Biotechnology mba programs online

Graduates are seen as true global leaders. It also includes cyber security, human rights and various skills based courses. Pros: The field is incredibly vast, which means that you will be able to get to work in many different industries. Demand is high and growing, so it is unlikely that you will struggle to find employment. You could be at the forefront of developments that improve lives all over the world, be that because of new pharmaceutics, energy management, agricultural processes and so on.

Cons: You will spend a long time researching and sometimes your research will not develop any usable results. Hours can be long and grueling. Obtaining an MBA can be costly.

There are only very few schools in this country that offer the degree so it is likely that you will have to study abroad. While this has certain advantages in terms of building international contacts, it can also be difficult due to language barriers and different time zones. Financial Aid The University of Texas at Austin offers a number of scholarships for those who want to enter the field of biotechnology.

Some of the career paths you could follow include: Research manager : looking into new developments in the field. Project manager : usually on a consultancy basis, helping to manage a program from start to finish. Director of research : working in laboratories or health facilities and driving new research developments. Market analyst for biological goods : often working together with people in the agricultural industry, but also the pharmaceutical industry Financial analyst : working particularly in scientific development and testing and analyzing cost projections.

Apply now—and take your career to the next level. Apply Now. Finance Your Education We offer a variety of resources, including scholarships and assistantships. How to Apply Learn more about the application process and requirements. Are You an International Student? Find out what additional documents are required to apply. Admissions Details Learn more about the College of Science admissions process, policies, and required materials.

Learn more about applying to the College of Science and our admissions deadlines. View curriculum. Students in the MS in Biotechnology program gain real-world knowledge, awareness, perspective, and confidence during a three- to six-month graduate co-op in industry, academia, or government.

As the recognized leader in experiential learning and a trusted source of high-caliber students, Northeastern boasts a network of more than 3, public and private sector co-op locations on seven continents. Our faculty represents a wide cross-section of professional practices and fields ranging from finance to education to biomedical science to management to the U.

They serve as mentors and advisors and collaborate alongside students to solve the most pressing global challenges facing established and emerging markets. Our current students and faculty across strategically located regional locations further foster a lifelong, global community of learning and mentoring. Learn more about Northeastern Alumni on Linkedin.

College of Science. Master's: Online. More Program Options. Certificate : Boston. Master's : , Certificate : Boston. Certificate : Portland. Master's : Portland. Master's : Boston. Master's : Toronto. Certificate : Online. Save and Compare. Request Info Apply. Request Info. They usually work in laboratories or offices, in academic or commercial settings, and they hold at least a Ph.

Biomedical engineers design devices, equipment, and systems for use in the medical and health services field. They work in settings such as manufacturing and university systems, and they usually hold at least a bachelor's. Natural sciences managers oversee the work of scientists and engineers, directing research and development. These professionals generally hold graduate degrees in science-related majors.

Industrial production managers oversee the daily functions of manufacturing facilities for fields like biotechnology and nanotechnology. They typically hold at least a bachelor's in a science-related field along with extensive administrative experience. Medical scientists conduct research to advance individual and public health. They may work in academic or healthcare settings and usually hold medical degrees or postgraduate degrees in biology. Graduates and postgraduates with biotechnology degrees tend to earn high salaries due to the specialized nature of their work.

No degree guarantees a particular career or wage, but the following table enumerates average wages for some common master's in biotechnology jobs for graduates from biotechnology master's programs. Biochemists and biophysicists study the chemical composition and physical principles of living cells and organisms. Their findings often contribute to medical and pharmacological knowledge. On a typical day, these researchers may investigate the effects of substances such as foods, drugs, hormones, serums, and other substances on organic tissues and processes.

Biomedical engineers work in applied research and healthcare settings to design equipment, devices, and systems to improve human health. Their projects can encompass artificial organs, surgical equipment, and medical information systems. For example, these professionals might design blueprints for artificial limbs. Natural sciences managers oversee the work of scientists and engineers. They usually work in offices and laboratories, and their careers can encompass both academic research and commercial work.

They must be familiar with the basic principles of research and organizational behavior to direct scientific activities. They also handle duties such as hiring and evaluating employees. Learners also delve into the business side of the biotech industry, examining laws and regulations, product development, and entrepreneurial opportunities. These programs supplement classroom learning with laboratory training and fieldwork experiences like internships.

This core course provides an overview of the history and development of biotechnology in the United States. Students delve into pertinent topics like biohazards, the value of public scrutiny, and legal issues from a managerial standpoint.

They also examine the role government agencies play in the research, development, and commercialization of biotechnology. In this course, students examine engineering concepts related to the conversion of biological materials into food, fuel, and pharmaceutical products. Covered topics include bioenergetics, biokinetics, bioreactor design and selection, and product recovery. The course also covers best practices in manufacturing, emphasizing the role of bioprocess engineering in developing and analyzing medicine.

In this foundational course, students learn about the analytical techniques and statistical concepts commonly used in biotechnology experimental design. Covered topics include linear correlation and regression, population parameters, probability theory and distributions, and categorical data analysis. Students also develop the ability to conduct hypothesis testing for variances and proportions. Students taking this course receive an overview of how biological agents have historically been used in society and agriculture.

Learners examine case studies of major bioterrorism agent releases and resulting government responses, including state and federal quarantine powers and the Posse Comitatus Act. Degree-seekers also examine the mental health consequences of bioterrorist attacks on communities and individuals. In this class, students learn about the major phases of drug development. These steps include early clinical trial, proof of concept, late stage clinical development, and product registration and approval.

The course also covers the application of study design methods to evaluate a drug's efficacy, safety, and tolerability in different therapeutic areas. Learners usually go to graduate school to either advance their current career or prepare for a new occupation.

With a master's in biotechnology, graduates qualify for research-focused positions as microbiologists and medical scientists.

Alternatively, professionals can opt to focus on biotech in business. In this field, job opportunities include laboratory manager, biomanufacturing specialist, and director of drug commercialization.

See where a master's in biotechnology degree can take you. Learn more about biotechnology careers here. Bioinformaticians use computational concepts and techniques to better understand biology. These scientists analyze large quantities of complex data to identify genes and genomes, as well as their relationship to the genetic basis of disease. Beyond pharmaceutical applications, bioinformatics can also be used to locate and isolate desirable properties in agricultural species. By pursuing a drug design and discovery concentration, students prepare for careers in pharmaceutical development and regulatory affairs.

These scientists possess in-depth knowledge of disease mechanisms and design drugs for specific pharmaceutical targets. Biodefense specialists understand the potential threats of bioterrorism agents on epidemiological and microbiological levels, allowing them to detect, deter, and respond to incidents of biowarfare. In addition to helping communities create recovery plans, these professionals assist government agencies with policy development.

The biodefense field includes epidemiologists, chemical defense scientists, and emergency management directors. These biotechnologists use their expert knowledge of cell and gene therapies to oversee research and development projects for clinical and industry laboratories.