Mechanical Design Engineer

Jobtailor; Colombes; Sur place; EUR 90 000 - 120 000; Plein temps

Résumé du poste

Jobtailor is seeking a senior Mechanical Engineer to lead the design of test benches for power transmission systems in a structured, cross-functional environment. You will translate customer requirements into mechanical specifications and oversee the mechanical architecture from sizing to commissioning.

With ~8 years in rotating machinery and strong CAD/calculation tool skills, you will drive rotor dynamics, vibration analyses, and documentation while coordinating multi-disciplinary teams to

Qualifications

• Master's degree in Mechanical Engineering or equivalent
• Approximately 8 years of experience in mechanical design of test benches
• Experience with rotating machinery, vibration, rotor dynamics, shafts and bearings
• Proficiency in CAD and calculation tools
• English technical proficiency

Responsabilités

• Analyze customer requirements and translate into test bench mechanical specs
• Design the test bench architecture in line with system integration requirements
• Size and calculate rotating components (shafts, supports, bearings, couplings)
• Perform dynamic calculations (critical speeds, vibrational behavior, balancing)
• Ensure consistency between mechanical design and power transmission system under test
• Prepare and update design documentation and calculations
• Monitor manufacturing, assembly and commissioning phases
• Coordinate with testing, instrumentation, functional safety, quality
• Lead the Mechanical work package for new test bench projects

Connaissances

Mechanical design

Dynamic calculations

Rotating machinery

Leadership

Formation

Master's degree in Mechanical Engineering

Outils

CATIA V5

Ansys

Nastran

Calculation Tools

Description du poste

• Analyze customer requirements and translate them into the test bench's mechanical technical specifications
• Design the test bench's mechanical architecture in line with internal design practices and overall system integration requirements
• Size and calculate rotating components, including shafts, supports, bearings, and couplings
• Perform dynamic calculations, including critical speeds, vibrational behavior, and balancing
• Ensure consistency between the test bench's mechanical design and the characteristics of the power transmission system under test
• Prepare and update mechanical design documentation, including drawings, calculation notes, and specifications
• Monitor the manufacturing, assembly, and commissioning phases of the test bench
• Coordinate with other project disciplines, including testing, instrumentation, functional safety, and quality
• Lead the Mechanical work package for new projects involving the development of test benches for power transmission systems

Requirements

• Master's degree in Mechanical Engineering (generalist or specialized in rotating machinery)
• Approximately 8 years of experience in the mechanical design of test benches, ideally in the aerospace or engine industry
• Proven experience with rotating machinery challenges, including vibration, rotor dynamics, shafts, supports, and bearings
• Proficiency in dynamic calculations, including critical speeds and the vibrational behavior of shaft lines
• Ability to independently lead a work package
• Proficiency in CAD, preferably CATIA V5
• Proficiency in calculation tools such as Ansys, Nastran, or equivalent
• Technical proficiency in English
• Self-motivated, analytical, and able to balance customer requirements, design constraints, and the overall integration of the test bench

Core Competencies

Demonstrates expertise in mechanical design and analysis of test benches for power transmission systems, with a strong focus on dynamic calculations and integration with rotating machinery. Proficient in CAD and calculation tools, ensuring high-quality documentation and project coordination.

Highest-signal resume keywords

• Mechanical Design of Test Benches
• Dynamic Calculations
• Proficiency in CAD (CATIA V5)
• Experience with Rotating Machinery
• Master's Degree in Mechanical Engineering

ATS Optimization Keywords

Hard Skills

• Mechanical Design
• Dynamic Calculations
• Rotating Machinery Analysis
• Vibrational Behavior Analysis
• Shaft Sizing
• Bearing Design
• Coupling Design
• Test Bench Architecture
• Documentation Preparation
• Project Coordination

Soft Skills

• Self-Motivated
• Analytical Thinking
• Leadership
• Customer Requirement Balancing
• Team Collaboration

Industry Keywords

• Aerospace Industry
• Engine Industry
• Power Transmission Systems
• Mechanical Engineering
• Test Bench Development

Tools & Technologies

• CATIA V5
• Ansys
• Nastran
• Calculation Tools