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What is JoVE Visualize?

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  2. Research Domains
  • Built Environment And Design
  • Building
  • Quantity Surveying
  • Quantity surveying

    AI-categorized content indicator

    Quantity surveying is a vital discipline within the built environment, focusing on the estimation, management, and control of costs in construction projects. It plays an essential role in ensuring financial efficiency and project feasibility, making it critical to building and civil engineering sectors. As part of the broader field of building studies, quantity surveying research investigates cost planning, procurement strategies, and risk management. JoVE Visualize enhances this understanding by pairing PubMed articles with JoVE’s experiment videos, offering researchers and students an engaging way to explore methodologies and practical insights.

    Key Methods & Emerging Trends

    Core Methods in Quantity Surveying Research

    Traditional quantity surveying research extensively employs cost estimation, contract administration, and valuation techniques to ensure accuracy and compliance in building projects. Studies often focus on cost-benefit analysis, measurement standards, and procurement processes, which are crucial for project budgeting and cost control. Research in these areas frequently collaborates with civil engineering to optimize resource allocation and enhance construction efficiency. These well-established methods form the backbone of quantity surveying degree curricula and certification frameworks globally.

    Emerging and Innovative Approaches

    Recent advances in quantity surveying include the integration of digital tools such as Building Information Modeling (BIM) and artificial intelligence to improve cost forecasting and risk assessment. This shift supports more dynamic project management and real-time data analysis, expanding the traditional scope of quantity surveying. Furthermore, sustainability considerations and life-cycle costing are gaining prominence, reflecting the field’s growing focus on environmental impact. These innovations not only influence quantity surveying salary prospects and job roles but also enrich research directions within the discipline.

    Recently Published Articles

    |April 14, 2026

    Probing Effective and Efficient Category-Level Articulated Object Pose Perception

    Li Zhang, Xianhui Meng, Liu Liu, Haonan Jiang, Jianan Wang, Rujing Wang, Cewu Lu, Jun Liu, Hong Zhang

    |April 13, 2026

    Soft glans after penile prosthesis surgery: a patient-reported study of prevalence and clinical impact

    Sarah Michael, Jack Hay, Evan Maher, Fereshteh Zarnani, Ayman Haider, Vaibhav Modgil, Ian Pearce, Peter Grice

    |April 12, 2026

    EDX Array Tomography: 3D Imaging With Chemical Sensitivity and Submicron Resolution Through Ultramicrotomy and SEM-EDX Mapping

    David McLaughlin, Markus Bierling, Colin P O'Brien, David Sinton, Simon Thiele, Thomas Böhm

    |April 11, 2026

    Influence of gradient wave velocity structure of 3-D Gaussian-shaped rocky hills on seismic wave propagation

    Qingquan Fan, Xiaojun Li, Suyang Wang

    |April 10, 2026

    Retraction: Long non-coding RNA TUSC7, a target of miR-23b, plays tumor-suppressing roles in human gliomas

    |April 10, 2026

    Glanspexy for real glans hypermobility after penile prosthesis surgery: a retrospective review and patient satisfaction analysis

    Isabel Dighero, Mohammed Shah, Wai Gin Lee, Angelo di Giovanni, David Ralph, Marta Skrodzka

    |April 10, 2026

    Visualization of the True Left Ventricular Apex on Transthoracic Echocardiography

    Nagisa Okazaki, Yuichi Baba, Yuri Ochi, Juri Kawaguchi, Daigo Hirakawa, Toru Kubo, Naohito Yamasaki, Shinji Tokuhiro, Hiroaki Kitaoka

    |April 9, 2026

    Posterior Extremity of the Cystic Plate Guided Right Anterior Glissonean Approach and Intraoperative Spatial Validation in Minimally Invasive Liver Surgery (With Video)

    Jimin Son, Ji Hoon Kim, Hyung-Min Park

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