EdX
Dive into advanced circuit design principles with our Circuits and Electronics 2 course. This course will teach you how to amplify signals, speed up digital circuits, and understand the role of components such as capacitors and inductors. Perfect for those interested in microchip technology used in everyday electronics like smartphones and computers.
EdX
Dive into the exciting realm of electronics applications with our free Circuits and Electronics 3: Applications course. Taught by renowned experts from MIT, this course explores op-amps, filters, RLC circuits, CMOS technology, and their practical uses in modern devices like smartphones and computers. Uncover the secrets behind electronic design and innovation.
Coursera
本课程为非计算机软件专业本科生及相关IT行业从业者设计，旨在提供一个全面而深入的离散数学概论。通过学习，本门课程将帮助您掌握计算机科学和信息技术领域的基本概念与思想方法，从基础到高级都有系统的讲解。
EdX
Plongez dans le monde fascinant de l'électronique analogique avec notre cours Electronique I. Ce parcours débutant vous initiera aux mystères des amplificateurs opérationnels, vous permettant de créer des fonctions linéaires et non-linéaires de base. Un excellent point de départ pour toute personne intéressée par les principes fondamentaux de l'électronique.
Coursera
Dive into the world of sports analytics with 'Math Behind Moneyball', a comprehensive course that reveals how mathematical principles can transform the way teams select players, strategize games, and achieve success. Whether you're a fan of baseball, football, or basketball, this course will equip you with the tools to understand and apply statistical analysis in sports management.
Coursera
Dive into the world of genomics with 'Statistics for Genomic Data Science'. This course, part of Johns Hopkins University's Genomic Big Data Science Specialization, offers an in-depth exploration of the statistical principles that underpin genomic data analysis. Whether you're a budding bioinformatician or looking to enhance your understanding of genetic data science, this course provides essential knowledge and practical skills.
Coursera
Dive into the world of global trade with our 'International Business I' course. Gain a comprehensive understanding of the complex environment in which international businesses thrive, including economic, political, cultural, and linguistic factors.
Coursera
Ce cours sur la rédaction de contrats vous offre une formation approfondie sur l'art de rédiger des contrats commerciaux adaptés aux normes continentales ou anglo-saxonnes. Vous découvrirez les clauses clés, comment les structurer et utiliser des exemples concrets pour renforcer votre compréhension.
Coursera
Dive into the captivating story of Planet Earth with 'Planet Earth ... and You!' This comprehensive course explores the geological wonders that shape our world, from seismic activities and volcanic eruptions to the formation of mountains and ice ages. Uncover the mysteries of plate tectonics and understand how these processes have sculpted our planet over billions of years.
Coursera
Ce cours est conçu pour vous aider à transformer votre envie d'avoir un impact positif dans la société en une action concrète. Que vous soyez jeune ou expérimenté, cet apprentissage vous guidera vers le chemin idéal pour faire bouger les lignes. Apprenez comment passer de l'idée au projet entrepreneurial qui peut changer le monde.
EdX
Discover the essential principles of Linear Models and Matrix Algebra in this introductory data analysis course on edX. Perfect for those interested in life sciences, this program teaches you how to represent complex analyses with matrix algebra and perform statistical inference using R programming. Enhance your understanding of experimental design and high-dimensional data analysis.
EdX
Dive deep into the fascinating world of neuroscience with our Cellular Mechanisms of Brain Function course. Uncover the secrets behind how individual nerve cells and their synapses work together to control complex behaviors in mammals, specifically focusing on mouse models. This comprehensive online program offers a mechanistic understanding of brain function, bridging the gap between biological processes and observable behavior.