Harvard University Free Online Courses 2020

Harvard University offers free courses in several areas. They are called Massive Open Online Courses (MOOC) everyone from all around the world can learn all the online courses from world’s best teachers

EdX | Free Online Courses from Harvard University:
EdX is an online training provider and MOOC founded in 2012 by Harvard University and MIT. EdX has more than 90 global partners. edX University members run QS World University Rankings®, our founders receiving top honors and edX partner institutions at the top of the list.

University MOOCs Harvard
Harvard University Free Online Courses are available in the following areas: physics, mathematics, chemistry, computer science, architecture, data analysis and statistics, energy and earth sciences, humanities, social sciences, history, arts and culture, law, literature, education and teacher training, biology and life science, health and safety, communications, commerce and management, commerce and finance.

Mathematics
Calculation applied! Use one-variable arithmetic tools to create and analyze mathematical models used by real social, life, and science practitioners.
Fat Chance: Probability from the Ground Up: Increase your quantitative thinking skills through a deeper understanding of probability and statistics.

Chemistry
Science and Cooking: From Haute Cuisine to the Science of Soft Matter (Part 1):
Renowned chefs and Harvard scientists explore how daily cooking and cooking can lighten the basics of physics and chemistry.
The quantum world: Increase your knowledge in heart of quantum mechanics and program Python simulations.

Computer Science
Introduction to computer science: Introduction to the computer science in intellectual enterprises and programming.
Azure:
Azure is a monthly subscription cloud computing service created by Microsoft in 2010. Microsoft cloud services include web hosting, virtual machines, app services, file storage, data management, analytics and much more and are hosted in over 35 data center regions around the world. Azure offers solutions for cloud-based management and processing of Big Data including machine learning, streaming analytics and AI services that can all be managed from the central Azure Portal.
C++:
The C programming language was created by Dennis Ritchie from the Unix operating system in 1972. The C++ programming language was created by Bjarne Stroustrup in 1983 and standardized by the International Organizations of Standardization (ISO) in 1998. C is a procedural programming language and C++ is a combination of both procedural and object oriented programming language. C++ object-oriented programming features include the ability to define classes and functions and is used as the source code in many popular software applications including the Firefox internet browser, Adobe Photoshop, MySQL and Microsoft Office.

AP® Computer Science Principles: This is CS50 AP, the introduction of Harvard University into the IT and programming business for students who respect the new training framework of the AP CS Principles.
Using Python for Research:  learn how to use Python 3 for your research.
Blockchain: learn block chain . this a new technology of digital money.
DevOps is the practice, tool, operation, and philosophy of delivering services and applications at a high frequency. The primary goal of DevOps is to shorten the product life cycle delivering features, bug fixes, and solutions that align with business goals.

Architecture:
Architectural Imagination: Learn the basics of architecture – as an academic or professional career
Analytics of Data Sciences
Data Science: R Basics: HarvardX Data Science Series teaches the basic elements of R. The series will cover data Wrangling with dplyr, visualization with ggplot2, probability, inference, regression, and machine learning.
Causal Charts: Draw Your Assumptions Before Your Conclusions: Learn simple graphical rules that allow you to use intuitive images to improve study design and data analysis for causal reasoning.
Principles, statistical and computational tools for reproducible science: this course helps to acquire skills and tools of data science and reproducible research to be able to trust, support the results of your search, reproduce themselves and communicate with others.

Energy & Earth Sciences
The Climate Energy Challenge: Learn and be an expert in the science of climate energy and know how climate changes

Data Science:
Data Mining:
Data mining is the process of analyzing a data set to find insights. Once data is collected in the data warehouse, the data mining process begins and involves everything from cleaning the data of incomplete records to creating visualizations of findings. Data mining is usually associated with the analysis of the large data sets present in the fields of big data, machine learning and artificial intelligence.
Power BI:
Power BI is an analytics tool developed by Microsoft that turns your bits of unstructured data into a visually compelling story. It consists of the Power BI Desktop, the SaaS Power BI Service, and a range of mobile apps (iOS and Android compatible). These tools take big data and help your business or organization ask the right questions and receive actionable insights.
Quantum Computing :
Classical computers have helped us unlock some mysteries we couldn’t process with human power alone, but in the age of quantum computing, we may be able to take that power even further. Quantum computers work by using quantum mechanical phenomena to process massive data sets. Where these datasets would bog down a classical computer, the use of quantum properties such as superposition of states and entanglement to speed up processing power and handle a seemingly unlimited number of variables. Classical computers are made up of millions or billions of transistors that exist in an “on” or “off” state, equaling 1 or 0 respectively. Quantum computers use qubits (quantum bits) that mimic the state of subatomic particles and can exist as a 1 or 0 or both at the same time. Quantum algorithms can process exponentially more data more efficiently through this quantum hardware. It has applications in cyber security, internet search, and artificial intelligence. Almost every industry from finance to agriculture could also reap the benefit of quantum processors.


Economy & Finance
The energy in the context of environmental Constraints: Quantitative introduction to the energy system and its impact on the environment.
CitiesX: Past, Present, and Future of Urban Life: Discover what makes cities vibrant, amazing, exciting and perhaps the greatest invention of humanity.

Business & Management
Entrepreneurship in Emerging Nation’s Economy: Exploring how entrepreneurship and innovation address complex social issues in emerging economies.
contractsX 2020: Contracts are part of our daily lives, they are created through cooperation, trust, promise, and credit. How are contracts concluded? What makes a contract enforceable? What happens when a party breaks a promise?

Engineering:
 Aerospace Engineering:Aerospace engineering is the field for you if you’ve ever dreamed of designing airplanes or spacecraft. The aerospace industry is responsible not only for the ease of travel today but also for our explorations outside our planet. From NASA to Boeing, the aerospace industry is booming and ready for new innovations with support from the American Institute of Aeronautics and Astronautics (AIAA). The structural design of much of our aircraft has changed over the years, and as climate change threatens our environment, organizations are gearing up to create cleaner planes and commercially available spacecraft. Knowledge of aeronautical engineering could help build your career and launch humanity’s next big thing in travel.
Computer Engineering:Computer Engineering combines the fields of electrical engineering and computer science to create new computer hardware and software. They’re involved in the design of computer architecture and function across roles as software and hardware engineers. This field deals not necessarily with the virtual world we see but the physical components of computers systems. Computer engineering is responsible for the rise of microchips, powerful processors held within our hands (hello iPad), and the race to artificial intelligence robotics and nano-processors.


Medicine:
The Opioid Crisis in America: Find out about the opioid epidemic in the US, including information on how to treat and recover from opioid dependence.

Bioethics
Bioethics: Law, Medicine, and Ethics of Reproductive Technologies and Genetics: Introduction to the study of bioethics and the application of legal and ethical thinking.


students to the most important social variables that affect the health of the population.
US Health Policy: Learn about the essence of US health policy.
Lessons from Ebola: Preventing the Next Epidemic: Understanding the Correlation of the Ebola Epidemic: What Worked Well and How Can We All Get Better?

Literature:
Ancient Masterpieces of World Literature: Examine how ancient cultures were defined by literature and how their view of literature contributes to our understanding of civilization, culture, and literature. today.
Modern Masterpieces of World Literature: Examine how great modern writers capture the subtleties of our globalized world and how their works circulate in this world to find their own audience.
Shylock’s Bond: A Study of Shylock’s Magnetic and Ambivalent Character in William Shakespeare’s The Merchant of Venice.
Hamlet’s Ghost: Exploration of the Insistent is at the heart of one of William Shakespeare’s most famous plays.
Masterpieces of World Literature: Embark on a world tour to explore the past, present, and future of world literature.

Biology & Sciences of Life
Introduction to Bioconductor:: structure, annotation, standardization and interpretation of genome-wide assays.
Case studies in functional genomics: Data analysis of multiple experimental open-source software, especially R and Bio-conductor.
MalariaX: Overcoming malaria in the world: How can malaria be eradicated? Explore advanced science and technology and investigate the guidelines needed to combat and eliminate malaria.
Cell Biology: Mitochondria: A human-centered approach to the basics of cell biology with a focus on cell power plants: mitochondria.
Principles of Biochemistry: In this course, the molecules of life are explored, starting with building blocks that lead to a complex metabolism and the associated diseases.
Super Earth and Life: Discovering alien life, how we seek and what teaches us about our place in the universe.
Statistics and R: Introduction to basic statistical concepts and R programming skills .
Introduction to Linear Models and Matrix Algebra: Learn how to use R models to apply linear models to data analysis in the life sciences.
Statistical Inference and Modeling for High Throughput Experiments: Focus on commonly used techniques for statistical inference of high throughput data.


Education & Teachers Training:
Introduction to Family Involvement in Education: Discover Successful Collaboration between Families and Educators .

LAW:
JuryX: Proceedings for Social Change: intentional online without fear or resentment with peers who are emotionally charged and experience a system where a jury or any community can move from a place of deep division to an agreement and action.

Social Sciences:
PredictionX: Guide of the Diviner: This course provides an overview of divination systems ranging from ancient Chinese bone burning to modern astrology.
US Government: A Comprehensive Introduction to US Government and US Policy .
Saving Schools: Reforming the US Education System: An Overview of the Past, Present, and Future Public Education System of the US Public Education System, Kindergarten through Grade 12.

Humanities:
Chinese Humanities: The Individual in Chinese Culture: Exploring Chinese history and culture from the point of view of the individual through philosophical texts, literary works, and works of art.
Justice: Justice, one of the best-known courses taught at Harvard College, is an introduction to moral and political philosophy and offers the opportunity to discuss contemporary dilemmas and controversies.
Judaism in its scriptures: Discover the main beliefs and practices of Judaism by examining its sacred texts and their interpretation.
The book: Creation and meaning in the medieval manuscript: The creative process and the relationship between creation and meaning in the illuminated manuscripts of the Western Middle Ages.
The Book: Book Age Scrolls: Examine medieval scrolls in detail and understand their uses and historical significance.
The book, printed and manuscripts in Western Europe, Asia and the Middle East (1450-1650): Learn how printing evolved and shaped the modern book to examine some examples of rare materials from Harvard collections.
Buddhism through its scriptures: Discover the rich and diverse beliefs and practices of Buddhists at any time and in any place. Discover Buddhism through its scriptures, both in relative and academic terms.
Islam through His Scriptures: Discover the Koran, the central sacred text of Islam, by examining the rich diversity of roles and interpretations in Muslim societies.
Hinduism through its scriptures: Discover the rich variety of sacred Hindu texts – hymns, stories, philosophical thoughts – and their interpretations.

HISTORY
PredictionX: John Snow and Cholera Epidemic of 1854: An Overview of the Soho Cholera Outbreak in London in 1854 and its Importance in the Field of Epidemiology.
Religion, Conflict, and Peace: Explore the diverse and complex roles that religions play in promoting and combating violence.
Tangible things: discovering the history through the art, artifacts, scientific samples, and items around you: Understand the history, museum studies, and conservation through the review, organization, and art of interpretation, artifacts, scientific curiosities, and everyday life.
China (Part 1): political and spiritual foundations: the wise kings to Confucius and legalist: China overview of the historical, geographical and cultural, starting with the origins and legitimacy of China, followed by exploration integral thinkers of the first period.
China (Part 2): The Creation and the End of the Central Empire: Part 2 covers the period from Qin to Sui with the first unified empire to create and an exploration of the construction and dissolution of the state, focusing on the self-realization of influence of Buddhism in the Middle Ages.
China (Part 3): cosmopolitan Tang nobility culture: the third part examines the reunification of China under Tang, focusing on Chinese aristocratic culture during the Tang period, poetry, calligraphy through the literature.
China (Part 4): Literati China: Investigations and Neo-Confucianism: The fourth part takes us from the beginning of the imperial era to the end of the imperial era and explores new ideas and the role of the examination system and government focused on the Song Dynasty.
China (Part 5): On a World Empire Under the Mongols in a Global Economy in the Ming Dynasty: The fifth section explores the effects of the conquest dynasties and the world Ming.
China (Part 6): Manchu and Qing Dynasty: Part 6 Treats Manchu and Qing Dynasty.
China (Part 7): Invasions, Rebellions, and Fall of Imperial China: Part 7 gives an overview of the history of modern China and covers the fall of the Qing Dynasty and the end of imperial China.
China (Part 8): Creating Modern China: The Birth of a Nation: Part 8 explores the birth of modern China by focusing on four main modern-day themes from republican times to the present day. The main period begins with the fall of Qing at the end of World War II.
China (Part 9): China and Communism: Part 9 examines China’s Maoist era from the rise of the Chinese Communist Party to the death of Mao and the reopening of China.
China (Part 10): Greater China today: People’s Republic, Taiwan, and Hong Kong: Part 10 covers the period from Deng Xiaoping to the present day. He will examine five main issues with the case method to better understand China today. This ends with the study of the question “Can China lead?”
The Einstein Revolution: Follow Albert Einstein’s commitment to relativity, quantum mechanics, Nazism, nuclear weapons, philosophy, art, and technology.
Early Christianity: Paul’s Letters: The Course “Early Christianity:  learn the early Christianity context of Paul’s letter

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