Применение инструментов проектного подхода помогает воплощать в жизнь любые идеи за счет понимания конкретных шагов по их реализации.

The course focuses on an in-depth review and analysis of conditions and driving forces behind the transformation of the intertwined global energy system.

In this course you will learn how to use theories and methods to make predictions of the potential impact of new technology – in general, as well as for a specific application. This will prepare you for the changes that we are facing in society, and also help you take advantage of transformations which are driven by technology.

Learn algorithms for inventive design, support ideation, out-of-box thinking and creativity

The course equips with knowledge of the basics of commercializing R&D results and provides knowledge and skills in such focused areas as industrial technologys and innovations, intellectual property and legal rights, patent information research, project methodology and project management, management of development and promotion of an innovative products and procedure commercialization.

Изучаем алгоритмы нестандартного мышления, изобретательства, придумывания и творчества

This course is a collection of lectures about key topics on innovation management. It starts with basics of innovation management. After that, it focuses its critical components in each lecture: innovation strategy, innovation culture and innovation process. In the end, it concludes with an exam for certification. As planned, second module of this course will be published to provide more practical knowledge in the approach of “from idea to innovation”.

At the Innovation, Creativity and Arts course we discuss creative approaches to technology and innovation management in form of workshops and interactive classes both with university professors and practitioners from creative industries.

学习创新设计的算法，构思辅助，突破局限性的思维和创造力。

This course blends behavioral finance, neuro-finance, and sustainable finance topics with financial decision making techniques and concepts. It separates itself from both traditional finance courses and behavioral finance courses not only due to its up-to-date coverage but also due to its appeal to a broad range of audiences, including students, academics, and practitioners from social sciences, law, education, and engineering.

The research of innovation theory and method is the foundation of science and technology innovation.Innovation in environmental protection science and technology is the application of innovation theory, which plays an important role in promoting the transformation of development mode and economic restructuring, and solving the problem of pollution control.The rational application of innovative theories and methods in the field of environmental protection is conducive to solving prominent environmental problems and promoting the modernization of ecological governance system and capacity.

The Automatic control theory is known as a scientific discipline with a deep mathematical background. However real life projects need just few basic principles of automatic control. This course was developed for students of engineering and managerial professions who want to know most popular practical applications of automatic control theory.

In the course of “Design for Maintenance Operations” we show the importance of the planning phase of the capital asset, for improving the reliability and safety of capital assets and thereby an ensuring smooth introduction. Design for Maintenance is a discipline that has become increasingly important in recent years. In the capital-intensive industry, maintenance expenditures can raise in price several times compared to the initial investment. In order to stay competitive in their business, owners and users of these capital assets take into account the total life cycle cost at investment and the decisions renewal for their installations. Therefore, this interdisciplinary way of thinking in terms of life cycle performance gets special attention in the research and education programmes.

Investigate remotely the sustainable energy technologies.

This course aims to provide information that is useful for conducting analysis for students and graduates. This course is especially suitable for learners of engineering branches, but also for learners who want to acquire knowledge and skills on statistics used in engineering. With this course, you will draw attention with the keystone analysis information used in engineering. Below, you will find some basic information about the course.

Investigate the up-to-date situation in the global energy sector, its future prospective and innovative methods of alternative energy generation.

This course has the objective of preparing the students to successfully participate of professional engineering project development teams and even to successfully manage small product design and development projects. The course provides an overview of project management fundamentals and techniques using lecture, small group case studies, discussions. The students work in teams during a course-long engineering project assignment. The team environment amplifies and accelerates participants learning, and also prepares participants to manage projects in their future work environment. The course has two versions: (1) the online course and (2) the flipped course. The online course is completely available through the CEPHEI platform, the flipped version of the course includes a group project.

This is a basic technique course about the essential theories and methods for inventive problem-solving in the process of products design and manufacturing. Based on the internationally famous innovative design theory -TRIZ, it systematically teaches the methods for problem discovery, problem analysis and creative problem solving in product design. It aims to enable the students to understand the general process of product conceptual design, grasp the basic concepts, principles, methods and tools of classical TRIZ, and initially have the capability to find, analyze and solve technical difficulties by using innovation theory.

Based on the classification of innovation, this course mainly introduces the concept, principle, characteristics and technical realization of disruptive innovation.

Investigate the up-to-date situation in the global energy sector, its future prospective and innovative methods of alternative energy generation.

The course equips with knowledge and skills on analysis of innovation systems of different levels and their technological development.

The Automatic control theory is known as a scientific discipline with a deep mathematical background. However real life projects need just few basic principles of automatic control. This course was developed for students of engineering and managerial professions who want to know most popular practical applications of automatic control theory.

Investigate the up-to-date situation in the global energy sector, its future prospective and innovative methods of alternative energy generation.

A good design process positively impact on product development success rate in a company by increasing the likelihood of repeating good practices and avoiding repeating previous mistakes. This course supports the students to become engineers capable of analyzing and improving the PDDP used in a company. PDDP’s theories, methods and practices are discussed, from customer needs to production facilities concerns. Several models of integral design are treated and compared against the complete the product life.

Investigate the up-to-date situation in the global energy sector, its future prospective and innovative methods of alternative energy generation.