Computer Science
Algorithms, software and systems — from the idea to the code that works.
This information is an international synthesis of disciplinary frameworks and curricula from different higher-education systems. It presents a typical common core — not the official program of any particular institution.
Algorithms, software and systems — from the idea to the code that works.
How people think, feel and behave - from research to the treatment room.
How money, people and policy meet - through models, data and incentives.
Marketing, financing, strategy and management — understand how organizations make decisions.
Laws, arguments and real cases - learn to think and write like lawyers.
Structures, proofs and patterns - the precise language behind science, technology and quantitative thinking.
From the fundamental laws of nature to quanta, light and matter - a deep combination of theory, mathematics and experiment.
Materials, reactions and the structure of matter - from the atom and the molecule to medicines, energy and advanced materials.
From the human body to patient care - a long, practical and meaningful path.
Circuits, signals and chips - the physics and mathematics behind the technology.
Media, content and culture — understanding how stories shape our world.
Adapts and protects to ecosystems - to understand how living things work, change and communicate.
Forces, movement, energy and materials — to design products and systems that work in the real world.
Data, processes and people — to improve complex systems and make more effective decisions.
Health sciences alongside direct treatment - learning to assess a medical condition, make decisions and accompany patients.
Reports, taxation and control — understand the financial story of organizations and make sure it is accurate and reliable.
Learning, development and leading a class - understand how people learn and create a meaningful experience for them.
Events, ideas and everyday life from the past - to understand how societies change and how the world we live in was created.
Truth, morality, knowledge and consciousness - to ask basic questions and learn to analyze arguments clearly and accurately.
Painting, sculpture, architecture and photography - to read works of art within the culture, period and ideas that created them.
People, families and communities - learn to provide professional support and promote change in crisis situations and in everyday life.
Movement, rehabilitation and function - learn to diagnose physical limitations and help patients return to activity.
Functioning, independence and participation - helping people perform meaningful actions in their daily lives.
Societies, cultures and identities - to understand how groups, institutions and norms shape our lives.
Crime, enforcement and rehabilitation - to investigate why crimes occur and how society responds to them.
Governance, power and diplomacy — understand how countries, institutions and international actors make decisions.
Space, material and city — to combine creativity and technical thinking to design buildings and environments that suit people.
Technology, data and organizational processes — to design systems that connect people's needs to digital solutions.
Buildings, transportation and infrastructure - to plan the built environment so that it is safe, efficient and durable.
From architecture planning to a working product - to build large, reliable and maintainable software systems.
To transform chemical processes into large-scale production - from medicine and energy to food and materials.
Engineering meets medicine - to develop instrumentation, imaging, sensors and solutions that improve diagnosis and treatment.
From raw data to insights and predictions - with the help of probability, programming, models and critical thinking.
Medicines, the human body and safe treatment - understand how drug treatment is developed, adapted and administered.
Medical sciences and precise clinical work - to diagnose, prevent and treat oral and dental diseases.
Language, speech, voice and swallowing - to diagnose communication difficulties and accompany children and adults in a therapeutic process.
Food, metabolism and health — understand how nutrition affects the body and translate science into practical recommendations.
From nerve cell to consciousness and behavior - to explore how the brain perceives, learns, decides and changes.
Space, climate and man — to understand how environments change and to plan more resilient cities and systems.
Text, language and meaning — to explore how stories and languages are constructed and how they shape culture and thinking.
Objects, sites and ancient societies - to reconstruct the past from material finds and fieldwork.
An idea becomes an image and an experience - to design messages, products and interfaces that speak in a clear and original way.
Story, image and sound - learn to create, analyze and produce works for the screen in all stages of production.
Oceans, climate and marine life — explore a vast system that affects the entire planet.
To harness cells and molecules for the development of new drugs, food, substances and biological processes.
Tests, samples and diagnosis - to produce reliable medical information from blood, tissues and biological systems.
Prevent disease and improve health at the scale of communities and populations through data and policy.
Hospitality, experience and operation - to manage complex services for guests and travelers in an international environment.
Each guide brings related programs together, explains how they differ, and offers comparison points based on your interests and preferred type of work.
Compare engineering programs by the problems they address, their foundations in science and mathematics, their work environments, and the things students build throughout the degree.
Open field guide 10 degrees on the mapHealth and Medicine StudiesA map of the health professions according to the degree of contact with patients, the type of training, the scope of clinical sciences and the path from studies to professional work.
Open field guide 6 degrees on the mapSocial Science StudiesCompare degrees that explore behavior, institutions, culture, and place through their research questions, quantitative tools, and paths for further study.
Open field guide