16 Common Bachelor of Science Degrees

What is a Bachelor of Science degree?

A Bachelor of Science, commonly abbreviated as BS or BSc, is an undergraduate degree that typically emphasizes technical knowledge, scientific inquiry, mathematics, research or applied problem-solving.

The exact requirements depend on the university and major. A BS program may include:

• General education courses
• Mathematics
• Laboratory sciences
• Major-specific courses
• Research methods
• Computer or data analysis
• Electives
• Internships
• Capstone projects
• Clinical experience

Many full-time students plan to complete a bachelor’s degree in approximately four years, although the actual timeline varies according to course load, transfer credits, program requirements and personal circumstances.

Bachelor of Science vs. Bachelor of Arts

A Bachelor of Science and a Bachelor of Arts are both undergraduate degrees. The main difference is often the focus of the curriculum.

A BS program may include more:

• Mathematics
• Laboratory work
• Statistics
• Technical courses
• Research methods
• Major requirements

A BA program may provide more room for:

• Humanities
• Languages
• Social sciences
• Interdisciplinary electives
• Communication-based coursework

These differences are not universal. Two universities may offer different degree types for the same major, and employers may value either credential when the coursework and experience are relevant.

Students should compare the actual curriculum rather than choosing a program based only on whether it awards a BA or BS.

16 common Bachelor of Science degrees

1. Biology

Biology is the study of living organisms and biological systems. Students may study genetics, ecology, microbiology, anatomy, physiology and cell biology.

Laboratory courses teach students how to design experiments, record observations and analyze scientific results.

Graduates may pursue opportunities in:

• Laboratory research
• Biotechnology
• Environmental consulting
• Healthcare support
• Wildlife management
• Science education
• Pharmaceutical operations
• Public health

Some biology-related careers, including medicine and advanced research, require additional professional or graduate education.

2. Chemistry

Chemistry students examine matter, chemical reactions and the properties of different substances. Courses may include organic chemistry, inorganic chemistry, physical chemistry, analytical chemistry and laboratory safety.

A chemistry degree can support careers in:

• Laboratory analysis
• Pharmaceutical development
• Materials science
• Food science
• Quality control
• Environmental testing
• Manufacturing
• Education

Strong attention to detail and safe laboratory practices are particularly important in this field.

3. Physics

Physics explores matter, energy, motion and the laws that shape the physical world. Students frequently complete advanced courses in calculus, mechanics, electricity, magnetism, thermodynamics and quantum physics.

Physics graduates can use their mathematical and analytical abilities in:

• Scientific research
• Engineering support
• Aerospace
• Data analysis
• Software development
• Energy
• Education
• Government laboratories

Many research-focused physicist positions require a master’s degree or doctorate.

4. Environmental science

Environmental science combines biology, chemistry, geology and policy to examine environmental challenges. Students may study ecosystems, climate, pollution, sustainability and natural-resource management.

Potential career areas include:

• Environmental consulting
• Conservation
• Sustainability
• Water-quality testing
• Environmental compliance
• Natural-resource management
• Government agencies
• Renewable energy

Fieldwork, geographic information systems and data analysis can strengthen a graduate’s employment options.

5. Computer science

Computer science focuses on computation, software and information systems. Common subjects include programming, algorithms, databases, operating systems, computer architecture and software engineering.

Graduates may work in:

• Software development
• Web development
• Cloud computing
• Quality assurance
• Systems engineering
• Artificial intelligence
• Database administration
• Technical consulting

Employers frequently evaluate practical skills through projects, internships, coding assessments and portfolios.

6. Data science

Data science students learn how to collect, process, analyze and communicate information. Programs may combine statistics, programming, machine learning and data visualization.

Career possibilities include:

• Data analysis
• Business intelligence
• Marketing analytics
• Operations research
• Product analytics
• Financial analysis
• Data engineering
• Machine learning support

A strong portfolio can demonstrate how a candidate turns raw information into useful recommendations.

7. Cybersecurity

Cybersecurity programs teach students to protect computer networks, applications and information. Coursework may include network security, digital forensics, ethical hacking, risk management and information assurance.

Graduates may pursue roles in:

• Security analysis
• Incident response
• Governance and compliance
• Vulnerability management
• Digital forensics
• Security operations
• Identity management
• Risk consulting

Industry certifications can supplement a cybersecurity degree, but candidates should choose certifications that match their target roles.

8. Information technology

Information technology focuses on implementing, maintaining and supporting the systems organizations use. Students may study networking, databases, cloud services, operating systems and IT project management.

Career paths can include:

• IT support
• Network administration
• Systems administration
• Cloud support
• Database support
• IT operations
• Technology consulting
• Technical project coordination

Communication skills matter because IT professionals often explain technical issues to nontechnical users.

9. Mathematics

Mathematics majors study patterns, structures, quantities and logical relationships. Programs may include calculus, linear algebra, differential equations, probability and mathematical modeling.

Graduates can apply these skills in:

• Data analysis
• Finance
• Insurance
• Software development
• Operations research
• Education
• Government
• Scientific research

Learning programming, statistics or business applications can expand career options.

10. Statistics

Statistics students learn how to collect data, evaluate uncertainty and draw evidence-based conclusions. Courses may cover probability, experimental design, regression, statistical computing and survey methods.

Potential industries include:

• Healthcare
• Government
• Market research
• Technology
• Insurance
• Finance
• Manufacturing
• Sports analytics

Statisticians who lead advanced research may require graduate education, while bachelor’s graduates can qualify for many analytical and support positions.

11. Accounting

A Bachelor of Science in accounting teaches students how organizations record, analyze and report financial activity. Coursework may include financial accounting, auditing, taxation, managerial accounting and accounting information systems.

Graduates may pursue work in:

• Public accounting
• Corporate accounting
• Internal auditing
• Tax preparation
• Payroll
• Government accounting
• Financial reporting
• Compliance

Requirements for becoming a certified public accountant vary by jurisdiction and may include additional college credits, an examination and professional experience.

12. Finance

Finance programs focus on managing money, investments and financial risk. Students may study corporate finance, investment analysis, financial markets, economics and portfolio management.

Career areas include:

• Banking
• Financial planning
• Investment analysis
• Corporate finance
• Credit analysis
• Insurance
• Risk management
• Treasury operations

Employers may value spreadsheet proficiency, financial modeling and the ability to explain recommendations clearly.

13. Nursing

A Bachelor of Science in Nursing combines scientific coursework with clinical education. Students study anatomy, physiology, pharmacology, patient assessment, nursing practice and healthcare ethics.

After satisfying applicable licensing requirements, graduates may work in:

• Hospitals
• Community health
• Clinics
• Long-term care
• Public health
• Home healthcare
• Occupational health
• Nursing administration

Licensing and clinical requirements vary by jurisdiction, so students should select an appropriately approved nursing program.

14. Psychology

A BS in psychology examines human thought, emotion and behavior, often with a stronger focus on research methods, statistics or biological science than some BA programs.

Graduates may find opportunities in:

• Human resources
• Social services
• Market research
• Behavioral support
• Training
• Sales
• Community programs
• Research assistance

Becoming a licensed psychologist, counselor or clinical professional normally requires graduate education and supervised experience.

15. Public health

Public health focuses on improving health at a community or population level. Students may study epidemiology, health education, biostatistics, environmental health and health policy.

Potential career settings include:

• Government health departments
• Nonprofit organizations
• Community health programs
• Healthcare systems
• Research organizations
• Workplace wellness
• Emergency preparedness
• Health education

Internships and community projects can help students understand how public-health programs operate in practice.

16. Engineering

Engineering is a broad field that applies mathematics and science to design systems, products and infrastructure. Universities may offer separate BS degrees in civil, mechanical, electrical, chemical, industrial, computer or aerospace engineering.

Depending on the specialization, graduates may work in:

• Construction
• Manufacturing
• Energy
• Transportation
• Aerospace
• Electronics
• Robotics
• Product design
• Consulting
• Government

Students interested in professional engineering licensure should examine accreditation, examination and experience requirements in the location where they plan to work.

How to choose a Bachelor of Science degree

Identify subjects you enjoy

Review the courses and projects that hold your attention. Enjoying a subject does not guarantee that every required class will be easy, but genuine interest can support motivation.

Consider the daily work

A degree title does not show what every related job involves. Research whether professionals spend their time in laboratories, offices, hospitals, field locations or manufacturing environments.

Review the complete curriculum

Compare required courses, prerequisites and electives. A program may include more mathematics, programming, laboratory work or writing than its title suggests.

Explore career requirements

Determine whether your preferred career requires:

• A particular degree
• Professional licensure
• Graduate school
• Clinical training
• Certification
• A portfolio
• An internship
• Security clearance

Planning early can prevent unexpected educational requirements later.

Compare program quality and cost

Consider:

• Accreditation
• Tuition and fees
• Financial aid
• Graduation rates
• Internship opportunities
• Laboratory facilities
• Faculty experience
• Career services
• Online or in-person delivery
• Geographic location

An expensive program is not automatically the best option. Compare expected debt with realistic career outcomes.

Speak with students and professionals

Current students can describe the workload and learning environment. Graduates and working professionals can explain how the degree connects to actual job responsibilities.

Evaluate flexibility

Some majors lead to a narrow group of licensed occupations, while others support careers across several industries. Decide whether you want a specialized pathway or a degree that can transfer between fields.

How to make a BS degree more valuable

A degree can provide foundational knowledge, but employers may also look for evidence that you can apply it.

Consider developing:

• Internship experience
• Research experience
• Technical projects
• A professional portfolio
• Leadership experience
• Communication skills
• Relevant software knowledge
• Industry certifications
• Professional relationships
• Volunteer experience

Students can also participate in professional associations, competitions, campus organizations and faculty-led projects.

What skills can a Bachelor of Science program develop?

Depending on the major, a BS degree may strengthen:

• Quantitative reasoning
• Scientific literacy
• Research
• Data interpretation
• Problem-solving
• Technical writing
• Project management
• Collaboration
• Presentation skills
• Digital proficiency
• Attention to detail
• Ethical decision-making

When writing a resume, connect these skills to specific coursework, projects or results rather than listing them without evidence.

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Frequently Asked Questions

1. How long does a Bachelor of Science degree take?

Many full-time students plan for approximately four years, but completion time depends on transfer credits, course availability, program requirements and the number of classes taken each term.

2. Is a BS degree more valuable than a BA degree?

Neither degree is universally more valuable. Employers usually consider the relevance of the major, coursework, experience and skills. Review the curriculum of each program instead of relying only on the degree label.

3. Can I earn a Bachelor of Science degree online?

Yes. Many institutions offer fully online or hybrid BS programs. Programs involving laboratories, clinical practice or fieldwork may still require in-person participation.

4. Do all science careers require graduate school?

No. Many entry-level technical, analytical and business positions accept a bachelor’s degree. Advanced research, licensed clinical practice and university-level teaching often require additional education.