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PhD in Construction Science: BIM, Visualization, and Digital Twins

University of Oklahoma Haskell & Irene Lemon Construction Science Division
Partially Funded ⏰ Closing Soon 🎓 Architecture 🎓 Digital Technologies digital twins building information modeling bim virtual reality augmented reality data visualization construction planning reality capture

Explore cutting-edge digital technologies in construction science focusing on BIM, VR/AR, and digital twins. Investigate how immersive visualization can enhance project planning, cost estimation, and sustainability to revolutionize the construction industry.

AI-generated overview

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Why This Research Matters

This research is crucial for advancing construction efficiency, safety, and sustainability by leveraging digital and immersive technologies. It supports a global shift towards smart, data-enabled construction practices that optimize resource use and improve the built environment's quality.

Building Information Modeling (BIM) Virtual Design and Construction (VDC) AR, VR, and MR for construction Connected Construction Applied AI for Constructors Workforce Development

Project Description

Project Overview

This PhD project investigates the integration of Building Information Modeling (BIM), immersive visualization technologies including Virtual Reality (VR), Augmented Reality (AR), and Mixed Reality (MR), as well as reality capture methods to develop digital twins for construction applications. The research aims to improve project planning, sequencing, cost estimation, and data-driven decision-making processes in the construction industry.

What You Will Do

The successful candidate will work within the BIM+Viz Lab under Dr. Tammy McCuen's supervision. Research activities include applying BIM software for advanced 3D modeling, utilizing VR/AR/MR technologies, creating and managing digital twins, and employing data visualization and analysis techniques. The role also involves contributing to teaching as a Graduate Teaching and Lab Assistant.

Expected Outcomes

This work is expected to enhance efficiency, safety, and sustainability across the construction lifecycle by enabling better anticipation of challenges, optimized resource allocation, and improved project delivery quality. The integration of digital tools and immersive visualization advances smarter construction practices globally.

Why This Matters

By advancing digital and visualization technologies in construction science, this research supports a global transition to data-enabled construction management. It addresses critical industry needs for improved project coordination, cost control, and sustainable building practices, making a substantial impact on the future built environment.

Entry Requirements

Experience with BIM software and tools for advanced 3D modeling; familiarity with VR/AR/MR technologies, reality capture, and digital twins; foundational knowledge of construction planning, sequencing, and cost estimating; skills in data visualization and analysis; some coding background advantageous.

How to Apply

For application details, refer to the LinkedIn announcement by Dr. Tammy McCuen at https://www.linkedin.com/posts/the-university-of-oklahoma-haskell-irene-lemon-construction-science-division_dr-tammy-mccuen-is-looking-for-a-phd-student-activity-7447978289899401217-77rS

Eligibility

UK/Home
EU
International

Supervisor Profile

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Dr. Tammy McCuen
University of Oklahoma, Haskell & Irene Lemon Construction Science Division

Dr. Tammy McCuen is a leading expert in construction science specializing in digital technologies such as BIM and immersive visualization. She leads the BIM+Viz Lab at the University of Oklahoma, focusing on integrating VR/AR and digital twin technologies to transform construction management and improve project outcomes.

Key Publications

2024
Project BIM Requirements Standard. National BIM Standard-United States® (NBIMS-US™) Version 4, National Institute of Building Sciences
2024
Use of Virtual Reality in Construction Higher Education in the US
2024
Use of Visual Dashboards in Construction Projects
2023
BIM Data Handover from Construction to Operations
2021
Guide to the Building Information Modeling Body of Knowledge: Metrics, KSAs, and Learning Outcomes for Developing BIM Talent

Research Contributions

Development and advancement of interoperable frameworks and cost-estimating protocols to support BIM adoption across disciplines.
This work has helped standardize BIM processes, facilitating wider industry adoption and improving integration among architecture, engineering, and construction sectors.
Use and integration of virtual reality technologies in construction education.
Enhanced construction education through immersive technologies, improving workforce readiness and training efficacy.
Establishment of BIM curriculum development and standards for higher education and professional training.
Elevated BIM educational programs, shaping the next generation of AECO professionals and advancing digital transformation in the field.
Research on applied AI to improve construction practices and sustainable built environment initiatives.
Supports innovative, efficient, and sustainable construction methods aligning with UN Sustainable Development Goals.

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