Office Location: Hosur

Purpose of the role

Conduct design verification of two wheeler components at vehicle/ subsystem/ Component level through accelerated life tests

Role Description
- Translate DVP requirements into vehicle, subsystem, and component level test plans using two poster, multi-axis, and Vibration shakers
- Create / calculate the test specification / test rig drive file based on Road load data acquisition (Generate test cycle)
- Support correlation of shaker-based vibration tests with road load data, proving ground tests, and vehicle endurance results.
- Define / Design appropriate mounting / test fixtures ensuring they impose right preloads, restraints, and maintain alignment with respect to vehicle
- Execute sine sweep, random vibration, PSD, and time history based shaker profiles as per durability and product verification requirements.
- Independently operate test rigs, including setup, trial runs, and full test execution
- Configure and tune control strategies (time history, PSD, RPC/spectrum reproduction) to achieve target inputs.
- Monitor test and safety,



identify anomalies during the course of testing
- Acquire, validate, and analyze data (time/frequency domain, fatigue damage, correlation with road/track data).
- Prepare transparent test reports and communicate results with pass/fail conclusions to design and project teams

Functional competency
- Fundamental of testing
- Fundamental of fatigue theory Practice
- Fundamental of machine design
- Fundamentals of Vibration theory
- Intermediate proficiency in CAD package(Creo/Catia/Solidworks)
- Hands-on experience with electrodynamic vibration shakers
- Hands-on experience with servo hydraulic actuators

Behavioral competency
- Communication skills
- Interpersonal skills
- Leadership skills
- Executive presence

Disclaimer: This job posting & Location has been aggregated from external source. Role details, content, and availability are subject to change. Applicants are advised to confirm the latest

📌 Test Engineer (Hosur)
🏢 TVS Motor
📍 Hosur