Nail Mutallapov

Designed and modeled the hydraulic circuit of an aircraft braking system. Developed functional logic for the brake control unit and its electrical schematic diagrams. Analyzed the integration of the braking system with avionics and internal components (sensors, hydraulic actuators).

Performed simulation and validation of the hydraulic circuit using MATLAB Simulink for a hardware-in-the-loop (HIL) test rig.

Key achievement: Successfully delivered the full braking system design package, enabling the aircraft program to proceed to the next development phase.

Lead design engineer for power hydraulic systems, including steering systems (HPS), hydro-pneumatic suspensions (HPS), and robotic control elements. Performed full-cycle design: schematic development, hydraulic and thermal calculations, component selection, and 3D modeling of system layouts and piping.

Designed cooling systems for mobile robotic platforms and special-purpose vehicles. Conducted integration analysis of hydraulic blocks and piping within tight chassis constraints.

Key achievement: Delivered complete design documentation packages for multiple hydraulic systems, reducing assembly time at the prototype stage through optimized piping layouts.

Designed and selected components for the complete hydraulic system of the Versatile HHT 8-class tractor and the 1000 MFWD series tractors. Systems included: implement hydraulic power supply, hydromechanical clutch control, braking system, steering system, and cooling circuit.

Performed 3D layout and detailed design of hydraulic components and piping in Siemens NX. Issued full design documentation packages. Managed supplier coordination and component selection using Search and ImBase databases.

Key achievement: Successfully completed two tractor projects, both vehicles entered series production.

Designed hydraulic systems for special-purpose vehicles, including cooling systems, hydraulic power steering, and hydro-pneumatic suspension. Developed hydraulic schematics, performed hydraulic and thermal calculations, and optimized working processes to increase system efficiency.

Created 3D models of hydraulic components and performed vehicle-level layout integration. Prepared full technical documentation packages.

Key project: Participated in the development of hydraulic systems for the Platforma-O special vehicle program.

Designed piping layouts and hydraulic component integration for special-purpose military vehicles. Created 3D models of hydraulic assemblies and their mounting configurations. Prepared technical documentation in accordance with ESKD standards.

Key project: Contributed to the hydraulic system design for the Typhoon-K armored vehicle program.