Highlights: B.Tech in University of Paris-Saclay

• University of Paris-Saclay is one of the leading universities to study in France
• It offers 7 engineering programs in four engineering fields
• The engineering school enhances the conceptual and technical skills of the candidates through study-work programs
• The engineering programs extensively cover the topics related to the discipline
• Its programs are research oriented

The Polytech Paris-Saclay is the engineering school of the University of Paris-Saclay. It was previously known as the IFIPS or Engineering Training Institute of Paris-Sud 11 University. Polytech Paris-Saclay is approved to deliver the engineering degree in 4 specific fields. They are:

• Electronics and robotic systems
• Computer science
• Materials
• Photonics and optronic systems

In addition to the curriculum, the engineering school trains candidates through study-work programs, in collaboration with  Île-de-France, in studentship or continuing education.

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Btech in University of Paris-Saclay

The list of BTech programs offered by the University of Paris-Saclay is given below:

• Civil Engineering
• Electrical Engineering
• Energy
• Industrial Engineering
• Materials Science and Engineering
• Mechanics
• Nuclear Energy

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Eligibility criteria

The eligibility criteria for B.Tech programs at the University of Paris-Saclay are given below:

Requirements for B.Tech at University of Paris-Saclay
Qualification	Entry Criteria
10th	No specific cut off mentioned
12th	No specific cut off mentioned
IELTS	No specific cut off mentioned

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Btech programs in University of Paris-Saclay

Detailed information about the BTech programs offered by the University of Paris-Saclay is given below:

Civil engineering

The Civil Engineering engineering program integrates specialist fields. The subjects are research-oriented and associated with civil engineering, such as:

• Construction
• Geotechnics
• Transportation
• Hydraulics
• Environment
• Subsurface engineering

For topics related to establishment in their environment, competence, and continuity of knowledge from the structure to the material are expected. Additionally, understanding the process of construction, comfortable surroundings, and the longevity of buildings are essential elements in engineering studies.

In the subject of subsoil engineering, the correlation between soil and constructions, exploration and utilization of storage facilities and reservoirs of resources such as water, oil, gas, waste, CO2, and so on.

The candidates are trained to do research. They are involved in advanced science and technology, towards the issues in the industry at present as well as in the future. This dual culture facilitates the candidates to navigate their studies as per their personal career plan, research, R&D, or teaching.

Electrical Engineering

The aim of the Electrical Engineering program is to offer a robust foundation in the subjects of engineering sciences such as:

• Electronics
• Energy
• Automation
• Computer engineering
• Telecommunications
• Signal and image processing

General training and English courses are also offered.

The study programs which start in the 2nd semester facilitate the candidates to specialize in the fields of:

• Telecommunications
• Systems
• Information processing
• Micro-nanoelectronics
• Micro-nanotechnology
• Instrumentation
• Energy conversion and processing

In the second year, the courses are research-oriented, non-specific purposes and employment shapes the degree.

Two study programs are offered off-site. They are:

• The Communication and data engineering program is offered in Hanoi in Vietnam along with VNU-UET
• The Computer Engineering, Electronics, Automation, Signal Processing, and Telecommunication program is offered in Tunis in association with UFTAM. It is a modified program to supplement the studies at the Ecole Normale Supérieure Paris-Saclay.

 

Energy

The Energy engineering program addresses the general and inter-disciplinary approach. The field of energy includes:

• Physics of multiple sources
• Production
• Conversion
• Storage
• Management

It also addresses its relation with transportation. The energy produced needs to be transported and utilized. The transportation of people and goods requires energy, and for it to function efficiently requires enhancements in methods of propulsion in combustion, electric, or hybrid techniques, conversion of energy and storage, and structures of machinery in terms of strength, lightness, and assembly processes.

The topics addressed in the engineering program are:

• New energy technologies
• Innovative materials
• Sustainable mobility
• Networks

The course is strengthened by an exceptional network in energy which is at par with:

• Two institutes for energy transition, which are:
  • IPVF for photovoltaics
  • VEDECOM for carbon-free mobility
• Plateau de Saclay
• CNRS
• CEA
• Industrial organizations such as Renault, Thales, PSA, EDF, Safran, and so on

Industrial engineering

The Industrial engineering program addresses the requirements of designing, modeling, and management of products, systems, operations, and industrial organizations using modeling sciences, systems science, system engineering, and industrial engineering.

It combines computer science, applied mathematics, mechanics, operations research, economics, automation, production tools, management, and management of design.

The program comprises:

• Organization science
• Analysis of interacting agent systems
• Study of organizational and technical systems

It bridges the design, modeling, management, digital simulation, and optimization of socio-technical systems for services and industry.

Materials science and engineering

The Materials Science and Engineering program educates candidates for managerial positions in the materials field in an academic or industrial environment.

The field requires expertise in the following topics:

• The link between the structural properties of various kinds of materials
• Simple and modern characterization tools, with robust practical support from academic and research fields
• Tools and techniques for molding materials consisting of modern techniques like metal additive manufacturing
• Materials subjected to digital tools
• Industrial project management
• Tools for project management

 

Mechanics

The Mechanics engineering program offers the candidate robust training accessible to students in a conceptual and practical approach. In this way, the candidates can easily integrate into the professional field in France as well as abroad.

The courses offered makes it possible for the candidates to seek either advanced technical job opportunities or employment as engineers, researchers, or senior managers in companies or laboratories of universities or public institutions. The support of laboratories in associate institutions allows the candidates to pursue a doctoral degree in ‘Mechanical, energetic, and material sciences and geosciences.

To achieve its aims, the institute is structured around specializations of

• Fluid mechanics
• Materials
• Structures
• Design
• Mechanical engineering

It also offers inter-disciplinary courses in mathematics, mechanics, and higher education and enables the candidates to build their engineering programs aimed at either:

• Academic research
• Industrial research
• Aeronautics
• Space
• Vehicles
• Energy
• Environment
• Bio-medical
• Instrumentation
• Scientific computing

 

Nuclear energy

The Nuclear Energy engineering program aims to provide the required knowledge for the nuclear industry. It also addresses the generation of low-carbon electricity. The quality and extensive content of the study program deals with the methods required to meet a broad range of the needs of companies.

This field witnesses higher initial employability when recruiting candidates. It prepares the candidates for research in the field of nuclear energy engineering and addresses topics such as:

• Reactor Physics
• Simulation and Modelling
• Instrumentation
• Radiochemistry

Rankings of University of Paris-Saclay

University of Paris-Saclay is ranked in the 1st position in France and in the 13th position globally in the ARWU or Academic Ranking of World Universities rankings.

In subject rankings, it is ranked 1st position for Mathematics and 9th in Physics, globally. It is also counted in the top 15 for Agriculture and Medicine.

About University of Paris-Saclay

The University of Paris-Saclay is a publicly funded research university. It is situated in Paris, France. The university is among the thirteen prestigious universities that were formed due to the splitting up of the University of Paris.

The Polytech Paris-Saclay or École Polytechnique Universitaire de Paris-Saclay is the engineering school of the University of Paris-Saclay.

It is one of the participants in the Paris-Saclay project, which is a research-oriented campus, and a vital center for training and research in the technology division of Paris-Saclay. The University incorporates several reputed colleges, faculties, grandes écoles, and research centers that are among the world’s leading research organizations in varied fields.

Such high accolades of the university makes it a popular choice to study abroad among foreign national students.

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