What are the Core Courses of a Biotechnology Major?

<h3 id="section---ImportantFactsAboutThisFieldOfStudy">Important Facts About This Field of Study</h3><p></p><table border="1"><tr><td>
<b>Common Courses</b>
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Besides classroom courses, a co-op or other independent research component is common</td></tr> <tr><td>
<b>Specializations</b>
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Bioinformatics, bioscience policy, microbial, animal and plant systems</td></tr> <tr><td>
<b>Online Availability</b>
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Very rare</td></tr> <tr><td>
<b>Possible Careers</b>
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Technician in hospital, pharmaceutical, or academic research setting</td></tr> <tr><td> <b>Median Salary (2021)</b> </td><td>
$48,140 (<i>For Biological Technicians</i>)</td></tr> <tr><td> <b>Job Outlook (2021-2031)</b> </td><td> 9% (<i>For Biological Technicians</i>)</td></tr> </table><p><i>Source: Bureau of Labor Statistics</i> </p><h3 id="section---GeneralStudies">General Studies</h3><p>The core curriculum at most colleges includes courses in English composition, speech, and mathematics. Philosophy courses introduce you to critical thinking, and computer courses will be essential to your progression in biotechnology, particularly in the lab. Electives can be chosen in a multitude of subjects, including economics, history, the humanities, and other applications. </p><h3 id="section---Biology">Biology</h3><p>There are a number of biology courses that are required for biotechnology majors. Basic biological principals study the nature of organisms, while other courses focus on cellular biology, microbiology, and molecular biology. These basic courses prepare you for advanced studies in biotechnology, biotechniques, and biotechnological research methods. </p><h3 id="section---GeneralChemistry">General Chemistry</h3><p>Introductory general chemistry courses start with studies in atomic structure, electronic configuration, solution concentrations and reactions, and continue with acid-based chemistry, oxidations, thermodynamics and quantitative analysis. Organic chemistry courses delve into subjects such as alcohol, acids, hydrocarbons, and bio-molecules. Lab courses include applications on synthetics, isolation of chemicals and identifying organic compounds. </p><p>The core chemistry course load prepares you for courses such as computational chemistry, which is an advanced class that teaches advanced molecular and material structures. You will learn functional theory, empirical methodology and the computational applications of chemistry. </p><h3 id="section---Calculus">Calculus</h3><p>Calculus studies graphs, integrations, functions, and other math applications. To prepare for this biotechnology core study, you can take preliminary courses in pre-calculus. A course in pre-calculus gives you an overview of applications such as complex numbers, equations, trigonometry, sines and cosines, and mathematical functions. </p><h3 id="section---Physics">Physics</h3><p>General physics covers concepts in mechanics and wave motion, and it explores the ways in which the introduction of extreme temperatures can change materials. Lab studies teach you about data collection and interpreting that data to reach a conclusion. Other physics courses delve into Newtonian mechanics and electrical principles. These courses prepare you for advanced studies in electronics or biophysics.</p>