Hello.
I am ABBAS HAMADE
R&D engineer with a PhD specializing in medical devices
R&D Engineer
I used to involve in multidisciplinary projects. I am actively engaged in learning about and solving meaningful engineering problems.
Software Used:
CCM+
ANSYS FLUENT
SOLIDWORKS
COMSOL
LABVIEW
Developer
I like to code things from scratch, and enjoy bringing ideas from life to simulation
Dev Tools:
MATLAB
C/C++
LATEX
PYTHON
FORTRAN
WORDPRESS
Scientist
I have been always fascinated with technology and the various ways it can impact our lives. I love machine learning. I love it also because it has a humble approach toward nature, it learns from nature.
Software Used:
Jupyter
My Work
2024-present
Paris-France
R&D Engineer
- Conducted a benchmark study on human brain flow dynamics
- Improved and optimized algorithms and software through enhancements.
- Developed models to simulate physical phenomena in pulsatile flow conditions.
- Tools: Git, Python, Matlab, Slicer3D, ROS.
2022-2024
Velizy-France
R&D software Engineer
- Led MIL bench activities and improved HIL bench modeling capabilities.
- Performed numerical simulations of the cardiovascular system, including
back-to-back testing procedures. - Conducted an analysis and characterization study on diverse prosthesis subjects.
- Software : IBM Doors, IBM Synergy, Teamcenter, Matlab, Simulink …
2019-2022
Ecouen-France
PhD Candidate
- Developed a generic algorithm for predicting flow behavior.
- Developed a software to optimize perfusion lines in premature infants,
integrating medication concentration monitoring. - Conducted simulations to analyze fluid flow within infusion lines.
Designed and implemented controller systems for a prototype. - Conducted studies and modeling in fluid mechanics and control systems.
- Designed and implemented the control system for a novel prototype,
resulting in a filed patent.
2019
Jouy-en-Josas-France
Energy & Mechanical Simulation Intern
- Performed numerical simulations of hydrogen behavior.
- Conducted thermodynamic and thermal analyses of hydrogen behavior
- Study of the thermodynamic variables in cryogenic tanks
- Design & Sizing of cryogenic tanks
- Creation of a database of the different hydrogen vehicles in the world
EDUCATION
2014-2019
Bachelor in Engineering
Lebanese University
Relevant courses:
- Thermodynamics/Heat Transfer
- Turbomachinery/Energy Production
- Heat Engines/HVAC
- Mechanics of fluids/Gaz Dynamics
- Kinematics & Dynamics of machinery
- Electrical Machines
- Automatic Control
2018-2019
Master Degree -M2-
Sorbonne University
Relevant courses:
- The basis of Energetic Efficiency
- Numerical simulation for energy engineering
- Reactive systems, turbulence, and transfers, application to terrestrial and aircraft propulsion
- Aero-acoustic and energetic of aeronautical engines
2019-2022
PhD.
UPHF
Domains Involved:
- Hydrodynamics
- Control & Automation
- Fluid Mechanics
- Programming
- Implementing codes
- Hardware/Code Interface
My Recents Projects
Crane arm
Sumo Robot
Spider Robot
Rotary Vaccum Pump
My Recents Simulations
- Combustion Engine
- Turbo Compressor
- HVAC Design for a House
- Rocket Combustion Chamber
- Bucket & Extravador
The internal combustion engine is omnipresent in our daily life, it is the machine that has generated the most interest over the past two centuries. It still does now the subject of extensive studies in order to improve its performance and especially to regulate emissions pollutants.
In this project, we are interested in the type of controlled ignition based on the one-dimensional concept.
The physical and thermodynamic equations will be stated and then translated as an algorithm on Matlab in order to perform the simulation. In addition, each submodel will be validated and followed by interpretation.
A fully Calculation of heating, cooling loads, manually and on “Design-Builder”, for a modern house.
A Dimensioning of pipes, and sizing of ducts to meet the necessary loads.
The goal is mainly concerned with the turbulence in the systems reagents and its role in improving the combustion phase up to the optimization of the conditions in the reactor towards achieving maximum propulsion of an aircraft.
In this simulation, an aeronautical combustion chamber was chosen from the TAPS configuration (TAPS-M & TAPS-K)
The object of this project is to make a finite element model of a hydraulic arm, & to study the deformation, the stress, the maximum forces applied on it, and the dynamics of the system.