Neda Darivandi
About Neda Darivandi
Neda Darivandi is a structural engineer with expertise in soil-structure interaction and deep buried piping design, currently working at Hatch in Mississauga, Ontario. She holds a Doctorate in Philosophy from the University of Waterloo and has specialized knowledge in seismic structural design and thermal fracture analysis.
Work at Hatch
Neda Darivandi has been employed at Hatch as a Structural Engineer since 2012. In this role, she applies her expertise in seismic structural design and noise and vibration control. Her work is essential for ensuring the safety and functionality of structures, particularly in regions susceptible to earthquakes. Darivandi's responsibilities include conducting thermal fracture analysis of refractory lining in blast furnaces, which is vital for the integrity of high-temperature industrial equipment.
Education and Expertise
Neda Darivandi holds multiple degrees in engineering and philosophy. She earned her Bachelor of Science in Civil Engineering from Iran University of Science and Technology from 1997 to 2002. She then completed her Master of Science in Engineering at the University of Tehran from 2002 to 2004. Furthering her education, she obtained a Doctor of Philosophy in Mechanical Engineering and Philosophy from the University of Waterloo between 2008 and 2013. Her areas of expertise include soil-structure interaction, deep buried piping design, seismic structural design, and advanced engineering software applications such as ANSYS.
Background
Neda Darivandi began her career as a Structural Engineer at Namvaran Consulting Engineers in Tehran, Iran, from 2005 to 2007. She later transitioned to academic roles, serving as a Research Assistant at the University of Windsor from 2007 to 2008 and at the University of Waterloo from 2008 to 2012. These positions allowed her to engage in research related to structural engineering and further develop her technical skills.
Achievements
Throughout her career, Neda Darivandi has developed a strong proficiency in various engineering analyses. She specializes in fatigue crack growth analysis and remaining life assessment of in-service equipment, which is crucial for maintaining operational safety. Additionally, she utilizes ANSYS for creep analysis and damage assessment of structures that operate at high temperatures, showcasing her capability in advanced engineering methodologies.