PANDANGAN GLOBAL

HEIGHTS PORTAL

LAUNCH OF CIDBH iENTRY SYSTEM: STRENGTHENING THE MANAGEMENT OF SKILLED FOREIGN WORKERS
Pelancaran Sistem CIDBH iENTRY: Memantapkan Pengurusan Pekerja Asing Berkemahiran
Baca Selanjutnya
Hong Kong Scientists Develop Innovative Bar-Bending Robot 
Saintis Hong Kong Membangunkan Robot Lentur Bar Inovatif
Baca Selanjutnya
Technology Behind Volvo’s Electric Machines and Their Efficiency
Teknologi Di Sebalik Mesin Elektrik Volvo dan Kecekapannya
Baca Selanjutnya
Building Green: Electric Machines Lead Charge in Sustainable Construction
Pembangunan Hijau: Mesin Elektrik Mengetuai dalam Pembinaan Mampan
Baca Selanjutnya
Hotel Construction Booming in APEC Region
Pembinaan Hotel Meningkat di Wilayah APEC
Baca Selanjutnya
Bali Considers Construction Ban to Curb Overdevelopment
Bali Pertimbangkan Larangan Pembinaan Untuk Mengekang Pembangunan Terlalu Banyak
Baca Selanjutnya
Significant Milestone: Completion of Motorway On Corridor VC Section Počitelj-Zvirovići (Lot 1) BiH
Pencapaian Penting: Penyiapan Lebuhraya Di Koridor VC Section Počitelj-Zvirovići (Lot 1) BiH
Baca Selanjutnya
Rehabilitation Works On Four Senegalese Stadiums
Kerja-kerja Pemulihan Di Empat Stadium Senegal
Baca Selanjutnya
The Importance Of Urban Rail In Creating Sustainable Cities
Kepentingan Rel Bandar Dalam Mewujudkan Bandar Mampan
Baca Selanjutnya
Gamuda Committed To Australia And Beyond
Gamuda Komited Kepada Australia Dan Seterusnya
Baca Selanjutnya
With its proven record in Malaysia (delivering mainline and urban rail lines), Australia, Singapore, Taiwan and more, Gamuda is now ready to contribute again to its home country through more rail projects. Many projects are currently under construction on the rail front, such as the East Coast Rail Link, the Johor Baru to Singapore LRT, the proposed high-speed rail from Kuala Lumpur to Singapore, and the MRT3 (Circle Line). When it comes to urban rail, the Shah Alam line (formerly known as LRT3) is expected to enter into revenue service by Sept 2025, while the JB-Singapore RTS is expected to begin service in 2026, followed by ECRL in 2027 (for the stretch from Kota Baru to Gombak). This month, Malaysia has invited public feedback on the proposed alignment and station locations for its MRT3, a project that could take up to a decade to realise. Amidst all the above, the long-awaited Penang LRT is now shovel-ready, with Gamuda all ready to commence work as soon as the green light is given. Officially known as the Mutiara LRT Line, this proposed urban rail system stretches 28 km to connect George Town with Jelutong, Gelugor, and Bayan Lepas on Penang island. It will also have a future link towards Seberang Perai to bring commuters to and from the Penang mainland across the Penang Strait. The project, owned by Mass Rapid Transit Corporation Sdn Bhd, is a critical component of the Penang Transport Master Plan and is expected to have 21 stations. Suppose construction begins on time next quarter. In that case, the line is expected to be completed by 2030, relieving the congested roads in Penang, the fifth-largest economy among Malaysian states. Related articles: Gamuda Committed To Australia And Beyond The Importance Of Urban Rail In Creating Sustainable Cities
Rel Kereta Api Stim Di Malaysia
Baca Selanjutnya
Navigating the Future of Construction with AI-Powered Robotics
Menavigasi Masa Depan Pembinaan dengan Robotik Dikuasakan AI
Baca Selanjutnya
The construction industry is on the brink of a significant transformation as AI-powered robots become increasingly prevalent. While robots have long been used in manufacturing, their potential impact on construction is gaining attention, especially with advancements in artificial intelligence (AI). According to industry experts, adopting AI-powered "humanoid" robots could substantially change the workforce, possibly reducing the number of human jobs in construction. Investment bank Morgan Stanley recently highlighted the growing trend of integrating AI with robotics, particularly in humanoid robots that could be deployed across various industries, including construction. These robots, equipped with large language models and generative AI capabilities, such as those seen in ChatGPT, could handle tasks traditionally performed by human workers, potentially reducing the need for manual labour on construction sites. The use of AI in construction is driven by the industry's ongoing struggle to attract and retain skilled workers. As the working-age population in advanced economies continues to decline, construction companies face increasing difficulties in maintaining productivity. AI-powered robots could offer a solution by filling the labour gap and ensuring that projects are completed efficiently. However, the introduction of these robots has its challenges. The transition could prove politically and socially divisive, raising concerns about job displacement and the broader implications for the workforce. Morgan Stanley warns that up to 70% of construction jobs could be affected by the widespread adoption of AI-powered robots, leading to significant changes in the industry. Despite these concerns, proponents of AI in construction argue that robots could help alleviate labour shortages, particularly in regions with shrinking and ageing populations. By automating repetitive and physically demanding tasks, AI-powered robots could improve safety on construction sites and allow human workers to focus on more complex and creative aspects of the job. Stay tuned for Part 2, where we explore how the construction industry can navigate the challenges and opportunities brought by AI-powered robotics.
Robot AI Boleh Mengubah Industri Pembinaan dan Mengurangkan Tenaga Kerja
Baca Selanjutnya
Stricter Geotechnical Standards Introduced for Construction in Kuala Lumpur
Piawaian Geoteknik yang Lebih Ketat Diperkenalkan untuk Pembinaan di Kuala Lumpur
Baca Selanjutnya
Singapore Set to Build Its Longest Elevated Cycling Bridge
Singapura Akan Membina Jambatan Berbasikal Bertingkat Terpanjang
Baca Selanjutnya
Robotic Innovations in Construction: Lifting Heavy Objects
Inovasi Robotik dalam Pembinaan: Mengangkat Objek Berat
Baca Selanjutnya
The Original Project Delivery Structure for the KLHSR
Struktur Penyampaian Projek Asal untuk KLHSR
Baca Selanjutnya
The Original Concept for the KLHSR
Konsep Asal untuk KLHSR
Baca Selanjutnya
Potential Economic Benefits of the KLHSR Project
Potensi Faedah Ekonomi Projek KLHSR
Baca Selanjutnya
AI in Construction: Empowering, Not Replacing the Workforce
AI dalam Pembinaan: Memperkasa, Bukan Menggantikan Tenaga Kerja
Baca Selanjutnya
Perspectives on AI-Driven Construction Projects
Perspektif Mengenai Projek Pembinaan Didorong AI
Baca Selanjutnya
AI's Role in Sustainability and Innovation
Peranan AI dalam Kemampanan dan Inovasi
Baca Selanjutnya
Closing the Loop: Innovations in Wood Reclamation and Recycling
Menutup Lingkaran: Inovasi dalam Penambakan dan Kitar Semula Kayu
Baca Selanjutnya
Harnessing Carbon: Wood’s Role in Sustainable Construction
Memanfaatkan Karbon: Peranan Kayu dalam Pembinaan Mampan
Baca Selanjutnya
Beyond Construction: Ensuring Wood’s Long-Term Sustainability
Melangkaui Pembinaan: Memastikan Kemampanan Jangka Panjang Kayu
Baca Selanjutnya
Future of Construction: Robotics Market Valued at US$359.6 Billion by 2031
Masa Depan Pembinaan: Pasaran Robotik Bernilai AS$359.6 Bilion menjelang 2031
Baca Selanjutnya
Perspectives on AI-Driven Construction Projects
Smart Buildings
Baca Selanjutnya
ASEAN Green Building Standards Set to Transform Future Housing Projects
Piawaian Bangunan Hijau ASEAN Ditetapkan Untuk Mengubah Projek Perumahan Masa Depan
Baca Selanjutnya
Soft Launch ICW & BUILDXPO 2024
Soft Launch ICW & BUILDXPO 2024
Baca Selanjutnya
Navigating the Shift: Construction in the Smart City Era
Menavigasi Anjakan: Pembinaan dalam Era Bandar Pintar
Baca Selanjutnya
Leveraging Generative AI in Construction HR Management
Memanfaatkan Generatif AI dalam Pengurusan HR bidang Pembinaan
Baca Selanjutnya
How NHA of Zambia is Adapting to Tomorrow's Construction Needs
Bagaimana NHA Zambia Menyesuaikan Diri dengan Keperluan Pembinaan Esok
Baca Selanjutnya
Trends and Technology in Zambian NHA's Construction Projects
Trend dan Teknologi dalam Projek Pembinaan NHA Zambia
Baca Selanjutnya
Harnessing Technology for Sustainable Housing
Memanfaatkan Teknologi untuk Perumahan Mampan
Baca Selanjutnya
Sustainability at the Heart of Zambian NHA's Strategy
Kemampanan sebagai Nadi Strategi NHA Zambia
Baca Selanjutnya
Transforming Housing in Zambia
Transformasi Perumahan di Zambia
Baca Selanjutnya
Green Building Certification
Pensijilan Bangunan Hijau
Baca Selanjutnya
International Construction Week (ICW) and BuildXpo 2024
International Construction Week (ICW) and BuildXpo 2024
Baca Selanjutnya
Malaysia and Japan Forge Stronger Ties to Propel Construction Tech Forward
Malaysia dan Jepun Menjalin Hubungan Yang Lebih Teguh untuk Memacu Teknologi Pembinaan
Baca Selanjutnya
Navigating Tomorrow's Skyscrapers: Smart Cities Transforming Construction Operations
Menavigasi Pencakar Langit Akan Datang: Bandar Pintar Mengubah Operasi Pembinaan
Baca Selanjutnya
High Costs, Knowledge Gaps, Slow AI Adoption
Kos Tinggi, Jurang Pengetahuan, Perlahankan Penggunaan AI
Baca Selanjutnya
The Value of Old Buildings
The Value of Old Buildings
Baca Selanjutnya
Malaysia Construction Academy (ABM) Collaborates with Smart Paints to Produce Skilled Painters
Akademi Binaan Malaysia (ABM) Kolaborasi Dengan Smart Paints, Lahirkan Pengecat Kompeten
Baca Selanjutnya
Challenges and Future Trends in AI Adoption
Cabaran dan Trend Masa Depan dalam Penggunaan AI
Baca Selanjutnya
AI for Materials Management and Supply Chain: Revolutionising Procurement Efficiency
AI untuk Pengurusan Bahan dan Rantaian Bekalan: Merevolusikan Kecekapan Perolehan
Baca Selanjutnya
Usage of AI in BIM and 3D Modeling: Revolutionising Design and Visualisation
Penggunaan AI dalam BIM dan Pemodelan 3D: Merevolusikan dan Visualisasi Reka Bentuk
Baca Selanjutnya
AI and Sustainable Construction: Building a Greener Tomorrow
AI dan Pembinaan Mampan: Membina Hari Esok yang Lebih Hijau
Baca Selanjutnya
AI for Equipment and Fleet Management: Pioneering Efficiency and Rise of Autonomous Machinery
AI untuk Pengurusan Peralatan dan Armada: Kecekapan Perintis dan Kebangkitan Jentera Autonomi
Baca Selanjutnya
Enhancing Construction Quality Control with AI: Precision, Efficiency and Compliance
Meningkatkan Kawalan Kualiti Pembinaan dengan AI: Ketepatan, Kecekapan dan Pematuhan
Baca Selanjutnya

Terkini dari HEIGHTS

BUILDING COLLAPSE INCIDENT IN MALACCA: IMMEDIATE STOP WORK ORDER
Heights

Insiden Bangunan Runtuh di Melaka: Arahan Pemberhentian Kerja Serta-merta

Pasukan penguatkuasaan CIDB Negeri Melaka telah turun ke lokasi runtuhan berlaku pada 10 pagi 12…
Hong Kong Scientists Develop Innovative Bar-Bending Robot 
Pandangan Global

Saintis Hong Kong Membangunkan Robot Lentur Bar Inovatif

Hong Kong mengorak langkah dalam pembangunan teknologi robotik untuk menangani kekurangan buruh dalam industri pembinaan.…
Onsite Expertise: Delivering Modular Projects Efficiently
Tampilan Khas

Kepakaran Di Tapak: Menyampaikan Projek Modular dengan Cekap

Dalam pembinaan modular, fasa terakhir dan penting ialah pemasangan di tapak—proses menyusun modul yang dibina…

Jika Artikel Ini Menarik Baca Artikel Lain Juga