34 Architecture Degree Programs in France

This JUNIA MSc label prepares students to develop urban areas by integrating energy use and efficiency, the use of new energies and technologies, and environmental planning into their thinking. The training also enables future professionals to become involved in the design of complex, multidisciplinary city projects by developing a holistic approach and blending technological and social parameters.

Develop your high-level technical and engineering skills to access careers in the aircraft, helicopter, and drone industry! Are you a student or professional looking to develop high-level technical engineering skills for careers in the aircraft, helicopter, and drone industry?

BESIGN School offers its students a unique opportunity to stand out by specializing as early as their second year of the Bachelor’s program. This option will be pursued in the third year. The students have the chance to immerse themselves in a world of exciting discoveries with three distinct specialization options. At BESIGN School, design education remains comprehensive, but each student has the opportunity to shape their own customized learning journey to achieve their unique goals.

Specialized Masters in Circular Economy Engineering applied to Sustainable Materials. The objective of the Specialized Master in Engineering of the Circular Economy Applied to Sustainable Materials is to develop the expertise of professionals confronted with emerging problems of recycling of sustainable materials, eco-design, in particular in the regulated context of the law anti-waste for a circular economy. The proposed approach focuses on the sector from the perspective of creating territorial or even national value in the sector of activity, and responding to skills and professions in tension, identified by France Compétences.

ESTP is offering a two or three-year curriculum in Civil Engineering, entirely taught in English and dedicated to international and French students at a Master’s Graduate level. This program deals with all fundamental subjects of the built environment and civil engineering. Through fundamental engineering courses and soft skills development, ESTP strives to form intercultural civil engineers, ready to work all over the globe.

This specialism in Civil Engineering aims to develop scientific and technological knowledge on materials and structures in both the public works and industrial sectors. It is characterized by a high degree of scientific specialization. The program focuses on the following specialized areas: numerical modelling, constitutive laws, structural reliability, advanced experimental techniques, durability, modern concrete, geomechanics, and earthquake engineering.

Specialized Masters in Cybersecurity Engineering. The Specialized Master in Cybersecurity Engineering provides expert training in IT security to enable mastery of the implementation of information system security in businesses, from the identification of risks to the development of security plans. intended to protect the company's vital resources against internal and external attacks of all kinds.

The MSc in Leading Sustainable Transformations at emlyon business school is designed for forward-thinking professionals eager to drive change towards a more sustainable future. This program equips students with the skills and knowledge to lead organizations through complex sustainability challenges in a global context. Through a combination of strategic, managerial, and entrepreneurial approaches, participants learn to create value while addressing environmental, social, and economic imperatives. The curriculum integrates cutting-edge sustainability theories with practical applications, enhanced by close interactions with industry leaders and real-world projects. With a focus on innovation and leadership, graduates are prepared to spearhead transformations in various sectors, contributing to the development of sustainable businesses and practices worldwide.

This program is designed to train the next generation of civil engineers with the expertise to design and implement innovative building technologies with a focus on sustainable materials and structures. The main objective is to educate future leaders in the development of innovative solutions for sustainability and performance in the built environment by fostering creative and independent thinking and promoting low-impact-oriented problem-solving.

Specialized Master in Products and Processes of the Concrete Industry. The Specialized Masters in Products and Processes in the Concrete Industry combines engineering, technology and creativity to train experts in industrial civil engineering. The program provides the opportunity to explore the practical aspects of concrete production and the latest technological advances.

This program proposes a specialization in the design of spaces in all fields: public or private, collective or individual, perennial or temporary; through projects concerning housing, commercial spaces, work or leisure spaces.

In the current context of global changes, CESI adopts an eco-responsible attitude in a program raising awareness about climate change and energy and digital transitions: sustainable construction, BIM and digital model, life cycle analysis and impact study, climate olympiads, Lean construction... To give meaning to his profession and become an actor in these new challenges, the CESI engineer is prepared for professions in the design, construction, management and maintenance of transport and hydraulic infrastructures, in a low-carbon world.

The expansion of the circular economy offers new building features with a lower carbon footprint, and therefore involves a reduction in the use of cement. Green materials such as recycled waste are just as efficient materials for construction, costless, and capable of providing clean and eco-friendly solutions.

Cities are concentrating populations and economic activities, increasingly and at an unprecedented pace. As a result, they tend to become the privileged levels of economic, social, environmental and political regulation of our time.

Today more than half of the world’s population lives in cities.This proportion is expected to further increase by 2050. To manage our cities effectively and sustainably has thus become essential to preserve and optimize resources and improve the well-being of citizens. In recent years, a new concept of Smart City has emerged to tackle modern cities’ issues and make urban development more sustainable and liveable. Most cities across the world are undergoing this transformation triggered by the ongoing digital transition contributing to innovative urban infrastructures and providing efficient services to citizens.