Professional Affiliation
|
Fellow |
American Concrete Institute ACI
|
|
Member |
ACI Committee 445: Shear and
Torsion,
Former Chair of the Subcommittee on the Punching Shear in Slabs,
Editor of
SP and session in the
Fall 2005. |
|
Member |
ACI Committee 435: Deflections
of Reinforced Concrete
Structures.
|
|
Member |
ACI Committee 440: Fiber
Reinforced polymer
reinforcements.
|
|
Member |
International fib W 4.2.3
committee on the evaluation of
current design provisions for
punching shear in flat concrete
slabs.
|
|
Member |
Canadian Society of Civil
Engineering, CSCE
|
|
Member |
American Society of Civil
Engineers, ASCE
|
|
Member |
Professional Engineer's Ontario
(PEO)
|
|
Memeber |
Council of Polish Engineers in
North America
|
Teaching
|
Finite Element Method
(CivE 422, CivE 611) |
Finite element method
formulation, elements’
formulations,
structural elements,
application of FEM for various
field problems. Graduate and for
undergraduate courses. |
|
Structural Analysis
(CivE 403)
|
Computer, matrix methods for
structural analysis,
introduction to nonlinear
analysis. |
|
Mechanics of Reinforced Concrete
(CivE 603)
|
Advanced strut-and-tie modelling,
nonlinear elasticity and
plasticity of reinforced
concrete. Graduate course. |
|
Reinforced Concrete Design 1 and
2
CivE 313, CivE 414)
|
Design and proportioning of
reinforced concrete members and
structures. |
|
Statics and Solid Mechanics
(CivE 127)
|
Introductory course on statics
and mechanics of materials |
|
Mechanics of Solids 2
(CivE 205)
|
Strength of materials, stress
and strain analysis, structural
analysis of beams, frames,
arches and cables. |
|
Civil Engineering Concepts
(CivE 125/100)
|
Concepts course including
computer graphics, surveying,
report writing. |
|
Project Courses
CivE 400, CivE 401)
|
Capstone design projects with emphasis on technical
content, project management,
report writing and
presentations. |