Excellence and Eminence LLP

<h2><span style="color: black;">We are looking for a Stress Engineer with 1-7 Years of Experience for our Esteem client for the Bangalore Location.</span></h2><div><strong style="color: black;">Key Skills</strong><strong>: </strong>SOM, Hand calculation, stress analysis, Avionics, classical Analysis.</div><div><br></div><div><strong>Roles and Responsibilities:</strong></div><div><br></div><div>•	Should have Strong knowledge and experience in Aerospace Industry and expertise in Structural analysis (Both Static and Fatigue)</div><div>•	Carry out hand calculation through classical approach using strength of materials and free body concepts.</div><div>•	Hands-on Experience on Aircraft Landing Gear components is preferable.</div><div>•	Should be well-versed with Classical analysis approaches. Should able to review and validate the results for Metallic structures.</div><div>•	Able to understand the technical requirements to conceptualize the design through analysis validations and Should have basic understanding on loads and behavior.</div><div>•	Should be able to perform independently and communicate the technical deliverables to Stakeholders.</div><div>•	Should guide and support the team in providing technical assistance in both execution and reviews.</div><div>•	Strong expertise is preferable in creating Certification documents and stress analysis repots or dossiers.</div><div><br></div><div><strong>Required Skills, Qualifications (Technical Competency):</strong></div><div><br></div><div>•	Should have Strong knowledge and experience in Aerospace Industry and expertise in Structural analysis (Both Static and Fatigue)</div><div>•	Hands-on Experience on Aircraft Landing Gear components is preferable.</div><div>•	Should be well-versed with Classical analysis approaches. Should able to review and validate the results for Metallic structures.</div><div>•	Strong expertise is preferable in creating Certification documents and stress analysis repots or dossiers.</div><div>•	Carry out hand calculation through classical approach using strength of materials and free body concepts.</div>