Multibody Dynamics Specialist (MSC ADAMS)

BAeHAL; Bengaluru; On-site; INR 900,000 - 1,500,000; Full time

Job summary

BAeHAL in Bengaluru seeks an Aerospace multibody dynamics engineer to perform kinematic and dynamic simulations of aircraft mechanisms using MSC ADAMS. The role covers parts, assemblies, joints/connections modelling, flexible-body modal validation, and automation of pre- and post-processing tasks.

Ideal candidates will have hands-on experience with multibody dynamics in rigid and flexible bodies, ability to verify mobility and constraints, and proficiency in scripting for automation in ADAMS.

Qualifications

• Experience with multibody dynamics simulation (rigid and flexible bodies) and Gruebler mobility analysis.
• Ability to set up and run kinematic simulations; verify mobility and constraints.
• Experience creating automation scripts for pre- and post-processing with MSC ADAMS.
• Modal validation and correlation of flexible-body modes with FE tools.

Responsibilities

• Perform multibody kinematic and dynamic analyses using MSC ADAMS.
• Set up and run kinematic simulations; verify mobility.
• Create parts, assemblies and joints/connections models.
• Develop automation scripts for pre- and post-processing in ADAMS.
• Conduct modal validation and correlate modal behavior with FE results.
• Integrate flexible-body modes (MNF) into analyses.

Skills

Multibody dynamics

Kinematics & dynamics

Automation scripting

Modal validation

MSC ADAMS

Tools

MSC ADAMS

Job description

Summary

Aerospace multibody dynamics engineer responsible for kinematic and dynamic simulation of aircraft mechanisms using MSC ADAMS including parts, assembly and joints/connections modelling, flexible-body modal validation, and automation of pre- and post-processing tasks.

Role & responsibilities

• Working exposure to FEM tools, modelling and drafting environments.
• -Thorough knowledge of multibody dynamics simulation rigid/flexible body systems, degrees of freedom, constraints, and equations of motion.
• Set up and run kinematic simulations; verify mechanism mobility (Gruebler count / redundant constraints); evaluate position, velocity, and acceleration.
• Thorough knowledge of creating parts, assemblies, and joints/connections; perform dynamic analysis under applied loads and motions.
• Experience creating automation scripts for pre- and post-processing with MSC ADAMS (ADAMS/View command language, macros, batch runs).
• Experience performing modal validation checks; integrate flexible-body modes (MNF) from FE tools and correlate/validate modal behaviour.
• Thorough knowledge of end-to-end multibody kinematic and dynamic analysis using MSC ADAMS for aerospace mechanisms.