Biotechnology and allied courses in applied science pose a bright futuristic perspective. There are job opportunities in Pharma industries, enzyme production organizations, food tech and processing units, genetic engineering, biofuel production, research activities, and medical institutes. If you are a research person and curious about exploring the varied fields, then it can serve you to be the finest choice.
The job facilities are widespread and can have an interesting career rather than monotonous boring job profiles. Various fields can be selected to pursue post-graduation such as Microbiology, Cell biology, molecular biology, and much more.
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1. Microbiology and Molecular Biology by Brigham Young University
The course provides a detailed study about the experimental design, execution, analysis, and interpretation of microbiology or molecular biology. It shows the effectiveness with techniques giving significance to topics such as gene amplification, gene modification, protein analysis, and genomic studies such as genome sequencing or transcriptome analysis. You can also become proficient in oral and written communication of scientific ideas and research activities.
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2. Master of Science Degree in Biology by Merrimack College
The project-based MS degree program in Biology, the course helps to create leadership qualities through a combined method of directing and performing lab and field research, coursework, teaching, and mentoring. The learners would be well set to face the increasing needs of the science job market. The earnings of a master’s degree graduate would be more than $30,000 per year with only a bachelor’s degree.
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3. Executive Ph.D. in Biochemistry and Molecular Biology by University of Miami
The course is a Ph.D. degree program and is intended to provide help to full-time professionals working in the industry and other research laboratories involved in research activities but do not possess a Ph.D. degree. It becomes easier for such people as they don’t have to give up their work in order to follow their passion. The research activities can be carried out at the industrial site and that will serve as the dissertation subject. The required study can be done through distance learning technology. The program is accessible to specialists who are occupied in the areas of biochemistry, molecular biology, biotechnology, nanotechnology, and medicine.
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4. P.S.M. Conservation Biology by University of Wisconsin
If you are a nature lover and find solace in the preservation of species, habitat, and ecosystem, then there is no more time to waste. The Professional Science Master’s degree in Conservation Biology associates the conservation science curriculum with a professional module planned to offer graduates with the required assistance for a profession in business, industry, government, or nonprofit agencies. The program offers occasions in molecular ecology, water quality, limnological sciences, and fishery and wildlife science.
Conservation biologists attempt to preserve species diversity in uneven surroundings, reestablish populations to the native territory as part of prearranged management strategies, and protect native populations vulnerable to offensive species. Unification research and theory with preparation produce innovative solutions to real-world problems, helping students, employers, and society entirely.
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5. Master of Science In Stem Cell Biology And Regenerative Medicine by Stanford University
The university provides an M.S. degree in the topic of Stem cell biology and regenerative medicine. There are certain requirements to be fulfilled in order to get enrolled in the prescribed course. The students should meet criteria such as four complete quarters of residency as a graduate at Stanford, about 45 units of the academic program, and out of which 16 units must be above the 200 level. Four quarters of the research activity consists of rotations in the lab with a minimum of faculty members. It will be succeeded by the course work in Stem Cell Biology and Regenerative Medicine. In order to receive the M.S. in Stem Cell Biology and Regenerative Medicine, the above criteria have to be fulfilled.
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6. MS In Healthcare Management by Thomas Edison State University
The master’s program in healthcare management is designed for those who are willing to work in responsible managerial positions in vivid medical and healthcare institutions. The course follows a practitioner-focused curriculum that contains critical knowledge, competencies, and skills essential to lead and work successfully in the core business sectors inside the healthcare industry. The aspirants gain up-to-date skills in key healthcare management provinces including; finance, leadership, human capital management, technology, quality improvement, and approaches that are serious variables in establishing, managing and leading a successful healthcare organization.
Pupils will progress and establish critical reasoning, data-driven decision-making, and process improvement enabling them to contribute to the growth, quality, and evolution of the hastily growing healthcare industry. Program content offers strategic and current models of healthcare management, providing the evolutionary matter and critical analysis of the leading healthcare models. In accumulation, the content scrutinizes the application and interconnection of the program outcomes in the healthcare industry.
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7. Applied Biosciences (Psm) – Medical Microbiology & Immunology by University of Arizona
When the course is considered as a whole, the core sense of the major subject Microbiology and Immunology and the sub-topics of Applied Biosciences is mainly to prepare the learners for a vocation in the varied field of biomedical sciences. Special stress is given for medical microbiology, immunology, and virology. The program is exceptional in involving the course topics along with the training and connecting the most significant knowledge from other sectors like management, business, and law. Students get the opportunity to do internships with biotechnology companies based in the Tucson-Phoenix corridor, or in academic research laboratories, and attain irreplaceable on-the-job training, experience, and knowledge.
This real-world proficiency attained in the internship is exclusive and diverse from classroom learning or online classes. This advanced prospectus affords scholars the talent to choose several career trails. This could embrace performing research to manage a laboratory at a university or in an industry. With knowledge expanded in business and legal fields, proficient scholars can also become tangled in the business adjacent to biomedical science. Graduates from this path would be ready for miscellaneous professional vocations in the areas of biotechnology, biomedical research, pharmaceuticals, local or national government, academic institutions, alongside positions in immunologic and microbiologic biotechnology companies.
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8. Masters of Professional Studies: Biotechnology by University of Maryland, Baltimore County
The biotechnology curriculum is prepared to put forth the alterations required in the biotechnology industry through the method of experiential learning. The course program put forward improved instruction in the life sciences, in addition to the coursework in regulatory affairs, leadership, management, and financial management. The M.P.S. Biotechnology characterizes a novel type of degree that is created to make ready the science professionals to fill in the management and leadership roles in biotechnology-related companies, works, and organizations.
Thus, this inimitable degree offers an extraordinary substitute for an MBA or Ph.D. degree. The core comprises five courses (15 credits) that lead to a capstone course (3 credits) for a total of six courses (18 credits). The Biotechnology essentials provide students with important practical skills required to flourish in the biotechnology trades. The capstone project is introduced during the initial semester and finishes in the capstone course.
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9. Biomedical Sciences Major by Western Michigan University
The course is intended to explore the human, molecular and cellular characteristics of the life sciences, along with the chances to study cell biology, genetics, microbiology, molecular biology, neurobiology, and physiology by the biomedical sciences major in the Department of Biological Sciences at Western Michigan University. The learners can opt for the course if there is an interest in medical, dental, or other professional schools or if there is an interest in human biology or is interested in the health field but not sure about where to proceed, or if there is a skill in science specifically human science.
The biomedical sciences require coursework in biology, chemistry, physics, and mathematics. Extra training is provided to get prepared to face the challenges in the world and ultimately gaining Critical and creative thinking, Inquiry and analysis, Quantitative literacy, Teamwork and problem solving, and written and oral communication. Biomedical Sciences graduates have assorted career opportunities in a diversity of segments including government, education, business, and community. Companies recruit biomedical science graduates for the specialized and transportable services that have been developed throughout their studies and work experiences.
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10. Cancer Biology, M.S. by University of Wisconsin
The M.S. program in cancer biology is put forward to offer a course for research and learning and that ultimately leads to the acquiring of a Ph.D. degree. The institute is well known for research activities in cancer since 1940. Now it has improved to more than 50 training faculty in various departments including Oncology, Medicine, Human Oncology, Cell and Regenerative Biology, Medical Microbiology and Immunology.
This interdepartmental assembly proposes students have unusually miscellaneous training prospects that extent the complete extensiveness of cancer biology research from haploid or diploid genetics, viral and chemical carcinogenesis, eukaryotic cell, and molecular biology, virology, molecular toxicology, and whole-animal carcinogenesis. Over the graduate program, students are familiarized with the form of knowledge that has consequential effects directly from experiments on the induction, properties, and therapy of cancer, and accept the required context to conduct autonomous research.
The requirements of the curriculum are set up to be agile and customized for increased chances of specialization inside the interdisciplinary sector. Certain electives are also introduced to the learners along with the core subjects and are accomplished through seminars, conferences, and journal clubs. All these are related to the particular area of expertise, especially for research advisors. The program makes students ready for careers in teaching and research in the academic field, government, and industrial sectors.
