Aspiring biochemists can obtain a four-year bachelor's degree from an accredited college or university. Biochemistry, biology, calculus, chemistry, communications and genetics are the fundamentals of this particular field of study. An advanced math placement of pre-calculus is often required as a prerequisite on entering this degree choice. Core classes consist of molecular biology, neurochemistry, bio-organic and inorganic chemistry, and biophysical chemistry. The majority of the class settings will be lectures, labs, advanced research projects and seminars. This degree will help prepare students for an entry-level position career, such as an assistant scientist, biochemist, research assistant and business process analyst.
Many colleges offer two-year master's degrees with the prerequisite of obtaining a bachelor's with required core courses completed in the corresponding area of study. Depending on the school they choose, students may have to take the Graduate Record Examination (GRE) for admission and submit undergraduate transcripts and letters of recommendation from their professors. Molecular genetics, protein engineering, nucleic acids, bioenergetics, molecular cell biology and advanced biochemistry are stressed throughout the school year with the student's original research. This degree will help students prepare for an advanced career, such as an acquisition logistics manager, research scientist, dietitian or drug developer.
With 3-5 more years of study, students can earn their doctoral degree (also known as a Ph.D. in this field) in biochemistry with ever-so-challenging courses. Requirements for this degree include having the bare minimum bachelor's degree and a strong GPA, especially in physical, biological and chemistry sciences. Advanced courses include dissertations on biochemical literature, macromolecular structure, biochemical research and research ethics while students spend the majority of their time with a faculty member.
Regardless of what degree biochemists hold, an internship or co-op learning experience is often recommended to give students a real-life experience in the field. Students can apply through their school, usually in the summer, with the possibility of interning abroad for research foundations, pharmaceutical companies and national laboratories. Internships can give students a higher chance of career placement after graduation.