Eddy Abboud Email & Phone Number

Sannois, Fr

Paris, Île-De-France, France

As a Lecturer in Solid Mechanics, I am dedicated to providing high-quality education and mentorship to both undergraduate engineering students and international master’s students. My key responsibilities include:- Course Instruction: Teaching solid mechanics courses, covering essential topics such as stress-strain analysis, material behavior, and structural analysis, tailored to the needs of both undergraduate and master’s level students.- Curriculum Development: Designing and developing course materials, including lecture notes, assignments, and exams, to ensure a comprehensive understanding of solid mechanics principles and practical applications.- International Master’s Program: Leading specialized courses for international master’s students, focusing on advanced concepts in solid mechanics and integrating theoretical knowledge with practical engineering solutions.- Student Mentorship: Providing guidance and support to students, assisting them with complex problem-solving and research projects, and fostering their academic and professional development.My role as a lecturer not only involves imparting knowledge but also inspiring the next generation of engineers to excel in the field of solid mechanics. I am committed to continuous improvement in teaching practices and to contributing to the academic and professional growth of my students.

Colombes, Île-De-France, France

At Safran, I utilize my expertise in dynamics and vibration to enhance the performance and reliability of aerospace systems. My role encompasses a range of critical responsibilities and achievements:- System Analysis and Optimization: Conduct in-depth analyses of dynamic and vibration behavior in aerospace components to improve system performance and durability.- Design and Development: Collaborate with cross-functional teams to design and develop advanced mechanical systems, including gearboxes and vibration control systems, adhering to stringent aerospace standards.- Finite Element Analysis (FEA): Apply FEA tools to simulate and predict the behavior of mechanical components under various conditions, ensuring optimal design and functionality.- Custom Calculation Tools: Develop and implement specialized computational tools to enhance analysis accuracy and streamline the design process.- Testing and Validation: Oversee and participate in experimental testing to validate design models, address issues, and refine system specifications based on empirical data.- Negotiations and International Collaboration: Engage in negotiations and collaborate with international companies to integrate dynamic and vibration considerations into global aerospace projects, fostering strong partnerships and ensuring alignment with international standards.In my role at Safran, I am committed to driving innovation and excellence in dynamics and vibration engineering, contributing to the advancement of cutting-edge aerospace solutions.

Lille, Hauts-De-France, France

In my role as a Postdoctoral Researcher at Valeo Group, I focused on advancing the understanding of vibroacoustic phenomena in electrical machines across various technologies. My key responsibilities included:- Data Synthesis: Collected and analyzed existing data on vibroacoustic behavior of electrical machines, integrating information from both Valeo’s applications and academic research.- Noise Source Identification: Identified and assessed sources of noise, including aerodynamic and electromagnetic factors, based on machine technology and operational environment.- Control Laws Impact: Evaluated the influence of machine control laws (such as Pulse Width Modulation, PWM) and machine architecture (e.g., pole pairs, coupling configurations) on noise and vibration levels.- Best Practices and Design Guidelines: Developed and synthesized best practices and preliminary design rules aimed at reducing vibroacoustic disturbances in electrical machines.- Future R&D Directions: Proposed innovative research and development directions to advance the field and address emerging challenges in vibroacoustic performance.My work contributed to enhancing the performance and noise management of electrical machines, supporting Valeo Group's commitment to innovation and excellence in automotive technologies.

Amiens Area, France

During my Ph.D. research in collaboration with Valeo Group, I focused on advanced vibroacoustic studies of automotive transmission gearboxes, aiming to enhance the understanding and performance of dynamic systems. Key aspects of my research included:- Dynamic Profile Analysis: Conducted a comprehensive study on the dynamic behavior of automotive transmission gearboxes, analyzing the structural dynamics and vibration characteristics.- Innovative Calculation Methods: Developed and analyzed new calculation methods that offer improved accuracy compared to existing market solutions, enhancing the precision of dynamic modeling.- Specialization in Commercial Software: Specialized in utilizing and advancing commercial calculation software to model and analyze gearbox dynamics more effectively.- Scientific Publication: Authored a paper published in a scientific journal proposing a novel and efficient method for calculating dynamic transmission errors and representing the vibration behavior of gears, contributing to the academic and practical understanding of gear dynamics.- Patent Proposal: Submitted a patent proposal for innovative methodologies related to gearbox dynamics, aiming to protect and advance novel approaches in the field.This research significantly contributed to the development of more accurate and efficient methods for analyzing and improving the dynamic performance of automotive gearboxes, supporting Valeo’s leadership in automotive technology innovation.

Paris Area, France

During my internship at CNRS, I focused on developing and refining numerical models to study the interaction of ultrasound waves with implants embedded in neoformed bone tissue. My key responsibilities and achievements included:- Numerical Model Development: Created a detailed numerical model to describe how ultrasound waves interact with rough surfaces of implants, either fully or partially embedded in newly formed bone tissue. This model aimed to improve the accuracy of ultrasound-based diagnostics and treatments.- Study of Perfectly Matched Layer (PML): Investigated the characteristics and applications of the Perfectly Matched Layer (PML) for wave absorption in numerical simulations, optimizing the model’s ability to handle boundary conditions and reduce reflections.- Comsol Multiphysics Expertise: Gained extensive experience using Comsol Multiphysics software to simulate complex interactions between ultrasound waves and biological tissues, enhancing the accuracy and efficiency of the numerical models.- Biomechanics Application: Applied principles of biomechanics to explore the interactions between biological tissues and mechanical systems, focusing on how dynamics principles can be directly applied within the human body for improved implant performance and integration.This internship provided me with valuable experience in computational modeling, ultrasound interactions, and biomechanics, contributing to advancements in medical diagnostics and implant technology.

Doctor Of Philosophy - Phd, Mechanical Engineering

Specialized in the dynamics of gear systems through a hybrid CIFRE thesis with VALEO and LISPEN Laboratory. My research seamlessly bridged.

Master Of Engineering - Meng, Mechanical Engineering, Masters

My Master’s degree provided me with a solid foundation in the modeling and simulation of solid mechanics, equipping me with both.

Engineer'S Degree, Mechanical Engineering

My engineering degree equipped me with a robust understanding of structural analysis and industrial engineering, combining both.

General Science