Science Engineering Institute
ESI for Training & Development provide a high quality training in engineering fields via qualified instructors,
with all its specializations. ESI woks under the supervision of the Technical and Vocational Training Corporation
(TVTC) & the Saudi Council of engineers (SCE). Esi has internationally accredited from Autodesk, PMI, AACE &
VUE.
Benefits of AUTODESK Training and Certification
• Communicate with impact using integrated 3D rendering tools
• Gain mastery of Autodesk applications.
• Graduate with sought-after expertise.
• Demonstrate your knowledge and skill to employers.
• Add a valuable credential to your resume.
• Separate yourself from the comp
BIM Services
ESI will provide a full consultation service for
organizations; that’s will include:
BIM Training Roadmap
Along with our expert partners in BIM and from our long experience
with training individuals and organizations within construction
sector in Saudi Arabia, the BIM training roadmap have developed
to help organizations and individuals to implement BIM in order
to gain the benefits of BIM. The BIM training roadmap covers
the theoretical and technical part of BIM; and it has been
accredited by the Saudi Council of Engineers, Technical and
Vocational Training Corporation. The BIM training roadmap is
developed based on disciplines’ background; Modelers, architects,
engineers, constructors, multimedia designers, facility managers,
quantity surveyors, project planners, project coordinators
and Construction manager Two-Way Bilingual Education
method, Arabic and English, will be used to train participants.
Please see the BIM training roadmap description next page.
What is BIM?
Building Information Modelling is an innovation in design
& construction. It is transforming the way of construction
projects are designed, constructed and managed; delivering
greater return on investment for organizations of all size
BIM Implementation
The uncountable benefits of implementing BIM within construction
projects has helped to reduce cost, carbon dioxide, errors and
omissions; and improve productivity, building performance with
high accuracy. That has motivated more governments to make
the implementation of BIM man- datory for all public projects..
The BIM Modeller Bundle includes Two courses; the candidate could receive the Bundle
certificate after completing 50 hours of professional Course Bundle. To complete the professional
Bundle requirements, the candidate must complete the full list of core courses (50 Hours).
Bundle description
The Bundle main object to explain the basics of BIM as a concept. It will explain BIM stages,
standards, and abbreviations and overview of how the system works. Then the Bundle will present
one of the leading BIM tools, Revit Software. The Bundle will include Basics of modeling by Revit
for different disciplines. The attendee will be able to work on Revit and generate basic BIM models.
Bundle key objectives
• Define Building Information Modeling and Identify its uses throughout the project lifecycle.
• Identify the most common BIM standards, guidelines, and strategies as reference for BIM implementation.
• Recognize the basics of the modeling process.
• Collaborate with the project design scopes and minimize rework.
• Identify techniques and workflows for digitally sketching and visualizing.
Bundle Learning Outcomes
Recognize the benefits of BIM at each stage of the project.
• Identify the BIM scope for the Design Phase.
• Verify design ideas through rapid visualization.
• Visually review design alternatives in real-time for effective decision making.
• Ability to review and understand any BIM model
• Convert the conceptual design model into a building information model to continue adding detail for further
design development
The BIM Architecture Design professional Bundle includes 6 courses. The candidate could
receive the Bundle certificate after completing 110 hours of professional Course Bundle.
To meet the professional Bundle requirements, the candidate must complete the full list of
Main courses (70 Hours) and complete (40 Hours) of the additional courses from the list.
Bundle description
The Bundle main object to explain the basics of BIM as a concept. It will explain BIM stages,
standards, and abbreviations and overview of how the system works. Then the Bundle will present
one of the leading BIM tools, Revit Software. The Bundle will include Basics of modeling by Revit
for different disciplines. The attendee will be able to work on Revit and generate basic BIM models.
Bundle key objectives
• Define Building Information Modeling and Identify its uses throughout the project lifecycle.
• Identify the most common BIM standards, guidelines, and strategies as reference for BIM implementation.
• Recognize the basics of the modeling process.
• Collaborate with the project design scopes and minimize rework.
• Identify techniques and workflows for digitally sketching and visualizing.
Bundle Learning Outcomes
• Recognize the benefits of BIM at each stage of the project.
• Identify the BIM scope for the Design Phase.
• Verify design ideas through rapid visualization.
• Visually review design alternatives in real-time for effective decision making.
• Ability to review and understand any BIM model
• Convert the conceptual design model into a building information model to continue adding detail for further
design development
The BIM Design Development (Structure) professional Bundle includes 6 courses, the candidate
could receive the Bundle certificate after completing 120 hours of professional Course Bundle.
To complete the professional Bundle requirements, the candidate must successfully complete
the full list of main courses (100 Hours) and complete (20 Hours) of additional courses
Bundle description
BIM technology supports Structural Engineers throughout the design process. Gain more insight earlier in
the process to optimize designs for clients’ requirements. BIM software helps in delivering projects with
improved quality and efficiency. The BIM Design Development Bundle is developed to serve Structural
Engineers to provide clients with an intelligent BIM model additional to drafted 2D drawings that shall
illustrate the project as it would look when it’s constructed, those 2D drawings are to be extracted from
the 3D BIM model. The Design Development Documents shall illustrate and describe the refinement of
the design of the project, establishing the scope, relationships, forms, size and appearance of the project
by means of plans, sections and elevations, typical construction details, and equipment layouts, …etc.
Designer shall also insure that the project is coordinated, and resolve any outstanding conflicts.
Bundle key objectives
• Define Building Information Modeling and Identify its uses throughout the project lifecycle.
• Determine the BIM organization and explain the roles and responsibilities for the BIM project team.
• Apply the tools and techniques that support enhanced collaboration among the project teams.
• Define and Explain the Common Data Environment (CDE) that supports BIM.
• Identify the most common BIM standards, guidelines and strategies as reference for BIM implementation.
• Explain the level of detail that BIM models can contain and how this relates to design, construction, and
maintenance stages.
• Recognize the basics of the modeling process and model management protocol.
• Explain the concept of using the unified referencing system.
• Explain the coordination process in BIM projects.
• Identify the information exchange formats and the BIM deliverables.
• Explain the methods and tools used for integrating the Analytical Model with the 3D BIM (Revit) Model.
• Recognize BIM uses in visualization, value analysis, and scope clarification.
Bundle Learning Outcomes
• Recognize the benefits of BIM at each stage of the project.
• Identify the BIM scope for the Design Development Phase.
• Identify who and how the design development team participate in BIM project.
• Recognize functionality and characteristics of BIM models.
• Understand the project collaboration procedures and common data environment.
• Understand the unified BIM modeling strategies.
• Develop the BIM Models with high quality and following international modeling procedures.
• Work in a team and develop the project with large scale and complex forms.
• Create and develop the project content library.
• Perform the 3D coordination process using advanced tools.
• Extract the project quantities from BIM.
• Integrate the 3D BIM Model with the Analytical Software.
• Visualize the technical issues using 3D presentations.
• Develop standardized project templates.
The BIM (MEP) professional Bundle includes 5 courses, the candidate could receive the
Bundle certificate after completing 90 hours of professional Course Bundle. To complete the
professional Bundle requirements, the candidate must successfully complete the full list of
main courses (75 Hours) additional to successfully complete (20 Hours) of additional courses.
Bundle description
BIM technology supports MEP Engineers throughout the design process. Gain more insight earlier in
the process to optimize designs for clients’ requirements. BIM software helps in delivering projects with
improved quality and efficiency. The BIM Design Development Bundle is developed to serve MEP Engineers
to provide clients with an intelligent BIM model additional to drafted 2D drawings that shall illustrate the
project as it would look when it’s constructed. Those 2D drawings are to be extracted from the 3D BIM
model. The Design Development Documents shall illustrate and describe the refinement of the design of
the project, establishing the scope, relationships, forms, size and appearance of the project by means of
plans, sections and elevations, typical construction details, and equipment layouts, …etc. The designer
shall also ensure that the project is coordinated and resolve any outstanding conflicts
Bundle key objectives
• Define Building Information Modeling and Identify its uses throughout the project lifecycle.
• Determine the BIM organization and explain the roles and responsibilities for the BIM project team.
• Apply the tools and techniques that support enhanced collaboration among the project teams.
• Define and Explain the Common Data Environment (CDE) that supports BIM.
• Identify tthe most common BIM standards, guidelines and strategies as reference for BIM implementation
• Explain the level of detail that BIM models can contain and how this relates to design, construction, and
maintenance stages.
• Recognize the basics of the modeling process and model management protocol.
• Explain the concept of using the unified referencing system.
• Explain the coordination process in BIM projects.
• Identify the information exchange formats and the BIM deliverables.
• Explain the methods and tools used for integrating the Analytical Model with the 3D BIM (Revit) Model.
• Recognize BIM uses in visualization, value analysis, and scope clarification.
Bundle Learning Outcomes
• Recognize the benefits of BIM at each stage of the project.
• Identify the BIM scope for the Design Development Phase.
• Identify who and how the design development team participate in BIM project.
• Recognize functionality and characteristics of BIM models.
• Understand the project collaboration procedures and common data environment.
• Understand the unified BIM modeling strategies.
• Develop the BIM Models with high quality and following international modeling procedures.
• Work in a team and develop the project with large scale and complex forms.
• Create and develop the project content library.
• Perform the 3D coordination process using advanced tools.
• Extract the project quantities from BIM.
• Integrate the 3D BIM Model with the Analytical Software.
• Visualize the technical issues using 3D presentations.
• Develop standardized project templates.
The BIM Project Planning & Construction Management professional Bundle includes 5 courses, the
candidate could receive the Bundle certificate after completing 85 hours of professional Course Bundle.
To complete the professional Bundle requirements, the candidate must successfully complete the full
list of Main courses (75 Hours) additional to successfully complete (15 Hours) of additional courses.
Bundle description
The construction project manager’s responsibility is to keep the project moving according to plan. The
goal is to manage the project until the closeout phase within schedule and budget, while still meeting
building codes, procedures, and specs. A construction project manager may also be charged with setting
the parameters, finances, calendar, vetting and hiring subcontractors and on-site workers, developing a
strategy for potential conflict resolution, and more. BIM technology supports construction project managers
throughout the whole project life cycle and especially manages the construction phase using the latest
technological tools and techniques to control the construction process and deliver projects with improved
quality and efficiency. The BIM Project Planning and Construction Management Bundle is developed to
provide solutions, explore and evaluate a project’s constructability before it’s built, improve cost reliability,
visualize construction processes, increase coordination efficiency between stakeholders throughout the
design and construction process, and better predict, manage and communicate project outcomes.
Bundle key objectives
• Define Building Information Modeling and Identify its uses throughout the project lifecycle.
• Determine the BIM organization and explain the roles and responsibilities for the BIM project team.
• Apply the tools and techniques that support enhanced collaboration among the project teams.
• Define and Explain the Common Data Environment (CDE) that supports BIM.
• Identify tthe most common BIM standards, guidelines and strategies as reference for BIM implementation
• Explain the level of detail that BIM models can contain and how this relates to design, construction, and
maintenance stages.
• Recognize the basics of the modeling process and model management protocol.
• Explain the concept of using the unified referencing system.
• Link the itemized project time plan with BIM and prepare a 4D sequencing BIM model.
• Link the itemized project cost with BIM and prepare a 5D estimating BIM model.
• Identify the information exchange formats and the BIM deliverables.
• Recognize BIM uses in visualization, value analysis, and scope clarification.
• Define the cloud-based collaboration environment for construction management
• Accelerate project delivery and minimize contractor risk by using cloud-based solutions
Bundle Learning Outcomes
• Recognize the benefits of BIM at each stage of the project.
• Identify the BIM scope for the Design Development Phase.
• Identify who and how the design development team participate in BIM project.
• Recognize functionality and characteristics of BIM models.
• Understand the project collaboration procedures and common data environment.
• Perform the 3D coordination process using advanced tools.
• Extract the project quantities from BIM.
• Visualize the technical issues using 3D presentations.
• Simulate the project using 4D and 5D analysis.
• Manage the project using a cloud-based collaboration environment.
• Automated Bundleing of projects Planned Percent Completion value with reports that help chart performance.
• Manage and Control Documents and Information through a cloud-based platform.
• Manage field processes such as quality, safety, and commissioning checklists, and distribution of plans and
drawings.
• Connect the entire project team and help streamline BIM project workflows
The BIM Quantity Surveying and Material Take-off Bundle includes 5 courses. The candidate
could receive the Bundle certificate after completing 90 hours of professional Course
Bundle. To meet the professional Bundle requirements, the candidate must complete the
full list of Main courses (75 Hours) additional to complete (15 Hours) of additional courses.
Bundle description
Accurate Quantification is the key of successful project control. The Bundle will focus on the Basics of
BIM and how to navigate and understand any project. Then how to use BIM tools to classify elements and
code them. The course will explain quantities extraction and BOQ generation using BIM.
Bundle key objectives
• Define Building Information Modeling and Identify its uses throughout the project lifecycle.
• Determine the BIM organization and explain the roles and responsibilities for the BIM project team.
• Apply the tools and techniques that support enhanced collaboration among the project teams.
• Define and Explain the Common Data Environment (CDE) that supports BIM.
• Identify tthe most common BIM standards, guidelines and strategies as reference for BIM implementation
• Explain the level of detail that BIM models can contain and how this relates to design, construction, and
maintenance stages.
• Recognize the basics of the modeling process and model management protocol.
• Explain the concept of using the unified referencing system.
• Link the itemized project time plan with BIM and prepare a 4D sequencing BIM model.
• Link the itemized project cost with BIM and prepare a 5D estimating BIM model.
• Identify the information exchange formats and the BIM deliverables.
• Recognize BIM uses in visualization, value analysis, and scope clarification.
• Define the cloud-based collaboration environment for construction management
• Control material and Bundle it using BIM and Cloud-Based solutions.
Bundle Learning Outcomes
• Recognize the benefits of BIM at each stage of the project.
• Identify the BIM scope for the Design Development Phase.
• Identify who and how the design development team participate in BIM project.
• Recognize functionality and characteristics of BIM models.
• Understand the project collaboration procedures and common data environment.
• Perform the 3D coordination process using advanced tools.
• Extract the project quantities from BIM.
• Visualize the technical issues using 3D presentations.
• Simulate the project using 4D and 5D analysis.
• Manage the project using a cloud-based collaboration environment.
• Manage and Control Documents and Information through a cloud-based platform.
• Manage field processes such as quality, safety, and commissioning checklists, and distribution of plans and
drawings.
• Connect the entire project team and help streamline BIM project workflows.
The BIM Coordinator Bundle includes 10 courses. The candidate could receive the Bundle certificate after
completing 160 hours of professional Course Bundle. To meet the professional Bundle requirements, the candidate
must complete the full list of Main courses (95 Hours) additional to complete (65 Hours) of additional courses
Bundle description
Successful Coordination is the key to delivering the project on time with fewer losses and the waste of
repetitive work. BIM Coordinator Bundle will focus on Advanced BIM usage and coordination skills, how
to detect clashes and solve them, and how to facilitate the work between different disciplines.
Bundle key objectives
Define Building Information Modeling and Identify its uses throughout the project lifecycle.
• Determine the BIM organization and explain the roles and responsibilities for the BIM project team.
• Apply the tools and techniques that support enhanced collaboration among the project teams.
• Define and Explain the Common Data Environment (CDE) that supports BIM.
• Identify tthe most common BIM standards, guidelines and strategies as reference for BIM implementation
• Explain the level of detail that BIM models can contain and how this relates to design, construction, and
maintenance stages.
• Recognize the basics of the modeling process and model management protocol.
• Explain the concept of using the unified referencing system.
• Link the itemized project time plan with BIM and prepare a 4D sequencing BIM model.
• Link the itemized project cost with BIM and prepare a 5D estimating BIM model.
• Identify the information exchange formats and the BIM deliverables.
• Recognize BIM uses in visualization, value analysis, and scope clarification.
• Define the cloud-based collaboration environment for construction management
• Clash detection and managing the issues
• Coordination skills and reporting
Bundle Learning Outcomes
• Recognize the benefits of BIM at each stage of the project.
• Identify the BIM scope for the Design Development Phase.
• Identify who and how the design development team participate in BIM project.
• Recognize functionality and characteristics of BIM models.
• Understand the project collaboration procedures and common data environment.
• Perform the 3D coordination process using advanced tools.
• Extract the project quantities from BIM.
• Visualize the technical issues using 3D presentations.
• Simulate the project using 4D and 5D analysis.
• Manage the project using a cloud-based collaboration environment.
• Manage and Control Documents and Information through a cloud-based platform.
• Manage field processes such as quality, safety, and commissioning checklists, and distribution of plans and
drawings.
• Connect the entire project team and help streamline BIM project workflows.
• Detect Clashes and solve them
The BIM Manager Bundle includes 9 courses. The candidate could receive the Bundle certificate after completing
150 hours of professional Course Bundle. To meet the professional Bundle requirements, the candidate must
complete the full list of Main courses (110 Hours) additional to complete (40 Hours) of additional courses
Bundle description
The biggest star in the construction sector at the moment is definitely BIM – Building Information Modeling.
BIM manager is to implement all the procedures in BIM and Digital Construction during the design,
construction, and handover of a project. A BIM manager leads and supports the use of digital technology
to create BIMs in the AEC sector. Technology is revolutionizing the way we learn, work, communicate, and
perform a lot of daily tasks. In the middle of all the digital transformations that are changing our lives is
architecture.
Bundle key objectives
• Define Building Information Modeling and Identify its uses throughout the project lifecycle.
• Determine the BIM organization and explain the roles and responsibilities for the BIM project team.
• Apply the tools and techniques that support enhanced collaboration among the project teams.
• Define and Explain the Common Data Environment (CDE) that supports BIM.
• Identify tthe most common BIM standards, guidelines and strategies as reference for BIM implementation
• Explain the level of detail that BIM models can contain and how this relates to design, construction, and
maintenance stages.
• Recognize the basics of the modeling process and model management protocol.
• Explain the concept of using the unified referencing system.
• Link the itemized project time plan with BIM and prepare a 4D sequencing BIM model.
• Link the itemized project cost with BIM and prepare a 5D estimating BIM model.
• Identify the information exchange formats and the BIM deliverables.
• Recognize BIM uses in visualization, value analysis, and scope clarification.
• Understanding Client BIM Prokect Requirements
• Manage Project Procedures and standards
• Understand BIM Execution Plan
Bundle Learning Outcomes
• Recognize the benefits of BIM at each stage of the project.
• Identify the BIM scope for the Design Development Phase.
• Identify who and how the design development team participate in BIM project.
• Recognize functionality and characteristics of BIM models.
• Understand the project collaboration procedures and common data environment.
• Perform the 3D coordination process using advanced tools.
• Manage the project using a cloud-based collaboration environment.
• Manage and Control Documents and Information through a cloud-based platform.
• Connect the entire project team and help streamline BIM project workflows.
• Create BIM Execution Plan
• Identify client EIR
• Apply International BIM Standard in the organization.
