Graduate program biotechnology

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Program Overview Life sciences. Why Study Biotechnology at Hopkins? Learn From Leading Researchers. Meet Our Faculty. Explore Concentrations and Courses. Spring Registration Is Open! MyDCE Login. Academics Biotechnology Graduate Program.

Gain insight into the latest biotechnology discoveries and trends. Develop a solid foundation in research and innovation. Build knowledge of current industry practices, including biotechnology innovation and molecular biology techniques. Gain experience in experimental or case study design, scientific data analysis, writing and communication, ethical practices, and effective collaboration.

Earn an optional graduate certificate in bioinformatics, biotechnology management, innovation and entrepreneurship, or project management. Getting Started: Admissions and Degree Requirements At Harvard Extension School, your admission is based largely on your performance in two specific Harvard Extension courses that you complete before submitting an application.

Get Started. Cost and Financial Aid Affordability is core to our mission. The list below includes five commonly found classes in these programs. In this class, students explore key topics in molecular biology, including DNA replication, transcription, translation, nucleic acid structure and function, chromosome structure, and the remodeling and regulation of gene expression.

Students also receive an introduction to recombinant DNA technologies, which facilitate the joining together of DNA from two different species.

Building on the introduction offered in molecular biology, this course offers students practical opportunities to learn about DNA manipulation. Topics covered include restriction mapping, applications of the polymerase chain reaction, bacterial transformations, plasmid purification, and gel electrophoresis.

Students with relevant professional experience may opt to test out of this class. Emphasizing collaborative and experiential learning, this course helps prepare students who want to start their own biotechnology business. At the beginning of the semester, students form groups to develop a business plan and a pitch to a mock venture capital firm.

Students also explore case studies of practical life science ventures. Ethical considerations affect nearly every aspect of biotechnology.

Students in this course develop an understanding of traditional philosophical theories and use these theories to examine issues such as organ transplants, experiments with human subjects, experiments with animal subjects, in vitro fertilization, and the collection and use of research data. Often offered as a companion course to bioethics, this class helps students understand how the law shapes research and practice in biotechnology. In addition to issues of privacy, biological law survey courses also cover topics like patents, contracts, compliance, and regulatory statutes in the sector.

Most master's in biotechnology programs consist of 30 credits, and full-time students usually earn their degree in two years. Part-time students may require up to four years to finish these programs. Some students can potentially graduate even faster.

For example, those students who completed significant coursework in biology and chemistry while pursuing their bachelor's degree may qualify to skip this foundational coursework at the graduate level. Similarly, students who enter a program with multiple years of professional experience can often test out of laboratory work. Finally, some asynchronous online programs allow students to study at their own pace. Students can advance through their coursework as soon as they demonstrate mastery of the material, opening up the possibility of earning their degree much sooner.

However, academic advisers often caution against moving too quickly, as this can lead to stress for some students. In addition, students usually need to pay the same amount in tuition no matter how quickly they earn their degree. The cost of a master's in biotechnology varies considerably from program to program. As one way to lower your tuition, seek out a public university in your state that offers discounted tuition to residents.

Beyond tuition, consider other expenses that contribute to the overall cost of your education. Students who pursue their degree on campus often pay for room and board and other fees associated with campus services and activities. Distance learners can avoid paying for rent and meals, but schools may charge fees specifically for online students.

Using the data from the FAFSA, the federal government determines whether you qualify for grants, work-study positions, or student loans. At the same time, seek out private scholarships and fellowships, some of which may cater to students seeking a degree in biotechnology.

CFPIE offers several biotech, pharmaceutical, and medical device certification programs, including those for manufacturing controls, clinical compliance, good laboratory practices, and document management.

While requirements vary, most certification programs require the completion of four training courses offered online or in-person. Most applicants achieve certification in months. A certification from PMI can signal your expertise in management theory and principles. To earn one of PMI's eight levels of project management certification, you must submit an application detailing your education and professional experience.

If approved, you may take an online certification exam. The BioPharma Institute offers professional certifications in areas like clinical trial monitoring and management, obtaining approval for clinical trials, good clinical practice, good manufacturing practice, and drug development.

Most certifications require participants to complete a self-paced training course and pass an online exam. Amgen, a biopharmaceutical company, created this resource for students considering careers in biotechnology. The website provides an overview of biopharmaceutical history and applications.

If you decide to pursue a master's in biotechnology, see if you qualify for federal financial aid. The ED offers grants, fellowships, and work-study opportunities, as well as resources on how to find other sources of private aid. The Journal of Biotechnology serves as the leading scholarly resource in biotechnology.

Anyone can review open access articles on subjects such as gene editing and bioinformatics. This free resource offers students an easy way to look up terms related to biochemistry, biotechnology, cellular biology, and genetics. Staff and faculty from Indiana University's Department of Biotechnology maintain the dictionary.

Both in academia and private industry, biotechnology professionals need to know how to write clearly and effectively. The Purdue OWL provides writing advice on research papers, memos, and resumes. Once you earn your master's in biotechnology, you can benefit from joining a professional organization.