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Microbiologist

Introduction

In this guide, we’ll give you a complete overview of the job market in the field of microbiology and what you need to get started.  You will learn how much money microbiologists earn, their job requirements, and how to get started with your career.

What is a microbiologist?

A microbiologist studies and examines microscopic organisms and their interactions with each other and the environment. Microbiologists study microbes that cause diseases, such as bacteria, viruses, fungi, and parasites. They can be employed in various settings, including health care settings, to help prevent infections. If you want to become a microbiologist, below are general guidelines on what fields you should develop.

Job description of microbiologists

Microbiologists work with the bacteria, fungi, viruses, and other microbes found in nature to study how these organisms live and interact with each other. They develop ways of preventing or controlling diseases caused by these organisms. They often publish research in scientific journals or attend conferences where they present their work. Microbiologists might also train to be medical doctors, hopefully performing the same type of studies that microbiologists do but with human patients instead of bacteria and viruses.

  • They study the microscopic organisms that cause disease.
  • They are also called medical scientists.
  • Microbiologists study how microorganisms affect human health and the environment.
  • Microbiologists determine which bacteria cause diseases and how it impacts human health.

How long does it take to become a microbiologist?

Becoming a microbiologist is a long and challenging process. It’s recommended that you start by pursuing a degree in biology, chemistry, or other related fields before going for an advanced degree. Then, it would be best if you had your graduate work focused on microorganisms. The duration of time to become a microbiologist can depend on whether you want to get your Ph.D. or master’s degree.

The time it takes to become a microbiologist depends on many factors such as education, experience, where you work, and what kind of work you do.

The time it takes can range from six months to about six years. In most cases, the process of becoming a microbiologist starts after undergraduate study with a master’s degree or doctorate degree.

Branches of Microbiology

Bacteriology

Bacteriology

This refers to the study of bacteria and surveillance for their presence in food, water, and healthcare products.

Virology

This research bridges microbiology and virology, which is virus-related though not dedicated merely to processing viruses into vaccines or researching new materials. The goal usually involves trying new therapeutics on different patients that can cross species barriers safely with minimal side effects; pharmaceutical companies use this information as a test subject material.

Immunobiology/immunocytochemistry

These two terms describe imitations formed from human-specific immune cells (system) or immune system neurons (organ). The test subject material is usually infectious diseases that are not seen in humans.

Applied Microbiology

This branch of microbiology studies the parts and functions of food, water, and health care products to help maintain or achieve a healthy environment for living creatures or used as weapons for destroying harmful bacteria by removing their sterility properties.

For example, they study how microorganisms interact within environments such as those found in wastewater treatment facilities, filters on drinking wells, heating systems at brewers’ yeast production plants wash areas, coal processing plant s thawing zones, drain sanitary sump pump piping, etc.

Genetic engineering

This branch of microbiology is concerned with the deliberate joining or organization of two species into one through the use of recombinant DNA technology. These different types of genetically altered organisms include bacteria, fungi, and yeast used in transgenic experimentation.

Stimulation systems for genetic engineering are either artificially introduced protein produced by non-naturally occurring messenger RNA (introduction via DNA vector) or natural proteins linked to new genes through homologous recombination using vectors such as lambda phage, bacteriophages, Agrobacterium tum efficient, and Ti plasmids.

Required Skills for microbiologists

  • Understanding complex scope and application of Bioscience
  • Comprehending area stages & impact, understanding the status quo trends in microbiology
  • Laboratory management ability to organize theory into practice for progress (doing specimen culturing, microscopy).
  • High level of dedication and commitment to the job, as it involves a lot of new challenges
  • Understanding the latest developments in Microbiology.
  • Possess strong communication & interpersonal skills. Being able to communicate with other scientists/generally for any field of biology is preferred.
  • Understanding complex topics/policies, being able to work independently on a project basis is essential for the microbiologist.
  • Understanding of ethics & environmental impact in vitro/in vivo is a must; being able to work on process monitoring
  • Background /primary training in Microbiology with at least two years experience when getting an advanced degree from the university level.
  • Strong analytical, critical thinking, problem-solving skills to deal with the most challenging issues in the natural working environment are essential for this job.

Educational Requirements

  • An undergraduate degree in Biology, Biochemistry, Microbiology, or related fields is preferred.
  • A Ph.D. with at least five years of work experience is required for ResearchAssociate/Research Scientist positions(only on a case by case basis) as well as Postdoctoral research scientist.
  • Candidates should have worked in a team of at least three members, including one lead scientist/scientist/technician who oversees the research activities and another researcher with good analytical & problem-solving skills required to carry out more complicated work(process monitoring).
  • All applicants should have a very good command of the English language, knowing German or French will be a bonus.
  • BSc (with honors) in Biochemistry, Biology, Microbiology for Researchassociates/scientists on a case by case basis.
  • Knowledge & experience of cell culture techniques is required for research associates/scientists.

Salary of Microbiologist

The salary of a microbiologist in the United States in 2021 was $118,820 per year. It was $105,500 in 2018 and $114,100 inflation-adjusted for change of 2017 to 2021. The lowest paying 10% receive an average salary of about 84000 USD at the 25th percentile with a 90% chance that it is between 7250-120k annually. Salaries of a Microbiologist vary based on geographical location, working experience, qualifications, and market demand.

Popular Schools for Microbiology

Harvard University

Harvard University

Harvard University is the leading university in the world for Microbiology. The university offers many undergraduate, graduate, professional, and professional education programs. The interdisciplinary capabilities of Harvard’s faculty in biology, biochemistry, molecular and cellular physiology, and immunology.

They guide students towards a structured program that offers training in all aspects of the field into which they choose to specialize. According to “U.S. News & World Report,” Harvard is one of the most innovative schools with 29 research centers and institutes for health innovation, bioengineering, environmental biology, and architecture, among others.

University of Maryland, College Park

The University of Maryland, College Park is a research-focused university that has been ranked by the U.S. News & World Report as one of the best in the nation. It provides a well-rounded experience to students by offering undergraduate and graduate programs in a variety of fields, including business, arts and humanities, science and engineering, social sciences, public health, and medicine. The university’s collaboration with the Maryland Institute for Applied Systems Biology on biophotonics research has earned it recognition in this field.

Massachusetts Institute of Technology

MIT is an institution of higher learning with a long history of research and education in the biological sciences. The Massachusetts Institute of Technology was founded in 1861 with an initial endowment from John Amory Lowell, a textile merchant and banker from Boston, who also funded the establishment of the famous Lowell Observatory.

The institute has an international reputation for developing the most advanced technologies in the field of biology, including robotics. MIT also boasts one of its branch campuses in St Petersburg, Russia, which offers students a unique opportunity to study biological sciences at their university home bases.

The Massachusetts Institute of Technology is renowned as being ranked within the top 10 universities worldwide owing to its liberal arts programs that are designed with matchless scholarship and research mission.

University of California, San Francisco

The University of California, San Francisco is a state university and a health sciences university located in San Francisco, California. It is the oldest and most distinguished school in the University of California system and one of the oldest and largest general-purpose medical schools in the world.

The University of California, San Francisco, is a research institute with a strong tradition in medical education and biomedical science. Particular emphasis is placed on cancer biology, microbiology, and immunology within the Division of Biology. The CNMD programs have more than tripled since its establishment in 1963; currently, 657 students are enrolled for degrees ranging from Masters to Doctoral level studies.

The University of Washington  for Microbiology

The University of Washington is a public university in Seattle, Washington. It is ranked as the best public university in the western region of the United States. The university offers many undergraduate degrees, graduate degrees, and professional development programs at its main campus and through its extension centers throughout Washington state.  The university is ranked 61st on U.S. News & World Report 2011 “America’s Best Colleges” list.

Job opportunities for a microbiologist

Laboratory Scientist

These are the jobs where you will perform lab experiments, process biological samples, maintain stock cultures and equipment. These positions require working experience in science allied areas, e.g., chemistry or biology, wherein they have to obtain additional training with laboratory techniques before being assigned to this job position

Environmental microbiologists

These are the people who work for environmental agencies where there is a need for special skills especially concerning bacteria genus that can contaminate soil’s environment which include bacterial species like Coliform, e.g., E. coli; fecal Coliform or nutrient-rich stream that contains bacteria that are helpful to the plants; also they help in soil analysis pertaining to chemical elements (Ca-Mg), sodium (Na), potash (K) and trace components like metals, zinc etcetera

Food microbiologists

These people work under government agencies where there is a need for their special abilities, especially in the area of food safety. So they are trained to detect several types of harmful bacteria that grow on foods

Food quality control microbiologist

These fit under the category as mentioned before, but here it is required by them to perform labs tests after feeding for verification about the potential threat posed during production, storage, and distribution stages

Diagnostic microbiology scientist

This job is explicitly reserved for doctorate degree holder who performs interviews with suspects or victims (victims may be in special laboratories such as doctor’s practices, especially where infectious bodies like HIV/AIDS patients) based on blood samples taken from their body to determine disease according to their thesis on microbiology

Epidemiologist

Epidemiologist

Good epidemiological work includes germs and diseases at all stages of their life cycle like food, water, and air; plague (highly communicable mosquito-borne illness) and the spread of contagious epidemic(flu), polio; while some other fields include food poisoning causes that can be transmitted by contaminated foods items since they undergo extensive changes in temperature during handling which greatly affect microbes that otherwise might stay dormant or dormant for an extended period, so they always require cleaning before serving products

Food safety scientists

These fit under the category as mentioned before, especially when it’s a question on the analysis of hazardous pesticides, biologicals, and other additives that can be harmful to human health or the environment.

Immunologist

Exactly as mentioned above about different antibodies required for certain diseases utilizing histamine blood test together with another supplemented lab method used together where they also do X-rays on these individuals who have enabled their bone puncture or subcutaneous injection vascular injections detecting the release of various chemicals in our body so included within this category is chemo therapists who perform essential tests to ensure proper food safety standards if purchasing from specific distributors especially leading brands will give supreme quality additionals.

Hair biologist

Medical laboratory scientists use hair samples taken from individuals who may have suffered an accident had received treatment at health care centers by checking biomarkers involving growth plate injuries that sees lots and lots happening during fetal development, especially noticeable through baby teeth erupting into notches, therefore, causing fractures to the front teeth usually seen during childhood that are easily broken, scraping or minor incidents of botch -ups caused by bumping into something which can result in extensive injuries destroying healthy tissues.

Biochemist

Researches reactions of certain compounds on the body components, including amino acids, peptides, and neurotransmitters; many tests will require tissue biopsies. This is where they perform bone marrow sampling to check whether these individuals carry malignant cells through genes found in blood or urine.

Final Words

The job of a microbiologist is to discover and classify microorganisms, the microscopic organisms that make up the human body. By doing so, they can understand how diseases are spread and how they can be prevented. This also allows them to develop new drugs for these diseases. The job of a microbiologist can be challenging, but it’s also rewarding. It’s possible to become a microbiologist without any prior knowledge or experience; you need to have an interest in biology and prove your academic skills through university courses.

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