Üsumlaut, part of Accenture, is a 5,000 people strong global full service cross industry end-to-end partner that applies its deep-running interdisciplinary, collaborative advisory and fulfilment capabilities to change its clients' fortunes for the better and add value, quality, and focus to their organisations.
Responsibilities: Hold responsibility for numerical modelling, simulations (FEM), optimization techniques, sizing, and stress analysis of metallic or CFRP aerostructure. Drive technical relationships with clients and support the prospecting activities of the team. Actively support improving team efficiency and management by shaping processes, methods, and guidelines of the department. Perform and review high-quality technical documentation. Benefits: Competitive salary according to your experience and skills. Growth and career development through several diverse opportunities. Long term secure contract. Social benefits and flexible compensation plan. Work-life balance with the possibility of remote working. Company culture based on freedom-responsibility and incredible work atmosphere. Top 5 Reasons: An entrepreneurial environment with immediate responsibility and a chance to make a difference from the word go. Innovative projects with big name clients and exposure to future, cutting edge technologies. Unlimited individual growth opportunities and the ability to create a personalised career path. Access to a global network with opportunities to live and work abroad. All the support, training and coaching you need to further your career. You: You have M.Sc.
or Ph.D. in Aerospace Engineering or Mechanical Engineering. 5+ years of professional experience in stress analysis, Finite Element Models (linear and non-linear behavior), structural optimization of primary and secondary aircraft structures. Excellent knowledge of loading scenarios, mechanical behavior, and stress analysis methods for CFRP and metallic aircraft structures. Extensive working experience with FEM solvers such as Optistruc/Nastran/Abaqus and pre- and post-processing tools such as HyperMesh/PAtran. High level of self-reliance with the ability to work in a team, as well as autonomously. Good coding skills (Python, VBA, JavaScript, Matlab). Fluent English language skills are essential.
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