CAD/BIM技術與應用專項課程（CAD/BIM Specialization) from Coursera

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蓄勢待發

歡迎來到「CAD/BIM實務總整專題：畢業課程」的第一週課程！這裏有進行這門課前你所需要的所有資訊，包含了課程的介紹、作業的評分方式與Arup提供頂尖獎勵的說明。帶著一顆愉快的心，讓我們一起開始這段旅程吧！

案例模型建立（一）

經理一進辦公室就向大家宣佈一個大消息：我們團隊剛剛接到一個興建變電所的專案，我們一定要好好把握這次機會向業主展示我們BIM的堅強實力。我們該在這一週做什麼呢？趕快看看經理要跟我們說什麼吧！

案例模型建立（二）

經理看過大家在上一週努力建立的模型後，會有什麼樣的評價呢？這週延續了上週的進度，需要把變電所專案的BIM模型完成，看看經理對我們有什麼叮嚀吧！

周遭環境建立

在完成塑模後，經理向業主展示我們完成的BIM模型，不知道業主會有什麼樣的回應呢？業主會不會有什麼其他的需求呢？趕快來看看經理要跟我們說什麼吧！

工程數量估算

我們現在除了變電所專案的BIM模型，他周遭的建物模型我們也一併建立了！希望有達到業主的期待。這週經理向業主展示我們的成果，業主又會有什麼回應呢？趕快來看看經理要跟我們說什麼吧！

工程專案4D展示

上一週我們估算了變電所專案的工程數量，並彙整成報表呈現給業主。在經理呈現給業主看後，業主是否滿意呢？業主還有什麼其他的需求呢？趕快來看看經理要跟我們說什麼吧！

設計變更：地下室

在經理呈現給業主看上週的4D模擬成果後，設計單位告訴我們變電所的專案進行了設計變更，並給了我們最新的圖紙。專案經理要怎麼因應這樣的變更設計呢？趕快來看看經理要我們針對設計變更進行怎麼樣的修改吧！

設計變更：屋頂

在上一週的設計變更中，我們運用BIM技術，迅速的將原本的模型、數量、4D模擬都更新至與最新的圖紙一致。在經理呈現給業主看後，不知道業主會有什麼反應呢？設計單位這週跟我們說設計再次變更，這次的變更範圍是屋頂層。經理針對這次的設計變更，又會有什麼樣的應變措施呢？趕快來看看經理說了什麼吧！

畢業了！

在上一週我們針對屋頂層的設計變更，進行模型、數量、4D模擬的修改。在經理呈現給業主看後，相信業主應相當滿意吧！在任務結束後，經理會要對我們說什麼呢？趕快來看看這週經理要說什麼吧！

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

設計變更：地下室

本課程專題之設計乃與世界知名的Arup工程顧問公司合作，讓學員透過解決工程實務問題的過程，一方面能複習與綜整本系列課程中所學到的知識與技能，另一方面能更理解CAD/BIM在工程實務的運用上，可能遭遇的挑戰與相對應的解決方案，並期能激發學員之創意，讓本系列課程之學習成果更加豐富。

適合具有CAD/BIM專項課程基礎知識與技術之學員修習。

於期末時針對所完成的基本解決方案與創意加值部份，提出一期末報告。

由謝尚賢等專家授課，具備業界實務經驗。

課程規劃完整，涵蓋專題模型建立、工程數量估算、工程專案4D展示、設計變更等主題。

Reviews summary

Cad/bim practice integration

CAD/BIM Practice Integration is a professional addition to the series of CAD/BIM courses offered by its partner organization, Arup. As such, this course is designed to revise and integrate knowledge and skills learned throughout the series and then apply them to a specific engineering problem to be solved during the course. Students will complete the course with a final report offering their solutions and value-added creative ideas with the top students given an opportunity to have their resumes submitted to Arup.

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 CAD/BIM技術與應用專項課程（CAD/BIM Specialization) with these activities:

CAD Software Refresher

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Brush up on your CAD software skills before starting the course.

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Review the basics of your chosen CAD software using online tutorials or documentation.
Create a simple CAD model to test your understanding.

Review BIM Handbook

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Provide a strong foundation in the concepts, technologies, and best practices of BIM.

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

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Read Chapters 1-3 to gain a comprehensive understanding of BIM concepts and benefits.
Review Chapters 4-6 to learn about the different types of BIM software and their functionalities.
Complete the exercises at the end of each chapter to reinforce your understanding.

BIM Tutorials

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Enhance your understanding of BIM concepts and workflows through guided tutorials.

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Find online tutorials that cover BIM fundamentals, such as modeling, collaboration, and data management.
Follow the tutorials step-by-step to create your own BIM models.
Experiment with different BIM software tools to gain hands-on experience.

Nine other activities

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CAD Software Exercises

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Enhance your proficiency in using CAD software for BIM modeling.

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Complete the beginner tutorials provided by the CAD software vendor.
Find online exercises or practice projects to apply your skills.
Attend a CAD software workshop or training session.

BIM模型建立

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使用BIM軟體建立一支完整的變電所模型，加深對軟體之熟悉度。

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安裝並熟悉BIM軟體
建立變電所的建築物模型
建立變電所的設備模型
建立變電所的管線模型
檢查並驗證模型的正確性

BIM Project Plan

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Develop a comprehensive plan for a BIM project, considering its scope, budget, and timeline.

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Define the project goals and objectives.
Identify the stakeholders and their roles.
Create a detailed work breakdown structure.
Develop a realistic budget and timeline.

工程數量估算

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透過實務專案練習，加強工程數量估算的能力。

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取得工程圖紙
建立數量清單
套用單位價格
計算工程總價
核對並修正誤差

BIM Collaboration Workshop

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Develop teamwork and communication skills essential for effective BIM collaboration.

Browse courses on Teamwork

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Join a study group or online forum to connect with other BIM professionals.
Organize a virtual or in-person workshop to discuss BIM collaboration techniques and best practices.
Participate in group projects that require BIM collaboration and coordination.

工程專案4D展示

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學習使用BIM軟體進行4D模擬，加強對專案進度的掌握。

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建立4D模型的時程表
將時程表與BIM模型連結
設定4D模型的動畫參數
執行4D模擬
分析4D模擬結果

設計變更：地下室

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透過設計變更專案，提升問題解決能力。

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取得變更設計圖紙
更新BIM模型
更新工程數量
更新4D模型
評估變更設計的影響

BIM Project Case Study

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Deepen your understanding of BIM implementation and its impact on real-world projects.

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Identify a BIM project that you find interesting.
Research the project, including its design, construction, and operation phases.
Create a presentation, report, or video that showcases the key aspects of the project and your analysis of its success factors.

畢業了！

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將整個專案模型進行彙整，並製作最終成果報告。

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彙整所有BIM模型
彙整所有工程數量
彙整所有4D模型
撰寫成果報告
進行成果發表

Career center

Learners who complete CAD/BIM技術與應用專項課程（CAD/BIM Specialization) will develop knowledge and skills that may be useful to these careers:

BIM Manager

BIM Managers oversee the implementation of Building Information Modeling (BIM) processes and technologies within a construction project. They may also be responsible for developing and maintaining BIM standards, training staff on BIM software, and coordinating with other project stakeholders, such as architects, engineers, and contractors. The course can provide a foundation in the principles and practices of BIM, helping individuals to develop the skills and knowledge needed to succeed as a BIM Manager.

See salaries and explore the career path for BIM Manager

BIM Coordinator

BIM Coordinators work closely with BIM Managers to implement and manage BIM processes on construction projects. They may be responsible for creating and maintaining BIM models, coordinating with other project stakeholders, and resolving any issues that arise during the BIM process. The course can provide a foundation in the principles and practices of BIM, helping individuals to develop the skills and knowledge needed to succeed as a BIM Coordinator.

See salaries and explore the career path for BIM Coordinator

BIM Modeler

BIM Modelers are responsible for creating and maintaining BIM models, which are digital representations of a building or infrastructure project. They use BIM software to create 3D models of the project, which can be used for a variety of purposes, such as design, construction, and operation. The course can provide a foundation in the principles and practices of BIM, helping individuals to develop the skills and knowledge needed to succeed as a BIM Modeler.

See salaries and explore the career path for BIM Modeler

CAD Drafter

CAD Drafters use computer-aided design (CAD) software to create technical drawings and models of buildings, infrastructure, and other objects. They may also be responsible for creating 3D models, which can be used for a variety of purposes, such as design, construction, and operation. The course can provide a foundation in the principles and practices of CAD, helping individuals to develop the skills and knowledge needed to succeed as a CAD Drafter.

See salaries and explore the career path for CAD Drafter

Architectural Designer

Architectural Designers create plans and drawings for buildings and other structures. They may also be responsible for developing building concepts, selecting materials, and overseeing the construction process. The course can provide a foundation in the principles and practices of architectural design, helping individuals to develop the skills and knowledge needed to succeed as an Architectural Designer.

See salaries and explore the career path for Architectural Designer

Civil Engineer

Civil Engineers design, build, and maintain infrastructure projects, such as roads, bridges, and buildings. They may also be responsible for developing and implementing construction plans, and overseeing the construction process. The course can provide a foundation in the principles and practices of civil engineering, helping individuals to develop the skills and knowledge needed to succeed as a Civil Engineer.

See salaries and explore the career path for Civil Engineer

Construction Manager

Construction Managers oversee the construction process for buildings and other infrastructure projects. They may be responsible for planning, scheduling, and coordinating the work of contractors, subcontractors, and other project stakeholders. The course can provide a foundation in the principles and practices of construction management, helping individuals to develop the skills and knowledge needed to succeed as a Construction Manager.

See salaries and explore the career path for Construction Manager

Project Manager

Project Managers oversee the planning, execution, and completion of projects. They may be responsible for developing project plans, managing budgets, and coordinating the work of team members. The course can provide a foundation in the principles and practices of project management, helping individuals to develop the skills and knowledge needed to succeed as a Project Manager.

See salaries and explore the career path for Project Manager

Quantity Surveyor

Quantity Surveyors estimate the cost of construction projects and prepare tender documents. They may also be responsible for managing the procurement of materials and equipment. The course can provide a foundation in the principles and practices of quantity surveying, helping individuals to develop the skills and knowledge needed to succeed as a Quantity Surveyor.

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Structural Engineer

Structural Engineers design and analyze the structural components of buildings and other structures. They may also be responsible for developing and implementing construction plans, and overseeing the construction process. The course can provide a foundation in the principles and practices of structural engineering, helping individuals to develop the skills and knowledge needed to succeed as a Structural Engineer.

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Building Services Engineer

Building Services Engineers design and install the mechanical and electrical systems in buildings. They may also be responsible for developing and implementing construction plans, and overseeing the construction process. The course can provide a foundation in the principles and practices of building services engineering, helping individuals to develop the skills and knowledge needed to succeed as a Building Services Engineer.

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Mechanical Engineer

Mechanical Engineers design and analyze mechanical systems, such as engines, turbines, and pumps. They may also be responsible for developing and implementing construction plans, and overseeing the construction process. The course can provide a foundation in the principles and practices of mechanical engineering, helping individuals to develop the skills and knowledge needed to succeed as a Mechanical Engineer.

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Electrical Engineer

Electrical Engineers design and analyze electrical systems, such as power distribution systems, lighting systems, and control systems. They may also be responsible for developing and implementing construction plans, and overseeing the construction process. The course can provide a foundation in the principles and practices of electrical engineering, helping individuals to develop the skills and knowledge needed to succeed as an Electrical Engineer.

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Software Engineer

Software Engineers design, develop, and maintain software applications. They may also be responsible for developing and implementing construction plans, and overseeing the construction process. The course may provide a foundation in the principles and practices of software engineering, helping individuals to develop the skills and knowledge needed to succeed as a Software Engineer.

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Data Analyst

Data Analysts collect, analyze, and interpret data to identify trends and patterns. They may also be responsible for developing and implementing data analysis plans, and communicating the results of their analysis to stakeholders. The course may provide a foundation in the principles and practices of data analysis, helping individuals to develop the skills and knowledge needed to succeed as a Data Analyst.

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