2. Architectural engineering
Architectural engineering degrees concentrate on building design.
Architectural engineering degrees are available at all levels, including associate, bachelor’s, master’s, and PhD. Students in these programs gain both academic and practical knowledge about the evolution of buildings and building systems. Architectural engineering differs from architecture in that it focuses on all of a building’s mechanical, electrical, and structural systems.
Physics, calculus, electrical systems, and architectural history are common subjects taken by students. Upon graduation, architectural engineering graduates are frequently hired by architecture firms or real estate developers.
3. Biomedical engineering
Biomedical engineering is a field that combines medicine and technology. Biomedical engineering students learn about the most recent advances in medical technology, such as diagnostic imaging equipment and artificial organs. Biomedical engineering offers bachelor’s, master’s, and doctorate degree programs.
Anatomy, electrical systems, computer programming, and biology are all common courses in these curricula. Before attending medical school, some people pursue a bachelor’s degree in biomedical engineering. After graduation, you could work as a medical technology developer, a biomaterials developer, or a researcher.
4. Chemical engineering
A degree in chemical engineering prepares students to work as a chemical engineer, a professional path with numerous opportunities. It is the study of how items are made using chemistry.
Pharmaceutical businesses, cosmetic makers, and food producers are among the companies that hire chemical engineers. Students can pursue a bachelor’s, master’s, or doctorate degree in chemical engineering. Students in these programs study biology, chemistry, computer programming, statistics, and mathematics.
