Stress and design engineer

STRESS DEPARTMENT:

 Analysis and study of impact for composite material substitution for A320-NEO belly fairing structure (ISAMI BOCATAS and Composite Modules).
 Testing and Reporting Airbus Stress Software Tool: LSI in GISEH Environment. (AIRBUS).
 Stress Analysis for A330-NEO water waste tank lugs and bolt group analysis (ISAMI Lug Static and Bolt Group Modules).
 SRM Analysis for Lightning Blend-Out and Fastener Replacement for A350-VIP (ISAMI Filled Hole and Frame Modules).
 SRM Analysis for Dents allowable Damage on panels for Legacy, NEO and Sharklets version for A318, A319, A320 and A321 series.
 SRM Documents Reporting.
 Others: Course in Static Analysis of Aeronautical Attachments (28h), Course in Buckling in Aeronautical Structures (27h)

NOTE: Contract interrumpted because of COVID-19, all internships in the department were cancelled.

R&T Department:

MsC Final Thesis (Real R&T project belong to Clean-Sky 2 European Research Programme):
 Conducting experimental lightning strike test on curved carbon fiber demonstrators with different lightning protection (LSP) systems at LCOE: copper mesh foil; and Buckypaper, system based on carbon nanotubes (CNT).
 Development of simulation models based on experimental tests through finite element software.
 MsC Thesis in collaboration with the company: “Numerical validation of lightning strike test on composite curved demonstrators”.

Design Department:

 Development of design principles for the design of mechanism in aircrafts and analysis of door and flight control mechanism.
 Mechanisms kinematic and stress analysis.
 Document Reporting.

European aviation industry, particularly the Airbus company has detected needs incorporation of highly qualified personnel, trained in the field of design and advanced calculation of aircraft structures. In relation to this subject, this Master aims to increase knowledge and real training in high aviation technology as the express request of the Engineering of Airbus Group. Teachers you correspond to recognized professionals and faculty excellence of Carlos III University of Madrid.

 Expertise in Airframe Design and Stress Analysis.
 Key Modules: Design and Sizing (Composite and Metallic); Stress Analysis (Composite and Metallic); Fatigue and Damage Tolerance (+40h), FEM; Mass Calculation; Certification; Project Management.

Advanced academic apprenticeship in the field of mechanical engineering.

 Key Modules: Structural Integrity, Advanced Fluid and Thermal Engineering, Composites, Maintenance and verification of machines and structures, Manufacturing Processes, Numerical Computation.