
ALEXANDRE TARTAR
PHYSICIST ENGINEERPHYSICIST ENGINEER
First Texas Products
The physics engineer applies the principles of physics to solving practical engineering problems. He is therefore both a physicist and an engineer, and he often plays a liaison role between the scientific and technological circles. He is called upon to work in the various fields of advanced technology, whether in research, research and development or in production.
Physical engineering refers to the application of physics to industry. It aims to adapt physics discoveries to concrete applications for industry, considering economic factors. Physical engineers provide practical solutions to various, often complex and unusual problems, requiring a thorough knowledge of physics. Today the physicist is an integrator of other disciplines. He is the only one able to manage and understand the engineers specialists of a group. He centralizes and can manage teams. Most often the physicist engineer has a high multidisciplinary training.
Although the physicist is ideally suited to work in industry, he may well work in the field of basic research or theoretical physics. Indeed, the physical engineering program provides a solid foundation in the field of pure physics.
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Présentation
Specialized in electronics and personally dedicated to the physical study of electromagnetic fields through detection systems. Passionate about cutting-edge research and development, I have advanced rapidly thanks to extensive experience in hardware and technological development, combined with strong expertise in mechanical engineering and production.
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