Manager - Engineering (Stress Analysis)

Unspecified Overview: Manages a team of intermediate or experienced professionals in Structural Engineering. Supervises and technically guide the team to perform detailed stress analysis of structural components for Aircraft Cargo Products using Classical Analysis and Finite Element Method. Ensures that work assigned meets established engineering and manufacturing schedules and business objectives and satisfies customer requirements. The candidate shall have a strong background in structural engineering, excellent leadership skills, and the ability to manage multiple projects simultaneously and manage team/project metrics.Position: Manager - Engineering (M4)Primary Responsibilities:Lead and manage a moderately sized team of structural engineers, providing guidance, mentorship, and professional development opportunities.Oversee the Stress analysis, Design change recommendation for Cargo systems ensuring compliance with Aircraft industry standards and codesDevelop and implement project plans, timelines, and budgets, ensuring timely and within-budget deliveryCollaborate with cross-functional teams, including Design, Drafting, Manufacturing, Operations and project managementEnsure quality control and quality assurance processes are in place and followedStay up-to-date with industry developments, advancements, and emerging technologiesDevelop and maintain customer and all stakeholder relationships, identifying new business opportunitiesManage and resolve technical issues, conflicts, and changes in project scope.Drive continuous improvement in products & processes and implement them. Good knowledge of Lean/Six Sigma tools and should be able to apply those in regular workResponsible for overseeing the competency mapping and development for the team; develop & implement technical training plans and modules.Willingness to work in extremely aggressive schedules, while still not neglecting the value of attention to details and subsequently delivering high quality work to the customers.Basic Qualifications:Bachelor’s in Mechanical/Aerospace Engineering. Master’s degree in Mechanical design is desiredTotal 12+ years of relevant experience with at least 3-5 years in a leadership or management roleStrong knowledge of structural engineering principles, materials, and software (e.g., ANSYS).Proficient in the fundamentals of solid mechanics, machine design etc. Good understanding of structural load paths and structural response to load.Excellent leadership, communication, and project management skillsAbility to work in a fast-paced environment, prioritizing multiple projects and deadlines.Good analytical skillsKnowledge on Aircraft structural part design, materials, and manufacturing processes.Collins Aerospace, a Raytheon Technologies company, is a leader in technologically advanced and intelligent solutions for the global aerospace and defense industry. Collins Aerospace has the capabilities, comprehensive portfolio and expertise to solve customers’ toughest challenges and to meet the demands of a rapidly evolving global market.At Collins Aerospace, our Interiors team is focused on innovation, safety and cost efficiency. But we don’t just get people from point A to point B. We’re committed to making air travel more comfortable, connected and secure. As a leader in aviation interior products and services, we’re helping airlines and original equipment manufacturers create a positive experience for their customers. With offices and manufacturing facilities in more than 12 states across the U.S. and more than 10 countries around the globe, we’re changing the game of aircraft interiors. Are you ready to join our teamCollins Aerospace Diversity & Inclusion Statement:Diversity drives innovation: inclusion drives success. We believe a multitude of approaches and ideas enable us to deliver the best results for our workforce, workplace, and customers. We are committed to fostering a culture where all employees can share their passions and ideas so we can tackle the toughest challenges in our industry and pave new paths to limitless possibility.