- Design and optimize mechanical systems and assemblies with emphasis on vibration control, structural dynamics, and acoustic performance for high-precision scientific instruments.
- Perform vibration, structural dynamics, and acoustic analyses to optimize system performance using FEA tools.
- Design noise reduction and damping solutions using appropriate materials and engineering techniques.
- Support system integration and ensure mechanical designs meet performance, quality, manufacturability, and reliability requirements.
- Vibration/acoustic troubleshooting, including environmental/floor vibration and airborne excitation, experimental characterization, and correlation of measurements with analytical/FEA models
- Lead Value Analysis/Value Engineering (VAVE) initiatives to reduce product cost while maintaining or improving performance and quality.
- Identify opportunities for design simplification, material optimization, component standardization, and manufacturing improvements.
- Provide technical guidance in vibration and acoustic engineering across multiple product platforms.
- Mentor junior engineers and contribute to technical capability development.
- Support design reviews, risk assessments, DFMEA, and engineering change activities.
- Collaborate effectively with global engineering teams and external suppliers

Required Qualifications





- Bachelor's/Master’s degree in Mechanical Engineering.
- 9+ years of relevant industry experience.
- Strong experience in vibration engineering, structural dynamics, and acoustics.
- Precision machine design proficiency, design for stiffness, controlling degrees of freedom, error budgeting, sensor selection, material selection, GD&T;, design for manufacturability.
- Solid physics-based problem solving and structural dynamics fundamentals over expertise with a particular FEA package
- Experience using FEA tools such as ANSYS, Abaqus, COMSOL, or Nastran.
- Experience with CAD tools such as Creo, Solid Works, or UG.

Preferred Qualifications

- Experience with high-precision scientific, analytical, semiconductor, medical device, or industrial equipment.
- Knowledge on structural dynamics, modal analysis, harmonics, noise control and damping materials

Preferred Competencies

- Strong analytical and problem-solving skills.
- Ability to interpret complex simulation and experimental data.
- Excellent verbal and written communication skills.
- Ability to work effectively in global cross-functional teams.
- Strong organizational and project execution skills.
- Continuous improvement mindset with focus on innovation and engineering excellence.

📌 Mechanical Engineer III (India)
🏢 Thermo Fisher Scientific
📍 India