Postdoctoral researcher

Project
PREP0003306
Overview

This project focuses on developing a foundational framework to support organizations in understanding,
evaluating, and leveraging digital twin technologies specifically in the built environment. As digital twins
(DTs) continue to gain traction across industries for their ability to virtually replicate physical assets, there
remains a critical gap in how organizations assess the quality and value of DT solutions, especially when
services are procured from external vendors. This project aims to address the maturity, functionality, and
alignment of DT solutions with their operational needs. The framework will serve as a decision-support
tool for stakeholders to critically evaluate vendor offerings and make informed choices about DT
implementation. Additionally, this project represents the initial phase in a broader effort to develop
standardized guidelines and templates for DT assessment. These resources will support transparency,
promote consistency, and reduce ambiguity in DT-related procurement and deployment processes. By
providing a structured approach to DT evaluation, the project will empower organizations to better
manage risks, ensure return on investment, and accelerate the adoption of high-quality DT solutions
that align with their strategic goals.

Foundational Framework for the Assessment and Evaluation of Digital Twins for Buildings

Qualifications
  • Ph.D. degree in Computer Science, Engineering, Manufacturing, or a related field.
  • Ability to understand, develop, and use applications related to Digital Twin solutions for buildings.
  • In-depth understanding of current open-source tools and open standards related to buildings.
  • US Citizen Preferred
Research Proposal

Key responsibilities:

  • Lead the development of a structured framework for evaluating digital twin solutions, focusing
    on maturity, functionality, and alignment with strategic goals
  • Collaborate with interdisciplinary stakeholders, including industry partners, to gather insights and
    validate the framework
  • Design and validate assessment templates for digital twin procurement and implementation
  • Disseminate findings through guidelines, technical reports, conference presentations, and
    publications
  • Support in contributing to the long-term roadmap for establishing DT evaluation standards.
NIST Sponsor
Parastoo Delgoshaei
Group
Mechanical Systems and Controls Group
Schedule of Appointment
Full time
Start Date
Work Location
Onsite NIST
Salary / Hourly rate {Max}
$90,000.00
Total Hours per week
40
End Date