Armin Farahbakhsh, Ph.D., P.Eng, PE

Managed engineering projects and reviewed design drawings Used non-linear three-dimensional beam model software (TSTower & tnxTower) to analyze telecommunication towers Designed tower structural reinforcement when required Analyzed shallow & deep tower foundation systems Reviewed engineering drawings & structural analysis report

- Leader in design, engineering, and manufacturing of helical piles - Structural design and production control of deep foundation helical piles. - Modelling concrete, steel, and wood structures to propose a proper design approach for helical piles to support the structure. - Preparation of technical reports and proposals for different type of infrastructures like buildings, additions, lightpoles, solar panels, etc.

Projects: -) Nonlinear seismic performance of six-multi storey (4-, 7-, 10-storey) solid and perforated steel plate shear walls designed based on CSA S16-14 and NBCC 2015, Concordia University, Montreal, Canada. 2019~2020. -) Propose a numerical model to simulate the nonlinear performance of stiffened steel plate shear walls, Concordia University, Montreal, Canada. 2018~2019 -) Propose a macro-modelling approach to simulate the performance of composite steel plate shear walls and assess the collapse potential of the system when subjected to strong ground motions, Concordia University, Montreal, Canada. 2017~2018. Teaching Assistant for following courses: Steel Design I & II, Reinforced Concrete Design I & II, Statics, Mechanics of Material, Structural Analysis I & II.

• Analysis and design of steel structures and preparation of shop drawings • Acting as the employer’s periodic supervisor to control the accuracy of structural construction • Acting as the employer’s advisor for renovation and restoration of old structures • Analysis and design of reinforced concrete structures, concrete ceilings, joists and blocks • Final control of structural drawings for conformity with executive guidelines • Engineering surveying of the site plan • Designing and construction management of steel and concrete structures • Designing of novel structural systems including Special Steel Plate Shear Wall and Buckling Restrained Braces • Estimating assembly costs for proposed projects and monitoring job costs for projects under contract

•Structural design according to the architectural drawings. •Observing the progress of the project and controlling issues. •Perform and adjust quantity calculations for practical and budgetary purposes. •Inspect project sites to ensure they meet relevant codes and are progressing properly.