AC

Anton Chistyakov

Lead Stress Engineer at Tucana Engineering

Anton Chistyakov is a Lead Stress Engineer with extensive experience in aerospace engineering, currently employed at Tucana Engineering since April 2014, where responsibilities include leading stress analyses for the Airbus A350 Leading Edge. Prior positions include leadership roles at Spirit-Progresstech, LLC, focusing on the Airbus A350 and Bombardier LJ-85 projects, and significant contributions to the Boeing 787 and Sukhoi Super Jet 100 programs while at Progresstech. Earlier career experiences began at Russian Aircraft Corporation "MiG," where structural analyses were performed for the MIG-29 aircraft family. Anton Chistyakov holds a Master’s degree in Mechanical Engineering from Moscow Aviation Institute.

Location

Moscow, Russian Federation

Links


Org chart


Teams


Offices

This person is not in any offices


Tucana Engineering

1 followers

Your partner in innovation and high tech engineering services Tucana Engineering is a global engineering services company providing intellectual services to the aerospace, airport infrastructures, automotive, and other high-tech industries. At Tucana, we understand that solving the world’s toughest engineering problems requires the best experts, advanced tools, and team collaboration. That’s why we offer fully integrated engineering solutions. Tucana Engineering offers: Structural design • structures, interiors, systems design • Conceptual and detailed design • Metallic and composite structures Stress Analysis and Simulation • Finite-element modeling • Static and dynamic analysis • Fatigue and damage tolerance • Weight optimization • Testing support Manufacturing Engineering • Design for manufacturing • Manufacturing process design • Manufacturing process optimization • Production and maintenance tooling • Producibility analysis • Engineering liaison Manufacturing support • Development of Technical Manual • Fleet support • MRO (maintenance, repair, and overhaul) engineering support • Ground Support Equipment design