工程資訊管理 BIM 應用 from Coursera

這門課是「CAD/BIM技術與應用」專項課程的第七門課，屬於BIM系列課程：「工程資訊管理BIM基礎」、「工程資訊管理BIM塑模」及「工程資訊管理BIM應用」的第三門課。

修習這門課之前，應具備BIM的基礎知識與BIM塑模的技能。「CAD/BIM技術與應用」專項課程的「工程資訊管理BIM基礎」、「工程資訊管理BIM塑模」課程，可提供修習這門課前所需具備的相關知識與技能。

BIM技術目前熾手可熱，廣泛的被應用在整個建築生命週期中。這門課將介紹兩項工程基礎實務的BIM應用：「工程數量估算」與「工程進度排程」。課程中會說明「工程數量估算」與「工程進度排程」的目的，並比較導入BIM技術前後，對工程數量估算與工程進度排程的影響。實作方面，學習者將會操作我們精心準備的案例，應用所學的BIM技術，估算工程數量與建立工程排程的模擬。在運用BIM技術於案例的過程中，將可深深地體驗到BIM應用的潛力。

想了解BIM在工程上的應用嗎？這門課適合具備BIM基礎能力，並想延伸應用BIM技術的人。完成此課程後，你將具備應用BIM技術於「工程數量估算」與「工程進度排程」的能力，並能據以協助實際工程專案的管理。

What's inside

Syllabus

蓄勢待發

歡迎來到「工程資訊管理：BIM應用」的第一週課程！準備好要學習怎麼應用BIM模型了嗎？這裏有學習BIM應用之前，你所需要先知道的所有資訊，包含課程的介紹、軟體的安裝教學、與作業的評分方式等。請帶著一顆愉快的心，讓我們一起學習如何應用BIM技術於工程實務中吧！

BIM在工程生命週期中之應用

歡迎來到「工程資訊管理：BIM應用」的第二週課程！經過上一週的準備工作，相信你已經迫不及待想要開始了解如何運用BIM技術了吧！在這一週，我們將透過課程簡報與文章閱讀，來了解將BIM技術成功導入到工程實務中的關鍵，並以工程生命週期為主軸，來探討BIM在各生命週期的各種應用。你準備好了嗎？讓我們一起開始學習吧！

BIM模型的數量估算應用

歡迎來到「工程資訊管理：BIM塑模」的第三週課程！經歷上一週課程後，我們瞭解了在建築物的各生命週期中，應用BIM技術能帶給工程的助益。接著我們來學習並實際操作一項BIM技術的應用：工程數量估算。我們會先透過文章閱讀來了解工程數量估算在工程中扮演的角色，並以系列的操作影片帶領大家學習BIM數量估算的軟體操作。你準備好了嗎？讓我們來開始學習BIM模型的工程數量估算應用吧！

BIM模型的4D模擬應用

歡迎來到「工程資訊管理：BIM應用」的第四週課程！在上一週我們學習了BIM技術在工程數量估算上的應用，並以一個小案例讓大家親自運用BIM技術來估算出混凝土的體積。接著，我們來學習BIM模型在工程上的另一個運用：工程進度排程，也就是「4D模擬」。你將在這週了解如何運用BIM技術進行4D模擬，並且操作Autodesk Navisworks來完成4D模擬的小案例。相信經過這樣的練習，你將能清楚了解BIM技術的4D模擬工程應用。準備好了嗎？讓我們一起學習運用BIM技術進行4D模擬吧！

下回見

這是「工程資訊管理：BIM應用」的第五週課程，也是最後一週的課程！恭喜你已接近完成這門課的所有學習模組！本週我們要一起來回顧我們在這門課中所學習到的知識。還記得嗎？我們從設定BIM應用的環境，到開始學習BIM在建築物的各個生命週期中如何被導入與應用。接著，我們實際應用BIM技術於工程數量估算與4D模擬中，並完成了兩個案例。相信同學們應已對BIM技術的應用有了更深一層的認識。最後，我們來看看CAD/BIM專項課程的最後一門課的預告，並讓我們充滿信心與期待地繼續學習吧！

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

以實作案例操作，體驗 BIM 技術的應用潛力。

專注於工程數量估算與工程進度排程的 BIM 應用。

適合具備 BIM 基礎能力，並想延伸應用 BIM 技術的人。

課程由謝尚賢教授講授。

課程屬於 BIM 系列課程，提供學習 BIM 技術的完整架構。

建議先修習其他 BIM 相關課程，如「工程資訊管理 BIM 基礎」和「工程資訊管理 BIM 塑模」。

Reviews summary

Bim applications in engineering

The course on "BIM Applications in Engineering" provides a comprehensive understanding of Building Information Modeling (BIM) and its practical applications in engineering. It focuses on the key aspects of BIM, including quantity estimation and progress scheduling, with hands-on exercises to reinforce learning. Despite some concerns about the lack of English transcripts and limited instructor engagement, students generally find the course materials relevant and well-made.

Practical exercises enhance learning

Relevant and up-to-date course materials

"The course is actually really well made, after 2 years the materials are still relevant"

Limited instructor support

"The extreme inactivity of the teach staffs is disheartening"

Lack of English transcripts limits accessibility

"course is very very useful but it needs english transcripts."

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 工程資訊管理 BIM 應用 with these activities:

Review the basics of BIM

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Refreshes your understanding of the fundamental concepts of BIM before starting the course.

Browse courses on Building Information Modeling

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Review online resources or textbooks on BIM
Complete practice exercises or quizzes on BIM basics

Read the BIM Handbook

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Provides a comprehensive overview of BIM concepts and practices and can help you gain a deeper understanding of the material covered in the course.

View BIM Handbook: A Guide to Building Information... on Amazon

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Complete BIM software tutorials

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Reinforces your understanding of BIM software and enhances your proficiency in using it.

Browse courses on Revit

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Follow guided tutorials on using BIM software
Practice creating and manipulating BIM models in the software

Five other activities

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Form a study group with classmates

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Provides opportunities to discuss the course material, clarify concepts, and learn from others.

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Create a visual representation of BIM concepts

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Enhances your understanding of BIM concepts by presenting them in a visual and engaging way.

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Brainstorm ideas for visually representing BIM concepts
Design and create visual aids, such as diagrams, infographics, or videos
Share your visual representations with classmates or the instructor for feedback

Develop a BIM execution plan for a small project

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Provides hands-on experience in planning and implementing BIM on a real-world project.

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Define the scope of the project
Identify the stakeholders involved
Determine the BIM tools and software to be used
Establish communication and collaboration protocols
Develop a BIM execution plan document

Attend a BIM industry conference or workshop

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Connects you with professionals in the BIM industry and exposes you to the latest trends and best practices.

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Organize and review course materials

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Ensures that you have a comprehensive and well-organized set of course materials for future reference.

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Organize lecture notes, assignments, and quizzes in a digital or physical format
Review course materials on a regular basis

Career center

Learners who complete 工程資訊管理 BIM 應用 will develop knowledge and skills that may be useful to these careers:

BIM Coordinator

The primary responsibility of a BIM Coordinator is to facilitate communication and collaboration between construction professionals. This course is highly recommended for a BIM Coordinator because it introduces how BIM can be used in all stages of a building's lifecycle.

See salaries and explore the career path for BIM Coordinator

Architectural Drafter

An Architectural Drafter creates the technical drawings and plans that are used to build and maintain structures such as homes, office buildings, and schools. This course provides a solid introduction to BIM and will help an Architectural Drafter maximize the value of this technology in their day-to-day tasks.

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Project Manager

A Project Manager is responsible for planning, executing, and closing out a project. They work with a team of professionals to ensure that the project is completed on time, within budget, and to the required quality standards. An understanding of BIM is increasingly important for Project Managers, as it can be used to improve project planning, coordination, and execution.

See salaries and explore the career path for Project Manager

Cost Estimator

A Cost Estimator develops cost estimates for construction projects based on project plans and specifications. They play a vital role in ensuring that projects are completed within budget. This course introduces how BIM can be used to automate the process of quantity estimation, which is a key component of cost estimation.

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Building Information Modeling Manager

A Building Information Modeling (BIM) Manager is responsible for maximizing a company's value through their effective use of BIM. This professional ensures that projects are completed efficiently and within budget. This course can be useful for someone looking to enter this field because it provides the foundational knowledge and skills necessary to apply BIM technology to engineering projects.

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Construction Manager

A Construction Manager is responsible for overseeing all aspects of a construction project, from planning and design to execution and completion. This course provides an overview of how BIM can be used to improve construction management, which is directly relevant to the day-to-day responsibilities of a Construction Manager.

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Building Inspector

Building Inspectors ensure that buildings comply with building codes and regulations. They inspect buildings under construction and completed buildings to identify any safety hazards or code violations. This course could be useful for a Building Inspector who wants to learn how BIM can be used to improve the inspection process.

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Civil Engineer

Civil Engineers design, build, and maintain our roads, bridges, and other infrastructure. They use their knowledge of structural analysis and design to ensure that these structures are safe and efficient. This course provides an introduction to the use of BIM in civil engineering, which can be helpful for a Civil Engineer looking to use this technology in their work.

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Electrical Engineer

Electrical Engineers design and analyze electrical systems, such as lighting, power, and communications systems. They ensure that these systems are safe and meet the needs of the occupants of the building. This course may be useful for an Electrical Engineer who wants to learn how BIM can be used to design and manage electrical systems.

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Sustainability Engineer

Sustainability Engineers design and implement solutions to improve the sustainability of buildings. They work to reduce the environmental impact of buildings and promote sustainable construction practices. This course may be useful for a Sustainability Engineer who wants to learn how BIM can be used to design and manage sustainable buildings.

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Fire Protection Engineer

Fire Protection Engineers design and implement fire protection systems, such as fire sprinklers, fire alarms, and smoke detectors. They work to protect people and property from fires. This course may be useful for a Fire Protection Engineer who wants to learn how BIM can be used to design and manage fire protection systems.

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Environmental Engineer

Environmental Engineers design and implement solutions to environmental problems. They work to protect the environment and human health from the harmful effects of pollution. This course could be useful for an Environmental Engineer who wants to learn how BIM can be used to design and manage green buildings.

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Mechanical Engineer

Mechanical Engineers design and analyze mechanical systems, such as heating, ventilation, and air conditioning (HVAC) systems. They ensure that these systems are efficient and meet the needs of the occupants of the building. This course may be useful for a Mechanical Engineer who wants to learn how BIM can be used to design and manage HVAC systems.

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Acoustical Engineer

Acoustical Engineers design and analyze acoustical systems, such as soundproofing and noise control systems. They work to ensure that buildings are quiet and comfortable for occupants. This course may be useful for an Acoustical Engineer who wants to learn how BIM can be used to design and manage acoustical systems.

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Structural Engineer

Structural Engineers design and analyze the structural components of buildings, bridges, and other structures. They ensure that these structures are safe and can withstand the forces that will be applied to them. This course may help a Structural Engineer apply BIM technology to their work, which can lead to increased efficiency and accuracy.

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