Hydraulic Engineer

About the Role

Hydraulic Design Engineer

design-focused

Key Responsibilities

• Design and develop

  hydraulic shock absorbers

  and

  damping systems

  end-to-end.
• Perform

  oil flow and pressure drop calculations

  for valves, orifices, and flow paths.
• Develop and tune

  force–velocity and force–displacement curves

  to achieve target damping characteristics.
• Simulate hydraulic behavior using

  Simcenter AMESim

  ,

  MATLAB/SimHydraulics

  , or

  Automation Studio

  .
• Conduct

  CFD and FEA

  (ANSYS / COMSOL / SolidWorks Flow) for valve, piston, and housing optimization.
• Prepare

  design documentation

  , including calculation reports, validation plans, and test correlation studies.
• Work with

  prototype and testing teams

  to validate products through

  HEICO, BISS, or MTS

  dynamic test rigs and correlate design simulations with real test data.
• Collaborate with

  manufacturing and suppliers

  to ensure design feasibility and durability.

Required Expertise

• Strong fundamentals in

  fluid mechanics

  ,

  hydraulic damping theory

  , and

  dynamic systems

  .
• Proven experience in

  valve/orifice sizing

  ,

  flow coefficient analysis

  , and

  force–velocity modeling

  .
• Hands-on with

  hydraulic simulation tools

  : Simcenter AMESim, SimHydraulics (MATLAB), Automation Studio, or HydroSym.
• Skilled in

  CAD (SolidWorks/CATIA)

  and

  CFD/FEA

  for design optimization.
• Exposure to

  hydraulic damper testing systems

  such as

  HEICO

  ,

  BISS

  , or

  MTS

  or related for performance validation and correlation.
• 5–10 years of product design experience in

  hydraulic shock absorbers or damping systems

  .

• B.E./M.Tech

  in Mechanical, Mechatronics, or Hydraulic Engineering.

• Work on

  international damping technology programs

  from concept to production.
• Be part of a

  growing R&D environment

  focused on performance, safety, and innovation.
• Full ownership of product development — from

  theory → design → simulation → testing

  .
• CTC= 7-10LPA