1. What is the major setting of Cornell University Engineering College?
Answer: Cornell University School of Engineering has 14 different majors and 22 minor majors, offering one of the most extensive engineering courses in the world. As a first-year student, you will start general engineering research focusing on our * * * same courses. You will learn about all the different majors offered by Cornell University of Engineering, which will enable you to explore your options before applying to contact your major in the second year.
Second, then, what are the specialties of Cornell University School of Engineering?
Cornell University School of Engineering 14 major. Each major has its own set of core requirements, which must be completed after all engineering students have completed the same course. The specific majors are as follows:
1. Bioengineering
The biological revolution in this century has an increasing demand for engineers, who can meet local, national and global challenges by combining the power of engineering principles with the ever-developing biology. If you have a strong talent in mathematics and science and are interested in solving engineering problems related to life systems, then Cornell University's bioengineering (BE) is definitely worth learning. BE information table [PDF]
2. Biomedical engineering
If you are interested in solving engineering problems related to human health, please consider the emerging field of biomedical engineering (BME). BME is a comprehensive interdisciplinary project, which links engineering and medical fields to meet the demand of biomedical industry for medical devices and drugs in 2 1 century. Biomedical engineers discover and apply engineering principles and methods to solve a wide range of medical problems, including diagnosing the biological origin of diseases, designing biocompatible and active materials, artificial limbs, surgical implants, artificial organs, controlled drug delivery systems and regeneration technologies to control/enhance the treatment process. BME information table [PDF]
3. Chemical engineering
As a chemical engineer, you will be engaged in chemical change and chemical processing. You can develop methods to produce chemicals, or design, build and operate chemical production plants. You may look for new energy, try to clean up the environment, or develop new materials, such as polymers and ceramics.
4. Civil engineering
Civil engineers design complex systems, such as transportation and water supply networks, or information systems for project design and management. They also design water and wastewater treatment systems to protect the environment and hazardous waste remediation projects.
5. Computer science
As a computer science (CS) major, you will study courses covering algorithms, data structures, logic, programming languages, systems and theories.
6. Earth and atmospheric science
The Department of Earth and Atmospheric Sciences at Cornell University is a leader in global research, aiming to understand the basic process of shaping our planet and to provide students with the earth knowledge they need as informed citizens and wise earth managers.
7. Electrical and computer engineering
Electrical and computer engineering is a very extensive professional field. The structure of undergraduate courses aims to provide the best balance between basic theory and hands-on laboratory practice.
8. Engineering physics
Engineering physics course is aimed at students who want to solve basic and applied technical problems. If you are looking for a broad-based engineering education, the program will prepare you for various careers in the rapidly changing technical world.
9. Environmental engineering
Environmental engineers serve people and protect the environment. They analyze the problems of land, water, air and pollution, and develop the design of pollution and hazardous waste control facilities. They participate in urban planning, develop water resources systems, and design the operation of other systems that are crucial to the quality of life and environmental protection.
10. Independent major
Independent major is a special opportunity for students who can't achieve their educational goals in any conventional major. This option allows students to create customized interdisciplinary learning courses.
1 1. Information Science, Systems and Technology
Information Science and Technology (ISST) studies the design, implementation and management of complex information systems.
12. Materials Science and Engineering
Cornell University's Materials Science and Engineering (MSE) helps students combine basic physics, chemistry and biology with engineering to improve and invent new materials that can achieve these advances.
13. Machinery industry
Cornell University's School of Mechanical and Aerospace Engineering offers certified undergraduate courses in mechanical engineering. This course aims to provide a broad background of the basic knowledge of this subject and introduce many professional and technical fields that mechanical engineers pay attention to.
14. operational research and engineering
The undergraduate course of Operations Research and Engineering (ORE) includes data-driven decision-making tools and technologies, which provide power for the technology-driven economy. You will develop skills in data science, optimization, machine learning and mathematical modeling.