Abdul Quadeer said:I had interest in Chemical Engineering since 9th grade. But now when I'm in 12th, Mechanical engineering gained my interest. When I looked at the subjects taught in these branches, some were out of my interest. Now every other branch (aerospace, material science etc) I see, I don't like all subjects in it. What do I do?
Why does that matter? Back home medicine (it's an undergrad program) students had only a couple of exams their first year, whereas some random social science students had 10 - 15. Does that make the latter studies harder? No, they had a couple of weeks' worth, if that, of studying to pass them all with the highest marks, and for med students that was barely enough time to cover one exam.flemmyd said:the problem with majoring in engineering is the high number of courses. at my school, a mechanical engr major requires about 37 classes. the physics major requires about 25. (and that's counting the electives you take for the physics major)
Ryker said:Why does that matter? Back home medicine (it's an undergrad program) students had only a couple of exams their first year, whereas some random social science students had 10 - 15. Does that make the latter studies harder? No, they had a couple of weeks' worth, if that, of studying to pass them all with the highest marks, and for med students that was barely enough time to cover one exam.
Chemical engineering involves the design and production of chemical processes and products, while mechanical engineering focuses on the design and production of mechanical systems and devices. Chemical engineers primarily deal with reactions and transformations of materials, while mechanical engineers deal with the movement and transfer of energy.
Both chemical and mechanical engineering offer a wide range of career opportunities in various industries, including manufacturing, energy, pharmaceuticals, and biotechnology. Chemical engineers often work in roles such as process engineer, quality control analyst, or research scientist, while mechanical engineers can work as design engineers, project managers, or maintenance engineers.
Yes, chemical and mechanical engineers often collaborate on projects that involve both chemical and mechanical processes. For example, in the design of a chemical plant, chemical engineers would design the chemical reactions while mechanical engineers would design the equipment and systems needed to carry out those reactions. This collaboration is essential for the success of many industrial projects.
Both chemical and mechanical engineers need strong mathematical and analytical skills, as well as a solid understanding of chemistry and physics. They also need to be proficient in computer-aided design (CAD) software and have good problem-solving and communication skills. Additionally, attention to detail and the ability to work in a team are important qualities for success in these fields.
While many entry-level positions in chemical and mechanical engineering require a bachelor's degree, having a graduate degree can open up more advanced job opportunities and higher salaries. Some employers may also prefer candidates with a graduate degree for certain positions, such as research or management roles. However, gaining experience through internships and co-op programs can also be valuable for career advancement in these fields.