MACBOOK GAK COCOK BUAT ARSITEK? (INTERIOR DESIGNER JUGA WAJIB NONTON)

Summary

In this video, the speaker shares their experience using a MacBook for architecture, design, and property development work. They highlight the advantages of the MacBook, such as its lightweight design, superior display quality, and seamless integration with the Apple ecosystem. Despite these benefits, the speaker points out some limitations, including challenges with rendering software, battery life, and overheating issues. They also mention that while a MacBook is ideal for most architectural tasks, a secondary PC for rendering is often necessary. Ultimately, they recommend MacBooks for flexibility and mobile work but advise proper research for rendering software.

Takeaways

• 😀 MacBooks are lightweight and slim, making them ideal for architects who need portability.
• 😀 The MacBook’s Retina OLED display offers vibrant colors, which makes it more satisfying for tasks like design work.
• 😀 MacBooks provide stable performance, especially with models from 2015, which are still reliable for architectural work today.
• 😀 The Apple ecosystem (MacBook, iPhone, iPad) makes sharing files and working across devices much easier and more efficient.
• 😀 MacBook's trackpad and build quality are highly praised for comfort and smooth usability, especially for long working hours.
• 😀 While MacBooks perform well for tasks like AutoCAD and Photoshop, they struggle with heavy rendering tasks, requiring more powerful PCs for such work.
• 😀 MacBook’s cooling system can be inadequate, leading to overheating issues during intensive work sessions.
• 😀 The cost of replacing MacBook parts, such as the screen, is extremely high, making careful handling essential.
• 😀 Despite limitations in rendering, MacBooks are highly valued for their portability, especially with the smaller 13-inch model.
• 😀 Using MacBook and PC together is a great strategy for architects, balancing MacBook's mobility and the PC's rendering capabilities.
• 😀 Overall, MacBooks are durable and long-lasting, offering great value for architects as long as their specific software and rendering needs are considered.

Q & A

Why did the user choose to start using a MacBook for architectural work?

The user chose a MacBook because it is lightweight and portable, making it easier to carry compared to typical gaming laptops used for architecture, which are generally heavier. Additionally, the MacBook offers a high-quality display and stable performance.

What are the advantages of using a MacBook for architectural tasks like design and drafting?

The MacBook’s lightweight design, high-resolution Retina OLED screen, and seamless integration with other Apple products like iPhone and iPad make it ideal for design work. It also performs well for tasks such as AutoCAD, SketchUp, Photoshop, and Adobe Premiere.

What specific challenges does the user face when using a MacBook for rendering?

The user notes that rendering tasks are challenging on the MacBook due to its inadequate cooling system, which leads to overheating. This results in slower rendering speeds and less efficient performance compared to a PC.

How does the Apple ecosystem enhance the user’s workflow?

The Apple ecosystem allows for seamless file sharing and collaboration between MacBook, iPhone, and iPad. The user appreciates that files can be easily updated and revised in real-time, which improves team collaboration and speeds up the work process.

Why is the MacBook considered durable for architectural work?

The user mentions that even after years of use, their 2015 MacBook still works well for drafting tasks. The longevity of the device is partly due to its solid build quality, which makes it a reliable choice for long-term use.

What issues did the user encounter with their MacBook’s battery and charging system?

The user had to replace the battery twice on their 2015 MacBook. Additionally, they caution against overcharging the device, as frequent overcharging can lead to battery issues and overheating.

How does the MacBook compare to other laptops for architectural tasks?

While the MacBook excels in portability, display quality, and integration with Apple devices, it is less suitable for heavy tasks like rendering. PCs are preferred for rendering because they have better cooling systems and can handle intensive workloads more effectively.

What specific drawback is associated with using newer MacBook models for architectural work?

A significant drawback is the high cost of repairs, such as replacing the screen on newer MacBook models. The user mentions that replacing a screen can cost up to 10 million IDR, making it an expensive repair.

Why does the user recommend having both a MacBook and a PC for architectural work?

The user recommends having both devices because the MacBook is great for general tasks, portability, and team collaboration, but it lacks the power needed for rendering. A dedicated PC is better suited for rendering due to its superior cooling system and performance in heavy tasks.

What advice does the user give to students or professionals who want to use a MacBook for architectural work?

The user advises that while the MacBook is suitable for design tasks, those looking to use it for rendering should carefully research compatible software and be prepared to invest in additional tools or a PC for intensive rendering tasks.