.

MS Project Training Content


    Introduction
    Initiation
    Planning
    Execution
    Controlling
    Closure
    Introduction to Microsoft Project
    Starting new project file
    Calendar definition
    Task definition
    Scheduling tasks
    PERT Analysis
    Work Breakdown Structure
    Constraints
    Defining Resource
    Assigning Resources to tasks
    Analyzing Resources Distribution
    Resolving Over Allocation
    Optimizing Project Plan
    Tracking Progress
    Performance Measurement
    Multiple Projects
    Printing Views and Reports
    Customizing standard Reports
    Importing and exporting data
    Review & Test

 

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CSCS Orion 16 & 18 (R.C Analysis & Design)

Duration                : 4 Days (5 hrs daily)

Software used     :CSC Orion 16 &18

 

 

Orion CONCRETE Structural Software is ideal structural software for those involved extensively in the design of reinforced Concrete Building Structures. Imagine the speed of modeling, loadings, analysis and designs for such repetitive structures, and most importantly, for output of Drawings, Building Quantities and Costs.

It has 2D/3D modelling environment from which automatic analysis, design and drafting is provided for the engineer.

DGR’s Orion training covers these and much more

  • Model Generation : You will learn to use interactive menu-driven model generation with simultaneous 3D display 2D & 3D graphic generation using the tools and utilities that enables you model and generate complex structural models 
  • Model Verification : You will learn 2D/3D verification of failed members of the structure like beams, columns and floors on screen as well as on plotter/printer Full 3D shapes for frames, elements Isometric or any rotations for full 3D viewing 
  • Import & Export : You will learn to import your grids from architectural drawing sent to you in Auotcad format and to also export your finished details to AutoCAD for more details and Plotting

 

Benefit of this Training

  Trainees will learn Hands-On concept of designing structural beams/columns/slabs/footings

  Traininees will gain practical  knowledge of R.C design & anlysis

  Trainees will also gain Knowledge of Engineering Design codes, Simulation and Modeling

  Prepares Trainees for the likely situations that will arise upon getting back to project

  Exporting and Importing from Autocad will also be covered during training

  Top quality training manuals excellent reference material for continued growth in use and practical application of these software tool at work.

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STAAD.Pro

Duration                       : 5 Days (5 hrs daily)

Software used  :           Staad- Pro V8i

 

Objective

STAAD.Pro Training course objective is to introduce the student to basic methods of Computer aided structural analysis and design of structural components. It will enable participants to analyze and design complex structures using the software tool -Staad.Pro and validate the design for safety in all aspects

Skills Taught

  • Modeling structure geometry
  • Assigning properties to structural elements
  • Generating Loads
  • Analyzing the model

Post Processing
Staad-Pro Training Content

Structural Engineering concepts
    Classification of structures
    Overview of structural analysis and design
    About Staad.Pro interface
    Unit Systems
    Structure Geometry and Coordinate Systems
    Generation of Joints and Members
    Advanced modeling methods – Joints and members
    Assigning material constants, member properties,
    Defining loads to structural elements
    Types of Analysis
    Methods of Analysis
    Performing analysis of structure
    Generating preprocessor, post processor information
    Generating statistical report
    Introduction to Finite Elements in Engineering
    Defining elements in structure
    Assigning element properties
    Element creation using Staad.Pro Editor
    Defining loads for elements
    Introduction to design principles in practice
    Performing R.C. Design on structure
    Design on Columns, beams and slabs
    Performing steel design on structure
    Steel optimization method in design
    Performing component design for structures
    Exporting and importing file to AutoCAD
    Custom animation of structural geometry
    Customizing and configuring Staad.Pro

In this course, you will generate model geometry, assign properties to structural elements, and perform an analysis. Live training courses are very interactive. Students will continually engage with the instructor to ensure a successful learning outcome that includes a course assessment.

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