Arash Pirouzi


Staff Geotechnical Engineer

I treat every project like it’s my personal property and make sure to bring the best to our clients.


  • 2018


  • Redmond, WA

Arash was born into engineering. His father was a civil engineer with his own construction company in Iran, and Arash loved to go on site visits with him as a boy.

“I had the chance to see first-hand how construction is done and more importantly learn about business relationships,” Arash says. “Although the best days where when my dad would help me create concrete blocks.”

His early love of construction and engineering defined Arash’s education and career path. After he completed his undergraduate and master’s degrees, Arash got some practical field experience working in Iran before heading to the University of Massachusetts Amherst for his Ph.D.

Arash discovered GeoEngineers shortly after completing his Ph.D.

“Although technical excellence was a big point for me, I would say the people in GeoEngineers are the main reason I work here,” Arash says. “I never thought I would end up moving to Seattle but through the interview process I fell in love with the people and culture.”

As a staff geotechnical engineer, Arash spends quite a bit of his time in the field, observing construction, taking samples and interfacing with our clients. He’s the on-site eyes and ears of the project managers and supports them in every way he can.

When he manages to take a break from his work, Arash enjoys spending time with his wife. They hit the gym together to stay active and regularly team up for tennis. You might also find them just relaxing with friends over a beer or whiskey!

  • Pirouzi, A. (2018). Compressibility and Normalized Undrained Shear Behavior of Soft Fine-Grained Soils (Doctoral dissertation, University of Massachusetts Libraries)
  • Pirouzi, A., & Eslami, A. (2017). Ground subsidence in plains around Tehran: site survey, records compilation and analysis. International Journal of Geo-Engineering, 8(1), 30.
  • Eslami, A., Pirouzi, A., Omer, J. R., & Shakeran, M. (2015). CPT-based evaluation of Blast Densification (BD) performance in loose deposits with settlement and resistance considerations. Geotechnical and Geological Engineering, 33(5), 1279-1293.

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