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Architecture and Civil Engineering● OpenPreview

PhD position in Sustainable Concrete Reuse: Advanced Deconstruction and Reconstruction Methods

Join McGill University to pioneer automated deconstruction and circular construction methods for concrete reuse.

Best for:Architecture or civil engineering graduates with a passion for sustainable construction, circular economy principles, and interdisciplinary research.

McGill University · Montreal, Canada · R1 · First-stage researcher
More professors at McGill University
concrete reusecircular constructiondeconstruction methodsautomation in constructionlife-cycle analysissustainable architecture
Deadline
—
Funding
Stipend
CAD 24k/yr
Start date
2027-01-01 (flexible for exceptional candidates)
Full-time
Location
Montreal
Canada

Overview

McGill University’s School of Architecture, Faculty of Engineering, invites applications for a fully funded PhD position focused on developing innovative deconstruction and reconstruction techniques to enable large-scale reuse of concrete elements. The successful candidate will contribute to a cross-disciplinary project at the intersection of architecture, civil engineering, and life-cycle analysis, with a strong emphasis on automation, optimization, and sustainable construction practices. The research aims to design scalable separation tools, optimize deconstruction patterns, and develop new re-assembly processes while evaluating environmental and structural performance gains. The position offers a vibrant academic environment, access to state-of-the-art facilities, and opportunities for interdisciplinary collaboration with industry partners.

concrete reusecircular economydeconstructionreconstructionsustainable constructionautomationlife-cycle assessmentoptimization

What you'll do

  • Develop and test advanced deconstruction tools and techniques for concrete elements
  • Optimize deconstruction patterns to maximize material recovery and structural integrity
  • Design and prototype new re-assembly processes for reused concrete components
  • Conduct life-cycle analysis to quantify environmental and economic benefits of concrete reuse
  • Collaborate with industry partners to validate methods in real-world construction scenarios
  • Publish research findings in peer-reviewed journals and present at conferences
  • Contribute to teaching activities as a teaching assistant in architecture or engineering courses
  • Engage in interdisciplinary research at the intersection of architecture, engineering, and sustainability

Requirements

Degree required: Master’s degree (or equivalent) in architecture, civil engineering, or a closely related field

Degree offered: PhD

Language: English (excellent written and verbal communication skills); French is a plus

Instruction: English

Required skills
  • Strong background in concrete structures and sustainable construction processes
  • Proficiency in English (written and verbal communication)
  • Research experience in architecture, civil engineering, or a related discipline
  • Ability to work independently and collaboratively in an interdisciplinary team
Nice to have
Knowledge of concrete reuse practices and circular economy principlesExperience with optimization methods and digital tools (e.g., BIM, CAD, simulation software)Familiarity with life-cycle assessment (LCA) methodologiesProficiency in FrenchExperience with prototyping and experimental validation

Funding & terms

Type
Stipend
Amount
CAD 24k/yr
Duration
4 years
Programme
NSERC-funded project
Natural Sciences and Engineering Research Council of Canada (NSERC)

How to apply

Deadline: 2027-07-20

Submit an application through the portal, including a CV, cover letter, research statement, academic transcripts, and contact details for two references. Shortlisted candidates will be invited for an interview.

Documents required
  • CV
  • Cover letter
  • Research statement
  • Master’s degree transcripts
  • Two academic or professional references
↗Apply on site
CK
Prof.
Célia Küpfer
School of Architecture
Lab
School of Architecture
McGill University
NSERC-funded projectCanada
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