Evaluation of emerging technologies for remote inspections of building work: Final Report

Yihai Fang; Kourosh Khoshelham; Eric Windholz; Tuan Ngo; AB Al-Azzawi; Steffen Becker; Sajjad Einizinab; Songbo Hu; Tanghan Jiang; Kaveh Mirzaei; Marko Radanovic; Ashton Sly

Evaluation of emerging technologies for remote inspections of building work: Final Report

Yihai Fang, Kourosh Khoshelham, Eric Windholz, Tuan Ngo, AB Al-Azzawi, Steffen Becker, Sajjad Einizinab, Songbo Hu, Tanghan Jiang, Kaveh Mirzaei, Marko Radanovic, Ashton Sly

Research output: Book/Report › Commissioned Report › Research

Abstract

Remote building inspections are expected to reduce the time and travel needs required by traditional in-person inspections while maintaining (or enhancing) the integrity and rigor of the inspection process and outcome. However, the effectiveness and suitability of technologies for remote building inspections are not fully understood and rigorously evaluated. This project: (1) reviewed best remote inspection practices; (2) evaluated digital technologies for remote building inspections; and (3) developed a guideline for the effective implementation of suitable technologies for remote building inspections. Outcomes from this project are expected to guide the implementation of technologies and workflows for remote building inspection.

Original language	English
Place of Publication	Clayton VIC AUS
Publisher	Monash University
Number of pages	88
Publication status	Published - 1 Sept 2023

Access to Document

558667289-oaFinal published version, 4.38 MB

https://building4pointzero.org/projects/33-evaluation-of-emerging-technologies-for-remote-inspections-of-building-work/

Cite this

Fang, Y., Khoshelham, K., Windholz, E., Ngo, T., Al-Azzawi, AB., Becker, S., Einizinab, S., Hu, S., Jiang, T., Mirzaei, K., Radanovic, M., & Sly, A. (2023). Evaluation of emerging technologies for remote inspections of building work: Final Report. Monash University. https://building4pointzero.org/projects/33-evaluation-of-emerging-technologies-for-remote-inspections-of-building-work/

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author = "Yihai Fang and Kourosh Khoshelham and Eric Windholz and Tuan Ngo and AB Al-Azzawi and Steffen Becker and Sajjad Einizinab and Songbo Hu and Tanghan Jiang and Kaveh Mirzaei and Marko Radanovic and Ashton Sly",

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Fang, Y, Khoshelham, K, Windholz, E, Ngo, T, Al-Azzawi, AB, Becker, S, Einizinab, S, Hu, S, Jiang, T, Mirzaei, K, Radanovic, M & Sly, A 2023, Evaluation of emerging technologies for remote inspections of building work: Final Report. Monash University, Clayton VIC AUS. <https://building4pointzero.org/projects/33-evaluation-of-emerging-technologies-for-remote-inspections-of-building-work/>

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T1 - Evaluation of emerging technologies for remote inspections of building work: Final Report

AU - Fang, Yihai

AU - Khoshelham, Kourosh

AU - Windholz, Eric

AU - Ngo, Tuan

AU - Al-Azzawi, AB

AU - Becker, Steffen

AU - Einizinab, Sajjad

AU - Hu, Songbo

AU - Jiang, Tanghan

AU - Mirzaei, Kaveh

AU - Radanovic, Marko

AU - Sly, Ashton

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N2 - Remote building inspections are expected to reduce the time and travel needs required by traditional in-person inspections while maintaining (or enhancing) the integrity and rigor of the inspection process and outcome. However, the effectiveness and suitability of technologies for remote building inspections are not fully understood and rigorously evaluated. This project: (1) reviewed best remote inspection practices; (2) evaluated digital technologies for remote building inspections; and (3) developed a guideline for the effective implementation of suitable technologies for remote building inspections. Outcomes from this project are expected to guide the implementation of technologies and workflows for remote building inspection.

AB - Remote building inspections are expected to reduce the time and travel needs required by traditional in-person inspections while maintaining (or enhancing) the integrity and rigor of the inspection process and outcome. However, the effectiveness and suitability of technologies for remote building inspections are not fully understood and rigorously evaluated. This project: (1) reviewed best remote inspection practices; (2) evaluated digital technologies for remote building inspections; and (3) developed a guideline for the effective implementation of suitable technologies for remote building inspections. Outcomes from this project are expected to guide the implementation of technologies and workflows for remote building inspection.

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