General Description

A kinematics engineer focuses on the study and analysis of motion, without considering the forces causing that motion. They apply mathematical models and simulations to describe and optimize movement, often in fields like robotics, biomechanics, and mechanical engineering. Their work involves design, analysis, and potentially simulation of systems where motion is critical, ensuring efficient and accurate movement in various applications.

Key Responsibilities:
System Design and Optimization: Designing and optimizing mechanical systems, robots, or other devices to achieve desired motion characteristics.
Simulation and Analysis: Performing simulations to predict and analyze the behavior of moving parts, including kinematic, stress, thermal, and vibration assessments.
Integration and Collaboration: Working with other engineers and teams to integrate motion-related aspects into larger systems.
Testing and Validation: Conducting tests to validate the performance of kinematic systems and ensure they meet design specifications.
Documentation and Communication: Creating technical documentation, including drawings, specifications, and reports, and effectively communicating design choices and challenges.

Skills and Qualifications:
Strong foundation in mechanical engineering principles : Understanding statics, dynamics, kinematics, and mechanics of materials.
Proficiency in relevant software: CAD software (e.g., SolidWorks, AutoCAD, NX), simulation tools (e.g., ANSYS, ADAMS), and programming languages (e.g., Python, MATLAB).
Excellent problem-solving and analytical skills : Ability to analyze complex motion problems, identify potential issues, and develop innovative solutions.
Strong communication and teamwork skills : Effectively collaborating with cross-functional teams and clearly communicating technical information to stakeholders.
Attention to detail : Ensuring accuracy in design, analysis, and documentation.
Experience with relevant standards and regulations : Understanding industry-specific standards for safety, performance, and documentation

10-15+ years of experience in Kinematic Engineering/Design/Mechanical Design Engineering

Ability to calculate joint angles and positions to achieve desired movements, an understanding of kinematic equations, their applications, and how to apply to automotive interiors.

CATIA and/or Unigraphics experience

Experience with the following product types:

1. Movable Storage Bins
2. Push-Push Mechanisms
3. Latches/Locks/Dual Pawl Latches
4. Inertia Locks
5. Tambour Doors
6. Sliding Armrests
7. A/C Outlets
8. Console Armrest Hinges
9. Complex Assemblies and Mechanisms

Ability to work in a team environment

Willing to work on other products/challenges during periods of downtime between projects.