Research Team Lead
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Jeffrey Erochko, Assistant Professor in Structural Engineering Education: B.A.Sc. Engineering Science, Ph.D. Civil Engineering (Toronto) |
Current Research Team Members
Sujan Shrestha, Ph.D., Postdoctoral Fellow (co-supervised with Prof. Mario Santana)
Assessment and Retrofit of Historic Earthquake-Damaged Structures in Nepal
Marc Alam, Ph.D. Candidate
Performance of Hybrid Timber-Steel Connections Exposed to Fire
Ahmed Hassan, M.A.Sc., Ph.D. Candidate (co-supervised with Prof. David Lau)
Hybrid Experimental Testing of Multi-storey Timber Buildings
Hunter Davis, M.A.Sc. Candidate
Holo-learning: Using Augmented Reality Devices as Pedagogical Tools for Engineers
Former Research Team Members
Joshua Woods, M.A.Sc., Ph.D. (2019) (co-supervised with Prof. David Lau)
Advanced in Retrofit and Testing of RC Shear Walls: Part 1 – Seismic Retrofit of Deficient Walls with FRP Sheets Part 2 – Building Scale Performance Evaluation Using Hybrid Simulation
Daniel Lacroix, Ph.D., Postdoctoral Fellow
Behaviour of Timber Structures
Natalie Miller, M.A.Sc. (2017) (co-supervised with Prof. Mario Santana)
Conservation of Historic Timber Trusses with Case Strudy of the Governor General’s Pavilion Roof, East Block of Parliament, Ottawa
Sean Miller, M.A.Sc. (2017) (Co-supervised with Prof. David Lau)
Fragility Assessment of Combined Heavy Timber-Steel Bracing System through Hybrid Simulation
Xi Cheng, M.A.Sc. (2017) (co-supervised with Prof. David Lau)
Improving the Seismic Performance of Existing Bridge Structures Using Self-centering Dampers
Colin Gilbert, M.A.Sc. (2016)
Adaptation of Advanced Seismic-Resistant Cross-Braces in Heavy Timber Buildings
Ryan Gilbert, M.A.Sc. (2016)
Development of a Heavy Timber Moment-Resisting Frame with Replaceable Ductile Steel Links
Thomas Plesnik, M.A.Sc. (2015) (co-supervised with Prof. Ghasan Doudak)
Effect of an Intermediate Material Layer on the Lateral Load-Slip Characteristics of Nailed Timber Joints
Aaron Akotuah, M.A.Sc. (2015) (co-supervised with Prof. George Hadjisophocleous)
Modelling the Fire Performance of Hybrid Steel-Timber Connections