BIM Execution Plan (Case Study) BIM For Contractor (BEP) from Udemy

A BIM Execution Plan (BEP), also known as a BIM Implementation Plan, is a comprehensive document that helps project participants move forward with clear roles and expectations. A BEP is an essential element to create before beginning any construction project, especially for those that are large or complex with many collaborators.

Through clear roles, responsibilities and real-time communication, a BEP keeps all in sync while ensuring construction stays on track. This is vital when adhering to tight schedules. A thoughtful plan also makes sure details don’t fall through the cracks or become last-minute change orders that cause delays.

A thorough a BEP is a powerful project accountability tool that keeps work moving forward throughout the various phases of planning and construction. A well-coordinated project starts with a well-crafted BEP.

BIM Scope:

Design Model LOD 300
Construction Model & Shop Drawings LOD 350
BOQ
4D
5D

Course Contents:

Project Initiation
BIM Planning
BIM Model Criteria and Guidelines
BIM Team Structure
Communication and Information Exchange
Appendices

Appendix I: Definitions
Appendix II: BIM Coding System
Appendix III: BIM Model Elements
Appendix IV: Modelling Methodology
Appendix V: Model Quality Control Methodology
Appendix VI: BOQ Model Development Methodology
Appendix VII: 4D/5D Model Methodology
Appendix VIII: Naming Convention

Notes:

You will learn how to read and create BIM Execution Plan
Implementation of the course with Actual Case Study
You will Learn What is a BIM execution plan (BEP)?
You will Learn Who needs a BEP?
You will Learn What are the key elements of a successful BEP?

What's inside

Learning objectives

You will learn how to create bim execution plan
You will learn how to read bim execution plan

You will learn the information of the bim execution plan
You will understand the lod

You will learn how to create bim execution plan
You will learn how to read bim execution plan
You will learn the information of the bim execution plan
You will understand the lod

Syllabus

Introduction

BIM Execution Plan

BEP Introduction

Project Initiation

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Covers BIM execution planning, which is essential for managing construction projects effectively and ensuring clear communication among team members

Explores 4D and 5D BIM, which are valuable for project scheduling, cost estimation, and overall project lifecycle management

Includes appendices that cover BIM coding systems, model elements, and quality control methodologies, which are useful for standardization and consistency

Focuses on LOD (Level of Development) specifications, which are crucial for defining the level of detail required at different stages of a BIM project

Requires learners to understand how to read and create BIM Execution Plans, which may necessitate familiarity with construction terminology and project management principles

Uses a case study approach, which may not be suitable for learners seeking a broader theoretical understanding of BIM principles

Reviews summary

Practical bep using case study

According to learners, this course provides a practical and relevant understanding of the BIM Execution Plan (BEP) specifically for contractors. Students found the use of a real case study particularly helpful for illustrating how to apply BEP concepts. The course structure breaks down key BEP components like LOD, BOQ, 4D/5D, and appendices into understandable sections. Many reviewers highlighted its direct applicability to their work in the construction industry. While offering a solid foundation, some mention the course may be more suitable for beginners or those needing an overview, suggesting it might not go into sufficient depth for experienced BEP professionals. A few comments noted variable technical quality in some videos.

Good intro, might lack depth.

"Great for someone new to BEP, but perhaps a bit basic for experienced users."

"It's a solid introduction, but I wished it went deeper into some areas."

"Provides a good overview without getting too technical."

Covers key BEP elements clearly.

"The breakdown of LOD, BOQ, and 4D/5D was easy to follow."

"Understanding the different appendices and sections was very useful."

"Explains the critical components of a BEP effectively."

Course tailored for contractors.

"As a contractor, this course was directly relevant to my job."

"The focus on the contractor's perspective of BEP is very helpful."

"Provides exactly what a contractor needs to know about BEP implementation."

Focuses on practical application.

"Using a real case study made understanding BEP practical."

"I really appreciated the hands-on approach with the project example."

"Learning how to apply the BEP concepts to a case study was the most valuable part."

Some videos have quality issues.

"Some of the videos had audio problems, which was distracting."

"The production quality varies throughout the course."

"Could benefit from updated video and sound."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in BIM Execution Plan (Case Study) BIM For Contractor (BEP) with these activities:

Review 'The BIM Manager's Handbook'

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Reinforce your understanding of BIM management principles and best practices to better grasp the context and purpose of a BIM Execution Plan.

View Putting Knowledge to Work on Amazon

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Obtain a copy of 'The BIM Manager's Handbook'.
Read the chapters on BIM implementation and project execution.
Take notes on key concepts and best practices.

Review Construction Project Management Fundamentals

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Solidify your understanding of project management principles as they apply to construction, providing a foundation for understanding the role of a BIM Execution Plan.

Browse courses on Construction Project Management

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Review notes from previous project management courses.
Research project management methodologies used in construction.
Identify key project management concepts relevant to BIM.

Develop a Mock BIM Execution Plan

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Apply the concepts learned in the course by creating a BIM Execution Plan for a hypothetical construction project.

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Select a hypothetical construction project.
Define the project goals and objectives.
Outline the BIM scope and deliverables.
Define roles and responsibilities for the BIM team.
Document the communication and information exchange protocols.

Four other activities

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Create a BIM Uses Matrix

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Deepen your understanding of BIM uses by creating a matrix that maps specific BIM uses to project phases and stakeholders.

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Research common BIM uses in construction projects.
Identify the project phases for your chosen project.
List the key stakeholders involved in the project.
Create a matrix that maps BIM uses to project phases and stakeholders.

Review 'BIM Handbook'

Show steps

Expand your knowledge of BIM principles and practices to gain a deeper understanding of the context and purpose of BIM Execution Plans.

View Putting Knowledge to Work on Amazon

Show steps

Obtain a copy of the 'BIM Handbook'.
Read the chapters on BIM workflows and collaboration.
Focus on sections related to BIM implementation and project execution.

Write a Blog Post on BIM Execution Plan Best Practices

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Solidify your understanding of BIM Execution Plans by summarizing key concepts and best practices in a blog post format.

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Research best practices for creating BIM Execution Plans.
Outline the key elements of a successful BIM Execution Plan.
Write a blog post summarizing your findings.
Edit and proofread your blog post.

Tutor other students on BIM Execution Plans

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Reinforce your understanding of BIM Execution Plans by explaining the concepts to other students.

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Offer tutoring sessions to other students in the course.
Prepare materials to explain key concepts.
Answer questions and provide guidance.

Career center

Learners who complete BIM Execution Plan (Case Study) BIM For Contractor (BEP) will develop knowledge and skills that may be useful to these careers:

BIM Manager

A BIM Manager oversees the implementation of Building Information Modeling on construction projects, making this course a clear fit. This role requires developing and managing BIM execution plans, which this course directly addresses. The course provides the structure for understanding various elements of a BEP, including project initiation, BIM planning, model criteria, team structure, and communication protocols. A BIM Manager needs a deep understanding of information exchange, LOD, and quality control methodologies; all covered in this course.

See salaries and explore the career path for BIM Manager

BIM Coordinator

A BIM Coordinator supports the BIM Manager and project teams in implementing BIM processes, which aligns perfectly with the content covered in this course. This role involves creating and maintaining BIM execution plans, which is exactly what the course teaches. The course provides an in-depth look at the various elements of a BIM plan, such as BIM model criteria, team structure, and communication protocols. Furthermore, a BIM coordinator will need to understand model quality control as well as 4D and 5D model methodology, all of which this course addresses.

See salaries and explore the career path for BIM Coordinator

Project Manager

A Project Manager is responsible for the successful planning, execution, and completion of construction projects, and this course is highly relevant to that role. This role often requires coordinating with various teams and ensuring that projects stay on schedule. A BIM Execution Plan is a crucial document for keeping everyone on the same page. This course's focus on creating and understanding BEPs is directly applicable to project management, which is especially important for large or complex projects. Project managers will learn to appreciate the importance of clear roles, responsibilities and real-time communication by studying a BEP.

See salaries and explore the career path for Project Manager

Virtual Design and Construction Engineer

A Virtual Design and Construction Engineer uses technology to improve project outcomes. This course directly impacts this role through its focus on BEP creation. The course emphasis on BIM planning, model criteria, and team structures directly applies here. This profession requires an understanding of the levels of detail, quality control of models, and communication protocols, which is explicitly covered in this course. This course also delves into model development and methodology to create accurate 4D and 5D models.

See salaries and explore the career path for Virtual Design and Construction Engineer

Construction Coordinator

A Construction Coordinator ensures that all aspects of a construction project run smoothly, and this course is definitely helpful for this role. Since they handle complex projects with many participants, the importance of a BIM Execution Plan is high. This course provides knowledge on defining roles, maintaining communication standards, and managing project accountability using a BEP. A construction coordinator can use the knowledge gained from the course to make sure that the project stays on track and that details do not get missed.

See salaries and explore the career path for Construction Coordinator

Construction Planner

A Construction Planner, who is responsible for scheduling and coordinating construction activities, will find this course beneficial. This role requires a thorough understanding of project timelines, and this course covers the importance of a detailed BIM execution plan. BEPs play a vital role in maintaining construction schedules, which involves setting clear expectations, which this course addresses. The course looks at model criteria, team structure, and communication, all of which are crucial for project success. Learning how to read and create BIM execution plans will be extremely beneficial to a Construction Planner.

See salaries and explore the career path for Construction Planner

Project Engineer

A Project Engineer assists in the planning and execution of construction projects, and this course may be very helpful. The course discusses the importance of having a detailed plan, which is relevant for project engineers. This course's focus on defining roles, responsibilities, and communication channels will help with project execution. A project engineer would find it helpful to be able to interpret and create a BIM execution plan, especially when following tight schedules, which this course aims to satisfy. The course further provides information on project initiation, team structure, and model criteria.

See salaries and explore the career path for Project Engineer

Construction Technologist

A Construction Technologist leverages technology to improve construction processes, and this course may be beneficial. This course's focus on BIM execution plans helps this role by introducing a structured approach to project planning. The course introduces BIM planning, model criteria, team structure, and information exchange. A construction technologist can use this course to understand how BEPs serve as tools for project accountability and coordination. This course's focus on model quality control and development will be helpful as well.

See salaries and explore the career path for Construction Technologist

Design Manager

A Design Manager oversees the design phase of construction projects. This course may be useful to this role given a focus on BIM execution plans. The course emphasizes the importance of planning and the creation of a comprehensive BIM plan. A Design Manager would be helped by the course's focus on defining project initiation, model criteria, communication strategy, model quality control, and modeling methodologies. The Design Manager can use this course to understand how a BIM Execution plan is important to ensure details do not get overlooked during design.

See salaries and explore the career path for Design Manager

Estimator

An Estimator is responsible for forecasting project costs. This course may be useful to this role. This course introduces the BEP, which can be used to develop accurate quantity takeoffs. The course introduces how to read a BIM Execution Plan to understand the different levels of detail and methodologies for model development. An estimator can use this information to improve the accuracy of estimates. This course can be helpful in understanding the BIM Model information, especially in terms of quantity takeoffs.

See salaries and explore the career path for Estimator

CAD Technician

A CAD Technician creates technical drawings and models. This course may be helpful but is not a direct fit. Although this course doesn't focus on CAD directly, the knowledge of BIM execution plans would be useful. The course goes over model criteria, naming conventions, and model quality control. A CAD technician would find value in understanding the BIM environment, which this course addresses through its focus on LOD, communication, and BIM coding systems.

See salaries and explore the career path for CAD Technician

Architect

An Architect designs buildings and structures. This course may be helpful if they are involved in BIM projects. The course focuses on the creation of BIM execution plans, which can clarify communication and expectations between project participants. An Architect would be interested in the course's focus on model criteria, team structure, and levels of detail. This course can help an architect improve their understanding of BIM implementation.

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Civil Engineer

A Civil Engineer designs and oversees infrastructure projects. This course may be helpful. While not directly related to core civil engineering, the course on BIM execution plans may help provide a better understanding of project management and coordination aspects of construction. The course covers the importance of a well-defined BIM plan, communication strategies, and BIM model quality and standards. Learning about BIM can also provide exposure opportunities for Civil Engineers to manage projects with BIM protocols.

See salaries and explore the career path for Civil Engineer

Construction Foreman

A Construction Foreman supervises construction crews on-site. This course may be beneficial, though it is not directly applicable. The course's focus on BIM implementation can indirectly impact a foreman by improving the information available. While they may not create execution plans, knowing more about the project's BIM approach can improve communication. The course, by addressing team structure, communication and LODs, can help a foreman better manage people.

See salaries and explore the career path for Construction Foreman

Surveyor

A surveyor measures and maps land using specialist equipment. This role is not a good fit for this course. Although surveyors interact with construction sites, the course's focus on BIM execution plans is not directly related to their day to day work. There would be little relevant information as this course focuses on BIM model development and BIM project management. This course addresses BIM planning, communication, and information exchange, which are not core to land surveying.

See salaries and explore the career path for Surveyor

BIM Execution Plan (Case Study) BIM For Contractor (BEP)

What's inside

Learning objectives

Syllabus

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Reviews summary

Practical bep using case study

Activities

Career center

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