This program offers broad training at the frontier of research. Molecular life sciences aim is to understand the structure, function, and regulation of biological systems from the molecular to organism level. This rapidly growing field, seeing extensive technological advances and emerging new sub-disciplines, opens up a broad spectrum of career opportunities.

This programme offers you a solid grounding in the field of animal behaviour as well as deeper insight into the latest research on the subject. The evolution, genetics and function of behaviour form the foundation. You will gain skills and experience in research methods and analytical techniques, which open up a wide variety of career possibilities.

Be part of the new generation of taxonomists with the expertise and skills to take action against biodiversity loss. You will gain a broad knowledge of living organisms, and their relationships and learn specific identification and research skills to be able to follow a career in the conservation of biodiversity in the future.

LEADING SUSTAINABILITY TRAINING SINCE 2017 The Master in Sustainable Business and Innovation is a pioneering programme. EADA is recognized globally for its expertise in sustainability teaching. You will be part of a network of generations of like-minded Alumni who are working in the field. The reputation of this programme is built on its 11 successful editions. At EADA, Sustainability goes beyond a Master programme, it is a core pillar of our institution. The Master in Sustainable Business and Innovation has a unique methodology that ensures that you will develop the critical and design thinking skills to analyze, perform and inspire economical and sustainable change. At EADA, we go one step further: while hard skills may be enough to get your foot in the door, the soft skills obtained in our unique Leadership Training Center, will empower you to bring positive change and real impact to the current business environment. The programme includes: - Core classes - Leadership development programme - Complementary components - Strategic specialisations Some topics covered:  - Alternatives to plastic - The carbonisation of waste - Renewable energy - Big data - Corporate Social Responsibility  - Smart Cities - Bioplastics & biofuel - Design Thinking - Sustainable Fashion - The circular economy - The refugee crisis - Urban green infrastructures

The MPH in Global Health is intended to provide candidates with a clear understanding of global health issues and how those issues affect public health policy and practice. The MPH in Global Health programme will offer solid public health training and exposure to global health politics, policies, systems and practices through didactic teaching sessions, team-based research and presentations, and individual work-based projects or dissertations.

The Master's Degree Programme in Exact Sciences: Materials Chemistry teaches you to understand, discover, create and develop new materials that improve quality of life.

Program that offers the knowledge to understand and meet the needs, technology and real possibilities of each project.

The Master of Science in Economics is a one-year Master's program, oriented towards students with broad interests in social and scientific matters who are capable of critical and creative thinking. This program offers you a theoretical framework and in-depth training in economic theory and econometrics, allowing you to provide well-grounded answers to socio-economic questions.

In Master of Artificial Intelligence, What is the true nature of intelligence? Is it simply learning processes, cognition models, natural language representation, and reasoning? Or is it more? The Master of Artificial Intelligence program trains a wide variety of students in all areas of knowledge-based technology and the wider application of that technology across multiple fields, including in the development of intelligent robots.

In an era of rapid change, space is an increasingly limited resource. The Master of Human Settlements addresses rapid urbanisation and contemporary urban transformations. Our intensive programme examines the multi-faceted challenges facing contemporary human settlements worldwide while helping you develop a critical and interpretative approach toward your own position within the field.

The Master of Materials Engineering recognizes that materials change the world. Each engineering design needs to be ‘materialised’: smart phones, implants, solar cells, aircrafts, cars, bridges, all of it. Materials are at the heart of our quality of life and economic welfare, and that will increasingly be the case in the future, with an increased need to use resources wisely and contribute to a sustainable world.

The Master of Nanoscience examines phenomena on the atomic and molecular scales, where the structure of matter determines important electrical, optical and mechanical properties. A multidisciplinary scientific education integrating physics, chemistry, electrical engineering, material sciences and bioscience engineering empowers students to create new nanocomponents, systems and products.

This Master’s degree provides students with a solid understanding of the fundamental tools of economic analysis that are employed by private companies, governments, and non-profit organizations to thrive in the digital & green transition. Focusing on developing technical and analytical skills, the programme offers theoretical courses and applied research-oriented teaching to conduct a rigorous study in the most innovative fields of applied economics.

This one-year Advanced Master course aims to train engineers and managers to control the risks of industrial facilities (such as a power plant or an offshore platform) or industrial products (such as a train or an aircraft). The lectures taught in English deal with generic aspects of safety engineering and management and their applications to various domains of engineering and many industrial sectors.

The Master’s degree in ICT for Internet and Multimedia captures the evolution of the information engineering profession and represents a modern teaching approach that combines both solid fundamental knowledge and advanced technological skills. Focusing on devices, networks, signals, as well as cross-disciplinary issues (machine learning, big data, photonics, life sciences), the programme offers both strong theoretical courses, laboratory classes and applied research-oriented teaching towards advanced technologies for future society. An internship programme is also available within companies or research labs, thus further enriching the curriculum.