The scientific study of aerodynamics and propulsion systems.
Aeronautical engineers design and develop aircraft for use within Earth’s atmosphere, including planes, helicopters, and drones, using applied mathematics to test and trouble-shoot problems in production and performance.
The science of creating, processing, and recording sound.
Audio engineers use technology and technique to record, mix, and produce music, sound effects, and the spoken word for diverse purposes throughout the fields of business, art, and entertainment.
The wide-ranging scientific study of living organisms, from single cells to complex ecosystems.
Biologists use scientific tools and techniques to discover the nature of life itself, investigating the complex genetic basis and evolution of animals, plants, bacteria, and all living things.
The wide-ranging scientific study of living organisms, from single cells to complex ecosystems.
Biologists use scientific tools and techniques to discover the nature of life itself, investigating the complex genetic basis and evolution of animals, plants, bacteria, and all living things.
The application of technology to solve medical problems.
Biomedical engineers blend a solid foundation in engineering with a working knowledge of life sciences to design and implement devices that facilitate research, improve diagnosis, and expand the possibilities of life-changing and live-saving therapy.
Accountants measure, manage, and maintain financial transaction records for businesses, translating complicated financial data into a comprehensive and coherent portrait of economic viability and possibility, for investors, creditors, and stakeholders.
Financial analysts and advisors use information technology—with insight and instinct—to study markets and to predict, project, and plan financial opportunities for clients, managing their investments and maximizing their profits.
A broad all-encompassing approach to capitalism in action for tomorrow’s business leaders.
The executives and entrepreneurs who build businesses need to be immersed in every theoretical and practical aspect of finance, marketing, management, and administration.
The study of how computers are used to store and process information.
Computer systems specialists build essential networks, protect data, and develop applications while managing and maintaining the software and hardware infrastructure of a business.
The science and strategy of cultivating interest in content, products, and services.
Marketers apply technology to technique, anticipating and capitalizing upon trends, coordinating price and placement, message, and media, to increase brand awareness, effectively implement advertising, and maximize profitability.
A broad all-encompassing approach to capitalism in action for tomorrow’s business leaders.
The executives and entrepreneurs who build businesses need to be immersed in every theoretical and practical aspect of finance, marketing, management, and administration.
Using data comprehensively and dynamically to improve efficiency and increase profits.
Business data analysts inform and enlighten strategic evidence-based decision making by applying clear quantitative insight to business problems, describing, diagnosing, predicting, and prescribing.
Chemists explore the composition and properties of matter, investigating the ways in which elements and compounds combine and react, and creating new chemicals to address a diverse array of industrial, engineering, and medical needs.
Understanding life, at the cellular and molecular level, by studying the chemical processes within living organisms, and applying chemical techniques to influence such processes.
These interdisciplinary fields provide a strong foundation for forensic scientists, researchers, and professionals in biotech and pharmaceuticals.
The scientific study of how chemical phenomena affects the natural environment.
Environmental chemists study the presence and effects of chemicals in the air, water, and soil, identifying contaminants and analyzing factors related to human interaction with the natural world.
Chemists explore the composition and properties of matter, investigating the ways in which elements and compounds combine and react, and creating new chemicals to address a diverse array of industrial, engineering, and medical needs.
The science and art of conceiving and constructing the essential structures that serve civilization.
Civil engineers design, build, and maintain public works, creating the buildings, bridges, roads, airports, and complex energy systems that form the foundation of the world in which we live.
Designing and building computers, through an integration of electrical engineering and computer science.
Computer engineers use the most advanced and sophisticated technology to conceive and create hardware and software, to establish and maintain networks, and to oversee operating systems.
The most highly discussed and debated subject in contemporary computer culture, and the technological advancement that is changing the world.
Artificial intelligence represents computer science at its most challenging and beneficial. Utilize analysis and deductive reasoning to create the machine minds of the future.
Design and develop the applications that have become the backbone of international business.
Business software developers use science to give businesses structure and sense, enabling partners to manage databases, streamline network support, program mobile devices, and revolutionize data storage.
Discover the means to make networks invulnerable to unwanted attention and malicious manipulation. The increasing number and sophistication of cyberattacks demand the vigilance and ingenuity of creative professional’s who are adept at designing and deploying protective countermeasures.
Amusement, amazement, education, entertainment-gaming possesses an exciting synthesis of science and art, power and playability.
Game designers conceive and create interactive games for consumer use, applying aspects of probability, technology, artificial intelligence, and visual and sound aesthetics essential to a game playing experience.
Placing the computer at the service of the sciences.
Scientific Software Developers design programs instrumental to scientific research and communication capturing, organizing, and displaying data, engaging in complex analysis, and enabling the powerful observational mechanisms that make the universe more understandable.
Write the code that will unleash the full power and potential of the computer.
Through a systematic process, software developers design, create, and assess a vast array of programs, mastering the sophisticated languages that form the common indispensable tongue of the technological era.
Exploring the potential of computers, by studying the design and development of automated computation and information processing systems.
Computer scientists incorporate theoretical mathematics, logic, and engineering to improve hardware and software, conceive new applications, explore artificial intelligence, and push the boundaries of automation.
Giving strength and durability to the critical infrastructure that shapes the lives of communities great and small, concrete remains the basic building block of civilization. Throughout history, concrete has facilitated humanity's practical designs and aesthetic ambitions in buildings and bridges, seawalls and sidewalks, monuments and meeting places.
The practical management of essential construction projects, applying engineering knowledge and leadership skills to guide them from concept to creation.
Construction managers plan, coordinate, and supervise every aspect of a building project, whether residential, commercial, or industrial, assembling a team and directing them.
Extracting essential items from a storm of information with purpose and precision.
Data scientists apply statistical methodology and computer technology to gain knowledge from data, exploring, modeling, and visualizing it to serve diverse needs, from scientific research to business planning.
The theoretical and practical study of resource distribution and the production and apportionment of goods and services.
Economists study supply and demand, scarcity and wealth, creation and consumption, in order to understand and advise financial policies and programs for individuals, groups, and societies.
The study, creation, and application of technology that uses electricity.
Electrical engineers design and develop new electrical equipment and systems for industrial manufacturing, and public works, as well as for the biotech, environmental, and military industries.
Using software engineering to control devices that are non-traditional computers.
Embedded software engineers conceptualize and carry out the effective use of software in consumer products, medical technology, and transportation, helping to bring the power of the computer to a diverse array of machines.
Energy engineers find solutions to pressing problems in modern energy consumption, improving energy efficiency, and seeking sustainable and renewable energy sources that are environmentally sound and economically beneficial.
Fine-tuning communication through a comprehensive study of the English language.
Students in this program develop essential critical thinking, writing, and verbal skills through a wide range of contemporary and ancient literature, creative and technical writing, and public speaking.
Game designers conceive and create playable games for consumer use and other purposes, applying aspects of probability, technology, artificial intelligence, and visual and sound aesthetics to enable and enhance a game playing experience.
Game designers conceive and create playable games for consumer use and other purposes, applying aspects of probability, technology, artificial intelligence, and visual and sound aesthetics to enable and enhance a game-playing experience.
Students can incorporate Game Design into their major coursework.
Graphic designers compose and arrange typography and other visual elements on a page, poster, parcel, or product to communicate meaningfully, effectively, and in a manner aesthetically pleasing or thought-provoking.
Graphic designers compose and arrange typography and other visual elements on a page, poster, parcel, or product to communicate meaningfully, effectively, and in a manner aesthetically pleasing or thought-provoking.
Graphic designers compose and arrange typography and other visual elements on a page, poster, parcel, or product to communicate meaningfully, effectively, and aesthetically pleasing and thought-provoking art.
Students can incorporate Graphic Design into their major coursework.
Historians build knowledge of our collective past by studying documents, artifacts, and oral testimony regarding all that has come before, developing essential writing and public speaking skills, and cultivating analytical and critical thinking proficiency.
Making the process of production improvement powerful and permanent for businesses and industries.
From assembly line production to human resources management, industrial engineers increase productivity and optimize efficiency, streamline communication, enhance quality control, and the synchronization of methodology and machine.
The scientific study of how computers are used to collect, communicate, store, and safeguard information.
Information technology specialists make the world run, providing data-management support across all industries, spanning nearly every professional activity across the globe.
The artistic study of how to manipulate color, contour, texture, and area to create living spaces conducive to a pleasant and productive life experience.
Interior designers conceptualize interior environments to maximize the potential for harmony, happiness, and health.
The Minor in Interior Design provides a technical and creative skillset to students who wish to incorporate interior design into their major coursework or pursue further study in design-related fields. The courses introduce students to the theory and practice of the discipline. Coursework includes the exploration and development of experiential interior environments.
The strategic science of minimizing risk to maximize success.
Actuaries use mathematics, statistical modeling, and an incisive grasp of probability, economics, and accounting to gauge uncertainty and find advantage in financial policies and plans.
The interdisciplinary study of mathematics in theory and practice.
Graduates of the Mathematical Sciences program are given a foundation in both pure and practical mathematics, enabling them to pursue careers in applied sciences, actuarial science, and a wide range of related fields.
The interdisciplinary study of Mathematics in theory and practice.
Graduates of the Mathematical Sciences program are given a foundation in both pure and practical mathematics, enabling them to pursue careers in applied sciences, actuarial science, and a wide range of related fields.
Solving problems in manufacturing and maintenance, inspecting, and analyzing processes and products.
Graduates of the Mechanical and Manufacturing Engineering Technology program are given the solid foundations in science, engineering, and mathematics that will enable them to secure rewarding positions in product development and quality control.
Designing, developing, and manufacturing machines.
Mechanical engineers apply ingenuity and scientific discipline to unleash the creative problem-solving that continually redefines our relationship with technology and our forward-thinking response to the world’s most pressing problems.
Studying and developing basic skills in broadcast and digital media arts.
Graduates in this program are given a solid foundation in writing for electronic and print media and are well-positioned to pursue a media communications degree.
Manipulating matter at the molecular and atomic level to develop new materials, machines, and methods.
Nanotechnologists use their knowledge of the tiny but immense world of the molecule to innovate new technology, research equipment, essential medical devices, drugs, and a myriad of other inventions.
The study of healthcare at its most fundamental and essential.
Nursing students establish the foundation for a career in the nation’s largest healthcare profession, acquiring knowledge and skills that will serve them in a variety of roles at various levels.
Students of philosophy address issues sublime and simple by applying ancient and modern methods of analysis, reasoning, and problem-solving to arrive at comprehensive understanding and new systems of thought.
The scientific study of the structure of the universe.
Physicists examine and investigate the fundamental building blocks of reality, from the sub-atomic to the macrocosmic, seeking ever more profound theoretical understanding and practical application for the interactions of matter and energy.
Using computers to facilitate the scientific study of the structure of the universe.
This program prepares students to fully implement computer technology towards the purpose of investigating and understanding the complex interactions of matter and energy.
The scientific study of the structure of the universe.
Physicists examine and investigate the fundamental building blocks of reality, from the sub-atomic to the macrocosmic, seeking ever more profound theoretical understanding and practical application for the interactions of matter and energy.
The branch of medicine concerned with oral health, including the diagnosis and treatment of diseases of the teeth and gums.
Students in this program acquire the scientific knowledge and technical skills to prepare them for further academic and professional success in the field of dentistry.
The foundational study of biology, chemistry, and psychology required of medical professionals.
Students in this program acquire essential scientific knowledge and a comprehensive grasp of logical reasoning that prepare them for further academic and professional success in the field of medicine.
The study of how products are imagined and created.
Product designers apply technical skill, artistic inspiration, and evaluative judgment for the purpose of conceptualizing and creating consumer products that are functional and aesthetically pleasing.
The imagining and development of products that support the movement of people.
Product designers focused on mobility design use technological acumen and cutting-edge computer programs to facilitate the design and development of new concepts in mobility whether it is terrestrial, aeronautic, or aquatic, human-powered or mechanized.
Through hands-on experience and research, students combine theoretical knowledge with practical expertise! A concentration in applied psychology allows students to focus on practical applications and address real-world issues as they navigate and prepare for diverse careers.
Psychologists examine and consider the nature of human behavior, the processes of the conscious and unconscious mind, the function of the brain, and the complicated interactions underlying perception and personality, emotion and motivation, society, and self.
The engineering principles and practice of creating robots.
Robotics Engineers apply a wealth of scientific knowledge and a wide array of technical skills to the design and development of robots, the modern miraculous machines that serve humankind in an ever-increasing set of capacities.
A discipline aimed at preparing students to communicate with clarity, precision, and power, both in writing and in public speaking.
Students in this program focus on cultivating the essential ability to express technical information and analysis in professional settings with efficacy, economy, and elegance.
Technical proficiency combined with the breadth and depth of knowledge and understanding the humanities provide.
Students in this dynamic and flexible program experience a mixture of mathematics, written communication, computers, and the social sciences, cultivating essential critical thinking skills.
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