Careers for Biology Majors That Pay Well for 2025

by Imed Bouchrika, Phd

Co-Founder and Chief Data Scientist

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Pursuing a career in biology can be immensely rewarding. It opens doors to a wide range of opportunities, including wildlife biology, biochemistry, microbiology, and molecular biology. These are just some of the potential careers in biology for those who want to pursue this major.

Biologists specialize in the life sciences. They conduct scientific research in laboratories and carry out research projects in outdoor settings. While the median salaries vary, the range is from $63,000 to $94,000 for bachelor’s degree in biology holders, those who have earned advanced degrees receive higher pay (U.S. Bureau of Labor Statistics, 2022).

This article discusses the top 25 careers for biology majors that pay well. Aside from providing the annual median biology major salary listed below, the particular description of each job is explored to give you an idea of its nature, as well as the overall outlook for the next decade. Hopefully, after reading this list you will have an idea of the vast opportunities offered by the encompassing study of biology.

Careers for Biology Majors That Pay Well Table of Contents

1. Oncologist
2. Neurologist
3. Physician
4. Dentist
5. Podiatrist
6. Pharmacist
7. Optometrist
8. Physician Assistant
9. Biochemist and Biophysicist
10. Veterinarian
11. Computational Biologist
12. Biomedical Engineer
13. Physical Therapist
14. Medical Scientist
15. Occupational Therapist
16. Agricultural Engineer
17. Genetic Counselor
18. Microbiologist
19. Epidemiologist
20. Registered Nurse
21. Environmental Scientist
22. Chiropractor
23. Agricultural and Food Scientists
24. Zoologist and Wildlife Biologist
25. Forester and Conservation Scientist

The Importance of Life Sciences

In July 2022, an international consortium studying human genes and their capacity for coding proteins discovered “a potential goldmine of unexplored biology." This discovery in the behavior of short protein sequences is just one of the many exciting developments in biology that continue to advance research in life sciences.

From improving human health to tackling climate change, biologists play an important part and are at the heart of major innovations and the biggest challenges. As humans strive to create balance and sustain ecosystems, biologists will play a key role in ensuring that all living things thrive in harmony.

Advances in technology have also ushered in a new era in this field. As computers become more powerful in capturing data, the importance of having computational skills in biology has emerged in recent years. A study by McDonald et. al. (2022) suggested that developing interactive computational tools should be part of the curriculum of undergraduate education in biochemistry, molecular biology, and structural biology. Published in Current Opinion in Structural Biology, the authors presented the study with the title “Undergraduate structural biology education: A shift from users to developers of computation and simulation tools."

The study suggested, “Beyond using computation in a more interactive way to help students develop algorithmic thinking skills, the final step in giving students the theory and simulation skills required for the 21st century STEM workforce is teaching students to program. Only then can students identify new problems and develop their own computational tools to solve these problems."

Trends and Statistics in Biology

In the past two years, the pace and urgency of digital transformations in life sciences have increased rapidly. This new decade is already being acknowledged by 42% of biopharma executives who agreed that the metaverse will have a transformational impact on how work is done and how they interact with customers. As an intrinsic part of life science research, bioinformatics and computational training are increasingly becoming a standard in the curriculum of biology majors.

In a journal article titled “A global perspective on evolving bioinformatics and data science training needs," authors Attwood et. al. (2019) identified the particular training needs for the computational and statistical competence of scientists across a range of disciplines. Published in the journal Briefings in Bioinformatics, the authors concluded, “regardless of career position or role, skill gaps in computational aspects of biology impede the advancement of research and continue to fuel a global need for bioinformatics education and training." To thrive in life sciences research in the 21st century, every biology major needs to be equipped with computational skills.

In the United States alone, life sciences employment doubled over the last 10 years. Registering an annual growth of 6.6%, it surpassed the 1.2% annual U.S. employment average (Cushman and Wakefield, 2022). There are 22,318 biologists employed and 65% of adults believe that science has had a mostly positive effect on society (PewResearch, 2022).

The accelerated growth of jobs in the life sciences sector shows that careers for biology majors will continue to be in high demand. From January to August 2022, there have been a total of 413, 120 life sciences occupation postings, which is 28% higher than the same period last year (Cushman and Wakefield, 2022).

Biology, considered one of the easiest degrees that pay well, encompasses diverse fields and biology majors are offered a myriad of options as they choose a career. Over the past 15 years, biological and biomedical science degrees and certificates increased by 103%, while growth in the medical sciences reached 131% over the past 20 years (ASMB, 2019).

Data published by the Coalition for Next Generation Life Science revealed that across the U.S., there are currently about 75,000 enrollments in life sciences higher education programs. These enrollments include bachelor’s, master’s, and Ph.D. programs focused on training the next generation of life science professionals (Cushman and Wakefield, 2022). Online biology degree offerings have also expanded access to those who want to pursue a career in biology.

As digitization and AI continue to permeate the life sciences, great innovations and discoveries are underway. The following list of biology careers and salaries hold the most potential and would make a difference in future career plans.

List of High-Paying Careers for Biology Majors

1. Oncologist

Median Annual Salary: $323,271
Projected Job Growth from 2021 to 2031: 3%
Estimated Openings Per Year: 23,800

Oncologists are physicians that specialize in treating cancer patients. They provide patients with treatment options, discuss the advantages and disadvantages of each, and they also guide patients when it comes to the management of care. Oncologists manage multi-disciplinary teams in providing care for cancer patients that makes management an essential skill.

A bachelor’s degree in biology or any premed course is required before entering medical school. After completion, the student takes an internship and specializes in oncology, which takes at least five more years. The field of oncology has three major areas based on treatments, including radiation oncology, medical oncology, and surgical oncology. Depending on their interest, MDs may pursue a specialization in these areas. The field of oncology is constantly evolving as treatment and drug discoveries evolve, thus training is necessary to remain informed of the latest treatments.

2. Neurologist

Median Annual Salary: $281,830
Projected Job Growth from 2021 to 2031: 7.8%
Estimated Openings Per Year: 7,120

Next on our list of highest paying jobs with a biology degree falls under the field of neurology. Neurologists are physicians that are trained to diagnose, treat, and manage care for patients suffering from disorders of the nervous system. Neurosurgeons are those that specialize in performing surgeries that affect neural clusters, while pediatric neurologists treat neurological disorders in children. Neurologists often work in physician clinics and hospitals.

To become a neurologist, one must complete four years of premed education followed by another four years of medical school. Depending on the specialization, three to four years of internship is required, followed by three or more years of training in neurological diagnostic procedures. The outlook for this job is slower than average, not because there is low demand but because there is an ongoing physician deficit that is projected to grow within the next decade.

3. Physician and Surgeon

Median Annual Salary: $ 208,000
Projected Job Growth from 2021 to 2031: 3%
Estimated Openings Per Year: 23,800

Working in both clinical and nonclinical settings, physicians and surgeons work in offices and hospitals, government agencies, insurance companies, and non-profit organizations. They have various specialties and sub-specialties, and typically focus on a particular age group when practicing their profession.

Aside from completing a bachelor’s and a medical degree, physicians and surgeons typically train for their specialty and spend three to nine years in internship and residency programs. Some physicians pursue further training through fellowships, which typically take up to three years. A big chunk of the job openings for physicians are due to practitioners retiring, thus the need for new physicians and surgeons.

4. Dentist

Median Annual Salary: $163,220
Projected Job Growth from 2021 to 2031: 6%
Estimated Openings Per Year: 5,100

Dentists diagnose and treat dental issues and provide advice to patients on how to practice and develop better oral hygiene. Aside from routine cleaning, dentists perform oral surgery, correct bite issues, and design and fit dental prosthetics such as bridges, crowns, and dentures.

Dentists must graduate from an accredited dental program, which is typically a four-year bachelor’s degree in science, such as biology. Dental school takes additional four years to complete, and dentists should be able to complete two to four years of residency if they intend to have a specialty. General dentists, however, do not need additional training after dental school. Dentists need to be licensed to practice dentistry. The demand for dentists is expected to increase as a big portion of the population is aging and requires dental services.

5. Podiatrist

Median Annual Salary: 145,840
Projected job Growth from 2021 to 2031: 2%
Estimated Openings Per Year: 11,500

Podiatrists provide medical and surgical care to people with foot, ankle, and lower leg problems. They also perform surgery on lower extremities and provide special inserts to improve mobility. Podiatrists help patients in improving their movement problems. They also assess, diagnose, treat, and evaluate abnormalities related to the foot and lower limbs.

To become a podiatrist, one must have at least three years of undergraduate education. Most students, however, have a degree in healthcare, biology, or physical science. The Doctor of Podiatric Medicine (DPM) program takes four years to complete. The limited job growth projection for podiatrists is brought by the practice of patients consulting other specialists and physicians for their leg ailments.

6. Pharmacist

Median Annual Salary: $128,570
Projected Job Growth from 2021 to 2031: 2%
Estimated Openings Per Year: 13,600

Pharmacists serve patients by reviewing and executing physicians’ prescriptions, preparing medications, and monitoring patient drug therapies. They are also in charge of compounding and dispensing pharmaceuticals. Pharmacists educate patients on how to follow their prescriptions, including the proper use and dosage of prescription drugs.

Pharmacists must have a Doctor of Pharmacy degree as awarded by an accredited pharmacy program, which includes healthcare-related courses such as biology. The program takes at least four years to finish. To be able to practice, pharmacy degree graduates must also pass licensure examinations.

7. Optometrist

Median Annual Salary: $124,300
Projected Job Growth from 2021 to 2031: 10%
Estimated Openings Per Year: 1,700

Optometrists diagnose and treat visual problems. They also manage diseases, injuries, and other visual impairment concerns of patients. They examine the eyes to diagnose ocular disorders and perform routine eye inspections. Optometrists also prescribe and fit eyeglasses and contact lenses.

To become an optometrist, one should earn a premedical degree such as physical science or biology. Some have a four-year bachelor’s, while others have completed a three-year postsecondary education. The next step after completing the premedical is taking the doctor of Optometry (O.D.) degree. Specializations entail taking another year of residency training.

8. Physician Assistant

Median Annual Salary: $121,530
Projected Job Growth from 2021 to 2031: 28%
Estimated Openings Per Year: 12,700

Physician assistants work under the supervision of a physician as they evaluate patients and perform diagnostic tests. They may provide direct patient care because they are also licensed professionals with advanced degrees. Physician assistants also prescribe medicines. In a physician assistant vs nurse practitioner comparison, both professionals provide similar services but the former is trained under the medical track while the latter has undergone nursing training.

Physician education program students are bachelor’s degree completers and have experience in patient care. Their undergraduate coursework is often in healthcare or any related field such as biology. Some physician assistant programs also prefer applicants that have experience as paramedics or EMTs. At least two years of post-baccalaureate study is required to complete the physician assistant program.

9. Biochemists and Biophysicists

Median Annual Salary: $102,270
Projected Job Growth from 2021 to 2031: 15%
Estimated Openings Per Year: 4,000

Biochemists and biophysicists work in laboratories and often oversee research and development. While biochemists focus on the chemical structure and chemical reactions in living cells, biophysicists use the methods of biological and physical science to study the structure and functions of macromolecules.

Most biochemists and biophysicists have a bachelor’s degree in biology. Some Ph.D. holders start their careers by doing postdoctoral research and eventually work in independent research-and-development positions. They conduct studies to advance current knowledge in complex chemical combinations and reactions. The fast growth in demand for biochemists and biophysicists is due to the emergence of diseases that require rigorous scientific research for the development of pharmaceuticals and medicine manufacturing, including the design of biomedical instruments.

10. Veterinarian

Median Annual Salary: $ 100,370
Projected Job Growth from 2021 to 2031: 19%
Estimated Openings Per Year: 4,800

Veterinarians are in charge of ensuring that animals are well taken care of, as this also has an effect on overall public health. They advise pet owners on how to properly take care of their pets, administer medication, and also perform surgery as needed. While most veterinarians work in private clinics, some are affiliated with hospitals, laboratories, farms, or zoos.

The Doctor of Veterinary Medicine (DVM or VMD) degree is a veterinary medicine program that takes four years to complete. Prior to this, the student must have completed a bachelor’s degree in a related field such as biology. The course includes classroom, laboratory, and clinical components.

11. Computational Biologist

Median Annual Salary: $97,652
Projected Job Growth from 2021 to 2031: 21%
Estimated Openings Per Year: 3,300

Computational biologists are data scientists that use complex computer algorithms for the research and analysis of biological systems. They are biomedical research scientists that apply their knowledge in biology to analyze huge amounts of data. Computational biologists conduct research using bioinformatics theory and methods. They typically work in organizations involved in pharmaceuticals, biology, biotechnology, medical technology, and proteomics.

Entry-level jobs require a bachelor’s degree in a computer-related field plus, coursework in biology. Some biology majors pursue further studies in computer science or computer engineering to become computational biologists. Some employers prefer to hire candidates with a doctoral degree. As data continue to inform the design of new technologies, the demand for computational biologists will grow as healthcare partners with AI in resolving patient concerns.

12. Biomedical engineer

Median Annual Salary: $ 97,410
Projected Job Growth from 2021 to 2031: 10%
Estimated Openings Per Year: 1,200

Bioengineers and biomedical engineers design instruments, devices, and software that can improve the quality of life of patients. They work with healthcare workers, scientists, and other engineers to develop cutting-edge products and procedures. Their work environment may be in laboratories or inside hospitals where they spend hours observing newly-developed devices. Most biomedical engineers work in the research and development teams of physical, engineering, and life sciences.

Biomedical engineers typically have a degree in bioengineering and biomedical engineering, which have a strong focus on engineering and biological sciences. Some positions require a graduate degree, such as those involved in advanced research, which is also one of the reasons why this is one of the biology careers that pay well. Biomedical engineers also need to complete a scientist training program as they get involved in research and development projects. As AI and machine learning continue to help the health sector deliver modern instruments and devices, the demand for biomedical engineers and bioengineers will continue to rise.

13. Physical Therapist

Median Annual Salary: $95,620
Projected Job Growth from 2021 to 2031: 17%
Estimated Openings Per Year: 15,400

Physical therapists are primarily involved in preventive care and rehabilitation, but also provide services to patients that require treatment for injuries, chronic conditions, and illnesses. They help patients manage pain and improve movement. As their work involves working on the physical rehabilitation of patients, physical therapists spend much time on their feet.

To become a physical therapist, one must be able to initially complete a bachelor’s degree in healthcare and related fields. The Doctor of Physical Therapy (DPT) degree that you will get after completing your bachelor’s must be accredited by the Commission on Accreditation in Physical Therapy Education (CAPTE). The DPT program takes at least three years. Once completed, the student must pass the licensure exam to become a licensed and duly certified physical therapist. DPT graduates typically find jobs through the Physical Therapist Centralized Application Service (PTCAS).

14. Medical Scientist

Median Annual Salary: $95,310
Projected Job Growth from 2021 to 2031: 17%
Estimated Openings Per Year: 10,000

Medical scientists are also known as practitioners of human evolutionary biology. These professionals spend most of their time designing and conducting studies that focus on human diseases and usually work in offices and laboratories. Sometimes, medical scientists are required to work with dangerous chemicals and biological samples, which is why they are trained to ensure safety in their work environment at all times. Some of the largest employers of medical scientists are research and development companies in physical, engineering, and life sciences. They also work in universities and state colleges.

Typically, medical scientists have a Ph.D. in biology or related life science. In addition to their Ph.D., some medical scientists opt to get a medical degree. They are also involved in the preparation and analysis of medical samples as well as investigating the causes of toxicity, pathogens, and other chronic diseases. Medical scientists also create and test medical devices.

15. Occupational Therapist

Median Annual Salary: $ 85,570
Projected Job Growth from 2021 to 2031: 14%
Estimated Openings Per Year: 10,100

Occupational therapists conduct a physical assessment of clients to treat injuries and other diseases through the use of everyday activities. They also deal with disabled patients to help them recover, develop, and improve the skills needed to perform everyday tasks. Occupational Therapists are employed by hospitals and offices of physical, occupational, and speech therapists, and even audiologists.

One needs to have a master’s degree to practice occupational therapy. To get into graduate programs in occupational therapy, you must have a bachelor’s degree in healthcare and related fields, including coursework in biology. After taking graduate and postgraduate studies, the licensure exam needs to be passed to become a licensed occupational therapist. This career is expected to have faster growth compared to other occupations as it plays an important part in the treatment of various disabilities and illnesses.

16. Agricultural Engineer

Median Annual Salary: $82,640
Projected Job Growth from 2021 to 2031: 1% (little or no change)
Estimated Openings Per Year: 100

Agricultural engineering is one of highest paying jobs you can get with a biology degree. As professionals, agricultural engineers integrate technology with farming. They increase farm production through agricultural engineering methods. Agricultural engineers solve challenges in agriculture, including the efficiency of machinery, power supply, use of structures and facilities, the storage and processing of agricultural products, as well as environmental issues.

They typically work indoors, but some agricultural engineers spend time outdoors in worksites and agricultural settings. They have to ensure that machinery and equipment are properly functioning and compliant with federal and state regulations. Most agricultural engineers are employed by the federal government. Having completed a bachelor’s degree in biological engineering or any related field, the agricultural engineer also supervises livestock facility upgrades or water resource management projects. The use of alternative energies as well as the advancement of precision and automated farming technologies will continue to sustain the demand for this type of career.

17. Genetic Counselor

Median Annual Salary: $80,150
Projected job Growth from 2021 to 2031: 18%
Estimated Openings Per Year: 300

Genetic Counselors work with families and provide information and support when it comes to dealing with genetic disorders and birth defects. They help patients identify medical concerns and assess medical histories in relation to genetic testing. Within the context of inherited conditions, the genetic counselor counsels families and individuals in making crucial decisions that concern their health and wellness.

Becoming a genetic counselor requires a bachelor’s degree in any science-related discipline, such as biology. After taking the undergraduate degree, a master’s degree in genetic counseling or genetics is required to be able to practice along with board certification. Hospitals are the largest employers of genetic counselors. The development in genomics in determining the risk of patients for specific types of diseases will continue to give genetic counselors more opportunities to conduct more analyses.

18. Microbiologists

Median Annual Salary: $ 79,260
Projected Job Growth from 2021 to 2031: 9%
Estimated Openings Per Year: 1,900

Microbiologists conduct laboratory analysis and monitoring of microbial cultures, samples, and new drugs using special computer software. They investigate the growth, structural development, and other characteristics of microscopic organisms. Microbiologists study how microorganisms such as bacteria and viruses live, grow, and interact with their environments.

Microbiologists typically work in laboratories with sophisticated instruments and equipment, while some work in offices and industrial settings. For entry-level jobs, microbiologists need a bachelor’s degree in microbiology or a related field, such as biology. Most microbiologists are employed by research and development companies that are involved in the development of products related to life sciences. To be able to work in colleges and universities and other institutions conducting advanced research, microbiologists need to have advanced degrees. Demand for microbiologists is expected to increase as a result of the increasing need for pharmaceuticals and biotechnology companies to produce new drugs.

19. Epidemiologist

Median Annual Salary: $78,830
Projected Job Growth from 2021 to 2031: 26%
Estimated Openings Per Year: 800

Epidemiologists are responsible for investigating the source of outbreaks. They identify how diseases are transmitted and plan ways to prevent the further spread of diseases. Epidemiologists are public health workers that respond to a public health emergency by identifying patterns in order to pinpoint the causes of disease. They collect and analyze data against other sets of data to address health issues.

In studying data and preparing reports, epidemiologists typically work in offices, but they also work in the field or other clinical settings. The state government is the largest employer of epidemiologists. To become one, you need to have a bachelor’s degree in a field such as biology, and a master’s degree in public health (MPH) or any related field. Some epidemiologists have a doctoral degree in medicine or epidemiology.

20. Registered Nurse

Median Annual Salary: $ 77,600
Projected Job Growth from 2021 to 2031: 6%
Estimated Openings Per Year: 203,200

Registered nurses assist physicians in coordinating and executing care plans for patients. They educate patients on their health conditions and provide them with instructions for effective patient care. Most registered nurses work in hospitals, physician’s offices, outpatient care centers, and ambulatory healthcare services.

There are three paths that one can take to become a registered nurse. These include taking up a bachelor’s degree in nursing and an associate’s program in nursing, which typically take four years to complete, or a diploma from an accredited nursing program which can take two to three years to complete. Supervised clinical experience is included in all programs. After completion, nursing graduates must take the licensure exam to become a registered nurse. Most hospitals require a bachelor’s degree.

21. Environmental Scientist

Median Annual Salary: $76,530
Projected Job Growth from 2021 to 2031: 5%
Estimated Openings Per Year: 7,800

Environmental scientists or environmental specialists also belong to the bracket of biology jobs that pay well. They typically work with policymakers to address pollution and waste reduction problems. They use their knowledge of the natural sciences to develop plans to mitigate environmental issues that have a significant effect on public health. While some environmental scientists work in laboratories, others spend time in the field gathering data and monitoring environmental conditions.

A bachelor’s degree in biology, environmental science, or any related science field is needed to become an environmental scientist. Those who want to pursue advanced research positions, as well as postsecondary teaching, are required to have a doctoral degree. The hazards facing the environment, specifically in the context of climate change, will affect the demand for environmental scientists and specialists. Their knowledge will be indispensable in analyzing environmental problems and finding ways to protect communities.

22. Chiropractors

Median Annual Salary: $75,000
Projected Job Growth from 2021 to 2031: 10%
Estimated Openings Per Year: 2,100

Chiropractors provide care to patients that are experiencing problems with nerves, bones, ligaments, muscles, and tendons. They use their knowledge of the neuromusculoskeletal system to adjust and manipulate body parts to address neck and back pain. Chiropractors also use other clinical interventions to manage the health concern of patients. Most Chiropractors work in clinics and in office settings.

To become one, you need a Doctor of Chiropractic (DC) degree, which requires at least three years of undergraduate education. Biology degree holders are qualified for DC, which takes four years to complete. A state license is required to become a chiropractic practitioner. While specific requirements differ for each state, all require passing all four parts of the National Board of Chiropractic Examiners (NBCE) exam.

23. Agricultural and Food Scientist

Median Annual Salary: $74,160
Projected Job Growth from 2021 to 2031: 8%
Estimated Openings Per Year: 4,100

Agricultural and food scientists play an important role in maintaining a nation’s food supply. They study farm animals and crops, including the factors affecting production. At the same time, they evaluate the safety of physical and chemical properties of these products to ensure that they are safe for consumption. Agricultural and food scientists typically visit farms and processing plants, or work in laboratories as they spend most of their time looking at data to identify trends that might impact food supply.

The largest employer of agricultural and food scientists is the food manufacturing industry. To become one, you need at least a bachelor’s degree in biology or any science-related course, from an accredited higher education institution. Some agricultural and food scientists choose to pursue a doctor of veterinary medicine (DVM) degree to advance their career options.

24. Zoologist and Wildlife Biologist

Median Annual Salary: Annual salary: $ 64,650
Projected job Growth from 2021 to 2031: 1%
Estimated Openings Per Year: 1,500

Zoologists and wildlife biologists focus on observing and studying how animals interact with their environment. They identify the physical characteristics of animals including their behavior and the effect of humans on their natural habitats. Zoologists and wildlife biologists often work outdoors, but they also work in offices and laboratories, and are compensated with a competitive biologist salary.

To be able to take on this role, one must have a bachelor’s degree in wildlife biology, zoology, or any related field. Biology majors take coursework in wildlife biology to become zoologists and wildlife biologists. For higher-level investigative work in the wild, a master’s degree is necessary while a Ph.D. is required for independent research and university research positions.

25. Conservation Scientists and Foresters

Median Annual Salary: $64,110
Projected Job Growth from 2021 to 2031: 7%
Estimated Openings Per Year: 1,100

Last on our list of highest paying jobs in biology are conservation scientists and foresters. These professionals oversee forestry and conservation activities. They are in charge of ensuring that ecosystems in forests are well-kept and that natural resources are not wasted. They manage the overall land quality of parks, rangelands, and other natural resources. Conservation scientists and foresters lead conservation workers and technicians in ensuring that all forest ecosystems are preserved for the benefit of the environment.

It made it on this biology careers list because a bachelor’s degree in forestry or a related subject such as biology is required to thrive in this career. The four-year undergraduate course prepares the students to become conservation scientists and foresters. Some students pursue a graduate degree as they gain practical skills in environmental conservation.

Entry-level Certifications to Boost a Biology Career

For biology majors aiming to enter the healthcare sector quickly or broaden their skill set, short-term certifications can be a valuable addition to their qualifications. Certifications, such as those in phlebotomy, medical coding, or clinical laboratory technology, equip biology graduates with specific skills and allow them to enter the workforce promptly. For instance, certifications in phlebotomy provide foundational knowledge in patient care, while medical coding offers pathways into healthcare administration, both of which can be pursued through various medical certificate programs.

These certifications not only supplement a biology degree but also open doors to entry-level positions in hospitals, research labs, and clinics, providing practical experience and a potential stepping stone for further advancement in the healthcare field.

Emerging Career Trends in Biology

As biology evolves, several cutting-edge fields offer exciting new opportunities:

1. Bioinformatics and Computational Biology: With the increasing use of big data in biology, this field focuses on analyzing complex datasets, predicting biological trends, and developing new computational tools.
2. Synthetic Biology: This interdisciplinary field involves designing and engineering new biological systems for applications in healthcare, energy, and agriculture, such as creating sustainable biofuels or therapeutic proteins.
3. CRISPR and Gene Editing: Careers in gene editing are booming, thanks to CRISPR technology, which allows precise modification of genomes. These advancements have potential in genetic diseases, agriculture, and biotech innovations.
4. Environmental Biotechnology: With increasing focus on sustainability and climate change, environmental biotech careers focus on bioremediation, biofuels, and ecological conservation. This emerging area uses biological processes to solve environmental challenges and innovate in sustainable agriculture and ecosystem restoration.
5. Biotechnology and Healthcare Innovations: The biotech industry is rapidly advancing, especially in drug development, personalized medicine, and regenerative therapies. Scientists working in this field integrate biological research with technological advances, leading to life-saving treatments and groundbreaking medical devices.

These emerging career paths highlight the intersection of biology with technology, addressing global challenges and driving innovations in healthcare, sustainability, and beyond. These fields offer biology graduates vast career potential with opportunities to impact society positively.

The Role of Biotechnology and Online Education for Advancing Careers in Biology

As biotechnology continues to revolutionize the biological sciences, it has become an indispensable part of several key industries, including healthcare, agriculture, environmental science, and pharmaceuticals. The demand for professionals with expertise in biotechnology is growing rapidly, as advancements in genetic engineering, bioinformatics, and pharmaceutical development shape the future of medicine and environmental sustainability.

Biotechnologists work on cutting-edge projects such as gene editing, drug discovery, biofuel production, and genetic modification of crops to improve food security. These high-impact fields not only offer career opportunities with substantial growth potential but also contribute to solving global challenges, including climate change and healthcare disparities. In fact, biotechnology careers are expected to grow significantly in the coming years, with increasing investment in biotechnology-driven research and development (U.S. Bureau of Labor Statistics, 2022).

For biology majors looking to specialize in this exciting field, an advanced education in biotechnology is crucial. Traditional on-campus master's programs in biotechnology are widely available, but the rise of online biotechnology master's programs has made advanced education more accessible than ever before. These programs allow students to gain specialized knowledge in areas such as molecular biology, bioprocessing, and bioinformatics without needing to relocate or leave their current employment. For those interested in a flexible, accelerated option, programs like the online biotechnology master's programs offer a comprehensive curriculum tailored to meet the needs of working professionals.

The ability to study biotechnology through online platforms also ensures that students from diverse backgrounds, including those from rural or remote areas, have access to top-tier education. Whether you aim to become a biotech researcher, a regulatory affairs expert, or a project manager in a biotech company, online programs provide the tools necessary to thrive in this fast-paced, innovative field. With the right combination of education and hands-on experience, those pursuing biotechnology careers can significantly contribute to transformative advancements in medicine, agriculture, and environmental sustainability.

How can a nutrition degree online complement my biology career?

Integrating nutritional science into a biology background can create a unique interdisciplinary expertise that opens additional career pathways in healthcare, public health, and research. For instance, a nutrition degree online offers knowledge in dietary biochemistry, metabolic studies, and health promotion, enabling professionals to contribute innovative solutions in wellness programs, nutraceutical development, and food safety initiatives. This specialized training not only enhances job market competitiveness but also broadens the scope of roles available to biology graduates by bridging fundamental life science research with applied nutritional strategies.

What additional certifications can boost my biology career?

Expanding your skill set through targeted certifications can diversify your career opportunities and strengthen your profile in competitive fields. Specialized certifications—such as those combining healthcare administration with scientific expertise—offer a strategic advantage. For instance, gaining accreditation in areas outside of traditional research, including administrative or technical roles, can facilitate transitions into growing sectors. Consider enrolling in programs offered by affordable online medical billing and coding schools to acquire practical skills that complement your biology background and open doors to interdisciplinary roles.

How Can I Evaluate the ROI of My Biology Degree?

Evaluating the return on investment for a biology degree requires a careful comparison of education costs with potential long-term earnings. Consider factors such as tuition expenses, program duration, geographical differences in salary scales, and career advancement opportunities. Utilize data from reputable sources and industry-specific career research, including insights from biology degree jobs, to gauge which specializations yield a more favorable financial outcome. Analyzing these real-world metrics helps in identifying programs and career paths that not only align with your interests but also promise sustainable economic benefits.

How Can Advanced Degrees Enhance a Biology Career?

Advanced degrees serve as a catalyst for assuming leadership roles and accessing specialized research opportunities. They not only deepen subject matter expertise but also expand analytical, managerial, and cross-disciplinary skills necessary for thriving in an ever-evolving industry. Graduates with advanced qualifications often secure positions that influence policy, drive innovation in biotechnology, and spearhead public health initiatives. For example, professionals seeking to integrate life sciences with broader community health initiatives may consider pursuing affordable online masters in public health to diversify their skill set and increase their market value.

How can business and management skills complement my biology career?

Expanding your expertise beyond scientific research can provide a strategic advantage in competitive biology fields. Integrating business acumen with life science knowledge enables professionals to assume leadership roles, manage interdisciplinary projects, and drive innovation in biotechnology and healthcare organizations. Acquiring skills in project management, financial planning, and strategic decision-making can be achieved through targeted programs and certifications. For example, supplementing a biology degree with a low cost healthcare administration degree online offers practical training in managing healthcare services and administrative functions, thus broadening career opportunities.

How can advanced pharmacy training complement a biology degree?

Biology graduates aiming to diversify into pharmaceutical research and clinical innovation may benefit from advanced pharmacy training that builds on their scientific foundation. This specialized education bridges core biological sciences with practical pharmacy practices, facilitating roles in drug development, regulatory compliance, and patient care research. Enhanced clinical insight from advanced programs also supports interdisciplinary collaboration and expands career prospects beyond traditional biology roles. For professionals seeking a flexible, online pathway to integrate this expertise, consider exploring online PharmD programs for pharmacists to gain the advanced knowledge necessary for leadership in today’s evolving healthcare landscape.

Networking and Professional Development Opportunities in Biology

Building a robust professional network and engaging in consistent professional development are key to advancing your career in biology. Networking allows you to connect with peers, mentors, and organizations in your field, opening doors to collaborations, job opportunities, and insider knowledge about emerging trends. Joining professional organizations, such as the American Institute of Biological Sciences (AIBS) or the Society for Conservation Biology, can provide access to resources like industry events, webinars, and discussion forums.

Additionally, attending conferences and workshops can help you stay updated on the latest research and technologies in biology. Professional development programs also play a crucial role in keeping your skills sharp. Short-term certifications in areas like bioinformatics or clinical laboratory methods are especially beneficial for biology graduates, equipping them with specialized expertise to differentiate themselves in the job market.

Finally, if you're exploring educational opportunities to align your qualifications with market demands, consider pursuing some of the most popular college majors that integrate biology with other disciplines. Interdisciplinary majors such as computational biology or biotechnology can significantly enhance your employability and provide a competitive edge in this dynamic field. By leveraging both networking and targeted skill-building, biology professionals position themselves to excel in a variety of high-demand roles.

What are the most affordable options for pursuing a career in biology?

When considering a career in biology, affordability is a crucial factor. With the rising costs of education, it's essential to explore affordable options that can help you achieve your goals. One such option is pursuing an online associate's degree in radiology, which can be a stepping stone to a career in biology. For those interested in this field, researching online associate radiology tech programs can provide valuable insights into affordable and flexible education pathways. By exploring these options, you can make informed decisions about your education and career in biology.

Find the Biology Career Path for You

If you are still wondering what can you with what can you do with a biology degree, it is important to keep in mind that the career path of biology majors offers vast options in the life sciences field. This highly-diverse course of study equips students with foundational knowledge that is ready to take on various roles in various biology major jobs. While not all careers have a high growth projection, biology majors have the skills needed for advancing knowledge in healthcare, environmental conservation, food security, and sustainable development. While these biology degree jobs offer above-average pay, they also bring non-monetary rewards as these biology majors are able to contribute to significant scientific milestones and research that matter in the overall preservation of health and the environment.

Key Insights

• Diverse Career Opportunities: A biology degree offers a wide range of career paths, from healthcare professions like oncologists and neurologists to research-focused roles like biochemists and computational biologists.
• High Salary Potential: Many careers for biology majors, especially those requiring advanced degrees, offer high median salaries, ranging from $63,000 to over $320,000.
• Increasing Demand: The life sciences sector is experiencing significant growth, with a notable increase in job opportunities and demand for skilled professionals in fields like biotechnology, healthcare, and environmental science.
• Technological Integration: Advances in technology and computational skills are becoming increasingly important in biology, with a growing emphasis on bioinformatics and data science in the curriculum.
• Critical Role in Society: Biologists play a crucial role in addressing major global challenges such as human health, climate change, and food security, contributing to significant scientific advancements and innovations.
• Educational Pathways: While a bachelor's degree in biology can open doors to various careers, many high-paying roles require further education and specialized training, such as medical degrees, doctorates, or specific certifications.
• Work Environment Variety: Careers in biology span various work environments, including laboratories, hospitals, outdoor fieldwork, and office settings, offering flexibility and diversity in job settings.

FAQ

1. What are some high-paying careers for biology majors? High-paying careers for biology majors include oncologists, neurologists, physicians, dentists, podiatrists, pharmacists, optometrists, physician assistants, biochemists, biophysicists, and veterinarians. These roles often require advanced degrees and specialized training.
2. What is the median salary range for biology degree holders? The median salary for biology degree holders ranges from $63,000 to $94,000 for those with a bachelor's degree. However, those with advanced degrees or specialized training can earn significantly higher salaries, with some roles exceeding $320,000 annually.
3. How important are computational skills in biology? Computational skills are becoming increasingly vital in biology, particularly in areas like bioinformatics, computational biology, and data analysis. These skills help biologists handle large datasets, conduct complex analyses, and develop new computational tools for research.
4. What is the projected job growth for careers in biology? The job growth for careers in biology varies by field. For example, the demand for physician assistants is projected to grow by 28%, while the need for epidemiologists is expected to increase by 26%. Overall, the life sciences sector is experiencing robust growth.
5. Do all high-paying biology careers require advanced degrees? While many high-paying biology careers do require advanced degrees (e.g., medical school for physicians, doctoral degrees for biochemists), there are also well-paying roles accessible with a bachelor's degree and relevant experience, such as microbiologists and environmental scientists.
6. What are the primary work environments for biologists? Biologists work in diverse environments, including laboratories, hospitals, clinics, outdoor field sites, research institutions, universities, government agencies, and private industry. The work setting often depends on the specific career path chosen.
7. How do biologists contribute to solving global challenges? Biologists address global challenges by advancing human health through medical research, developing sustainable agricultural practices, studying and mitigating the effects of climate change, ensuring food security, and conserving natural ecosystems and biodiversity.
8. What educational pathways are available for aspiring biologists? Aspiring biologists can start with a bachelor's degree in biology, which provides foundational knowledge. Many then pursue advanced degrees, such as master's, Ph.D., or professional degrees (e.g., MD, DVM, PharmD) depending on their career goals and interests.
9. How has technology impacted the field of biology? Technology has significantly impacted biology by enhancing research capabilities, enabling complex data analysis, facilitating the development of new medical and scientific tools, and promoting interdisciplinary approaches that integrate biology with fields like computer science and engineering.
10. What role do biologists play in healthcare? In healthcare, biologists work as medical professionals (e.g., physicians, dentists, pharmacists), researchers developing new treatments and drugs, and specialists in fields like genetics and epidemiology, all contributing to improving patient outcomes and public health.

References:

• Ashley RingerMcDonald, A. R., Roberts, R., Koeppe, J.R., and Hall, B.R. (2022). Undergraduate structural biology education: A shift from users to developers of computation and simulation tools. Current Opinion in Structural Biology. https://doi.org/10.1016/j.sbi.2021.07.012
• American Society for Biochemistry and Molecular Biology (ASMB). (2019). By the numbers: Career prospects in the life sciences. https://www.asbmb.org/asbmb-today/careers/080119/career-prospects-in-the-life-sciences
• Attwood, T.K., Blackford, S., Brazas, M.D., Davies, A., and Schneider, M.V. (2019). A global perspective on evolving bioinformatics and data science training needs. Briefings in Bioinformatics. https://doi.org/10.1093/bib/bbx100
• Cushman and Wakefield (2022). Life Sciences Update. https://cushwake.cld.bz/2022-October-Life-Sciences-Update
• Spencer, A. and Funk, C. (2022). When Americans think about science, what do they have in mind? PewResearch. https://www.pewresearch.org/fact-tank/2022/03/25/when-americans-think-about-science-what-do-they-have-in-mind/
• U.S. Bureau of Labor Statistics (2022) https://www.bls.gov/