University chemistry is not just a chemical magnification of high school. The core usually consists of inorganic, organic, physical, analtic, synthetic and general media, and is accompanied by a large number of laborary, measurement, research and scientific networking.
I. What do you read mainly?
Imperial's Chemistry BSc integrates inorganic, Organic, physical, analtic, synthetic and general chemistry into the first three years of the curriculum, and arranges for an external labory program; MIT also places experimental, research and cross-cutting subjects at the heart of Harvard's Bachelor of Arts chemistry.
Two, Chemistry and Chemical Engineering.
Chemistry is the main researcher on molecules, reactions, materials and analysis; Chemical Engineering prefers process, scale-up, motherdynamics, transport, reactor design and large-scale programming. Like molecular and laboratory research, usually closer to Chemistry; It's like turning chemistry into a process that can be produced on a large scale, so it's closer to Chemical Engineering.
III. EQUIPMENT OF STUDENTS
- Like experiments, analysis and reasoning.
- Interest in drugs, materials, energy, environment or molecular sciences
- I'm willing to deal with math and physical chemistry.
- Non-exclusion of research or laboratory work
IV. How to prepare for high school
Chemistry must be almost the most important first subject. Mathematics is often equally important, and some of the subjects prefer Physics. The level of designation for Chemistry and Mathematics should be checked on a school-by-school basis before applying.
V. Common branches and careers
Organic Chemistry、Materials Chemistry、Medicinal Chemistry、Chemical Biology、Environmental/Green Chemistry、Analytical Chemistry、Computational Chemistry。 The job may be extended to propacetical, materials, energy, research, quality,forensics, environment, biotech, etc.
