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Experience

Razvan completed a PhD in Computational Aerodynamics as part of which he studied unsteady transonic aerodynamics phenomena that represent a risk to the safety of modern transport aircraft. 

Following his Ph.D, Razvan joined ºÚÁϲ»´òìÈ Digital Engineering (at the time Norton Straw), where he expanded his expertise to broader use of computational tools to support clients across several industries, in particular Aerospace and Energy transition. 

In line with the global direction towards net zero and using his passion for Aerospace, Razvan has developed new capabilities for modeling Liquid Hydrogen fuel systems. 

Razvan is based in our Bristol Digital Engineering office. 

Career highlights 

• Collaborated with the to provide a new understanding of unsteady transonic aerodynamics
• Patented a novel air sterilization device 
• Developed a new business stream around supporting Energy Transition

Specialisms 

• Computational Fluid Dynamics
• Heat Transfer
• Aerospace
• Hydrogen Economy
• Multiphysics

Professional qualifications 

• CEng 
• Ph.D. in Mechanical Engineering
• MEng in Aerospace Engineering

Memberships 

• MIMechE

Sector Expertise 

• Aerospace
• Power
• Energy Transition