Engineering
Systems & machines
Design structures, mechanisms, processes, and engineered systems from scientific principles.
Design · Build · Test · Deploy
Applied Sciences
Turn knowledge into things that work: systems, technologies, products, treatments, organizations, learning environments, information systems, materials, food, and spaces shaped by real constraints.
01Needdefine the problem
02Designchoose constraints
03Prototypemake it real
04Testmeasure performance
05Deployput it to work
Technology
Tools & infrastructure
Turn scientific and computational knowledge into practical tools, devices, platforms, and networks.
Materials Science
Matter & performance
Study and engineer materials through their structure, properties, processing, and practical use.
Industrial Design
Products & interfaces
Shape useful objects around human needs by balancing function, form, ergonomics, and manufacture.
Architecture
Spaces & structures
Design the built environment through structure, material, climate, culture, and human use.
Medicine
Diagnosis & treatment
Apply biological and clinical knowledge to diagnosis, treatment, intervention, and patient care.
Health Sciences
Health & prevention
Explore health across physiology, prevention, care, specialization, wellness, and population outcomes.
Agriculture
Cultivation & food
Apply biological, environmental, and technical knowledge to food, cultivation, and land systems.
Business
Organizations & value
Coordinate people, capital, markets, operations, and information to create and sustain organizations.
Education
Learning & instruction
Design learning environments, curriculum, assessment, and instruction around how people develop knowledge and skill.
Library Science
Knowledge organization
Organize, preserve, retrieve, and provide access to information across collections and communities.