What is the main difference between a Bachelor of Arts and a Bachelor of Science?

The main difference is the focus: a Bachelor of Arts emphasizes broad liberal arts, humanities, and social sciences, while a Bachelor of Science concentrates on technical, scientific, and quantitative subjects.

Which degree is better, a Bachelor of Arts or a Bachelor of Science?

Neither is universally better; the superior choice depends on your career goals, as a BA suits communication and creative fields, while a BS fits technical and research-oriented roles.

Does a Bachelor of Arts cost less than a Bachelor of Science?

No, tuition costs are typically identical for both degrees at the same university, though BS programs may incur extra lab fees or specialized equipment charges.

Is a Bachelor of Science riskier for employment than a Bachelor of Arts?

No, a BS is not inherently riskier; however, its job prospects are more specialized, so a career change may require additional training, whereas a BA offers broader transferable skills.

Can I switch from a Bachelor of Arts to a Bachelor of Science mid-degree?

Yes, you can usually switch between a BA and a BS within the same university, provided you meet the different prerequisite and credit requirements before your final year.

Are a Bachelor of Arts and a Bachelor of Science interchangeable for graduate school?

No, they are not fully interchangeable; graduate programs in sciences often require a BS, while humanities and social science programs typically accept a BA without issue.

What is a common mistake students make when choosing between a BA and a BS?

A common mistake is choosing a degree solely based on job title without checking specific course requirements, which can lead to missing essential prerequisites for your intended career.

Does a Bachelor of Science require more math than a Bachelor of Arts?

Yes, a BS typically requires more advanced mathematics and statistics courses, while a BA usually demands fewer quantitative credits and more language or elective coursework.

What real-world jobs can I get with a Bachelor of Arts versus a Bachelor of Science?

A BA often leads to careers in journalism, law, or education, while a BS opens doors to engineering, healthcare, or data analysis roles that demand technical expertise.

Is a Bachelor of Arts more flexible for changing careers than a Bachelor of Science?

Yes, a BA is generally more flexible due to its broad curriculum, which develops critical thinking and writing skills that transfer across diverse industries, unlike a BS's specialized focus.

Difference Between

Difference Between Bachelor of Arts and Bachelor of Science

Written byNex Virox Team

Editorial Team

Reviewed byVarshal Nirbhavane

Senior SEO & Organic Growth Professional · 5+ years

Published: September 2, 202622 min read

Quick answer

The main difference between Bachelor of Arts and Bachelor of Science is that a BA focuses on broad, liberal arts education with flexible electives, while a BS emphasizes technical, scientific, and quantitative rigor. Bachelor of Arts is a degree centered on humanities, social sciences, and critical thinking, while Bachelor of Science is a degree concentrated in math, natural sciences, and applied technical skills.

Key takeaways

Core distinction: A Bachelor of Arts (BA) emphasizes broad liberal arts, humanities, and social sciences, while a Bachelor of Science (BS) focuses on technical, quantitative, and applied scientific disciplines.
How each works: BA programs require more language, writing, and elective credits; BS programs demand more math, lab work, and specialized major-specific coursework.
Cost and effort: BS degrees often involve higher lab fees and equipment costs, while BA degrees typically carry lower expenses but require more reading and written assignments.
Best-fit use case: Choose a BA for careers in law, communications, or education; choose a BS for engineering, healthcare, or data science roles requiring technical certification.
Most common mistake: Students pick a degree type based on prestige rather than job requirements, yet many employers only care about the major, not the BA versus BS label.

Table of Contents18 sections

Difference Between Bachelor of Arts and Bachelor of Science: Comparison Table

Aspect	Bachelor of Arts	Bachelor of Science
Definition	Undergraduate degree emphasizing broad liberal arts, humanities, and social sciences.	Undergraduate degree focusing on technical, scientific, and quantitative disciplines.
Core Focus	Develops critical thinking, writing, and interpretive skills across diverse subject areas.	Builds analytical, mathematical, and empirical problem-solving abilities in specialized fields.
Curriculum Structure	Requires more elective credits and foreign language proficiency, typically 30-40 general education credits.	Mandates more major-specific credits and lab work, typically 50-60 credits in the discipline.
Typical Majors	Includes English, history, philosophy, sociology, political science, and fine arts.	Includes biology, chemistry, physics, computer science, engineering, and mathematics.
Math Requirement	Usually requires one or two basic math courses, often statistics or college algebra.	Requires advanced math sequences, including calculus, linear algebra, or differential equations.
Science Requirement	Typically requires 2-3 introductory science courses with labs, often non-major specific.	Requires multiple advanced science courses with extensive laboratory and research components.
Research Emphasis	Focuses on qualitative research, textual analysis, and theoretical interpretation.	Emphasizes quantitative research, experimental design, and data-driven analysis.
Writing Intensity	Requires frequent long-form essays, research papers, and critical analysis assignments.	Involves technical reports, lab write-ups, and concise scientific documentation.
Language Requirement	Often mandates 2-4 semesters of a foreign language for graduation.	Rarely requires foreign language; substitutes with additional technical electives.
Elective Flexibility	Allows 30-50% of coursework as free electives across unrelated departments.	Limits electives to 10-20%, with most remaining slots filled by major prerequisites.
Typical Duration	Completes in 4 years with 120 credit hours, often with lighter course loads per semester.	Completes in 4-5 years with 120-130 credit hours due to sequential lab requirements.
Internship Options	Offers internships in communications, policy, nonprofit, and creative industries.	Provides internships in research labs, tech firms, healthcare, and engineering companies.
Graduate School Path	Prepares for law, education, public administration, or humanities graduate programs.	Prepares for medical, dental, pharmacy, engineering, or science PhD programs.
Career Flexibility	Provides transferable skills for diverse roles in management, writing, and public service.	Offers direct entry into specialized technical roles with narrower career mobility.
Entry-Level Salary	Median starting salary approximately $45,000-$55,000 annually, varying by role and region.	Median starting salary approximately $60,000-$75,000 annually, especially in engineering and tech.
Job Growth Outlook	Growth depends on sector; humanities roles see 3-5% growth over the next decade.	STEM occupations project 8-10% growth through 2030, outpacing most other fields.
Accreditation Bodies	Accredited by regional agencies like HLC or WSCUC; no specialized program accreditation.	Often holds ABET or ACS accreditation for engineering and chemistry programs specifically.
Assessment Methods	Uses essays, presentations, portfolios, and class participation as primary grading tools.	Uses problem sets, lab exams, quizzes, and computational projects for evaluation.
Class Size	Often features smaller seminar classes (15-25 students) with discussion-based learning.	Frequently has larger lecture courses (100-300 students) with separate lab sections.
Skill Development	Sharpens communication, cultural awareness, and ethical reasoning capabilities.	Enhances technical proficiency, statistical literacy, and systematic troubleshooting skills.
Technology Use	Relies on word processing, research databases, and digital humanities tools.	Depends on specialized software like MATLAB, Python, CAD, or laboratory instruments.
Team Projects	Involves collaborative writing, group presentations, and peer-review workshops.	Includes team-based lab experiments, coding sprints, and engineering design projects.
Certification Options	May lead to teaching credentials or paralegal certifications with additional coursework.	Can prepare for professional licensure like PE, CPA, or medical board exams.
Transfer Credit Policy	Accepts more transfer credits from community colleges for general education courses.	Requires strict equivalency for science and math prerequisites, limiting transfer flexibility.
Online Availability	Widely offered fully online with asynchronous discussion forums and writing assignments.	Available online but requires in-person or virtual lab components for science courses.
Cost Range	Average total tuition $40,000-$120,000 depending on public or private institution.	Average total tuition $50,000-$150,000 due to higher lab fees and equipment costs.
Time to First Job	Job search typically takes 3-6 months post-graduation, with broader role options.	Often secures employment 1-3 months before graduation, especially in high-demand fields.
Common Employers	Hired by schools, government agencies, media outlets, museums, and consulting firms.	Recruited by hospitals, tech companies, manufacturing plants, and research institutes.
Best-Fit Scenario	Ideal for students valuing intellectual exploration, writing, and interdisciplinary study.	Best for students seeking technical expertise, lab work, and structured career tracks.

What Is Bachelor of Arts?

Bachelor of Arts is an undergraduate degree focused on humanities, social sciences, and liberal arts. It develops critical thinking, communication, and analytical skills through broad study. The degree exists to provide flexible, interdisciplinary education rather than narrow technical training, preparing graduates for diverse career paths.

Definition of Bachelor of Arts

A Bachelor of Arts is an undergraduate academic degree awarded for completion of a program emphasizing humanities, social sciences, languages, and fine arts. It typically requires fewer credits in a single major discipline and more elective coursework than a Bachelor of Science, promoting breadth of knowledge across multiple fields.

Key Characteristics of Bachelor of Arts

Characteristic	What It Means in Practice
Broad curriculum	Students take courses across humanities, social sciences, and arts, not just one subject.
Foreign language requirement	Most programs require two to four semesters of a second language for graduation.
Writing-intensive coursework	Assignments emphasize essays, research papers, and critical analysis over lab reports.
Flexible electives	A larger portion of credits goes to electives, allowing exploration of multiple interests.
Qualitative assessment	Evaluation relies heavily on essays, presentations, and class participation rather than exams.
Interdisciplinary focus	Students often combine majors or minors across different departments with ease.
Critical thinking emphasis	Coursework trains students to evaluate arguments, interpret texts, and question assumptions.
Fewer lab requirements	Science courses are optional, not mandatory, unless the student chooses them.
Thesis or capstone option	Many programs offer a final research project or creative work instead of a technical exam.
Career flexibility	The degree does not lock graduates into one profession, keeping job options open.

Common Examples of Bachelor of Arts

Bachelor of Arts in English – focuses on literature, writing, and textual analysis across historical periods.
Bachelor of Arts in History – examines past events, primary sources, and historiographical interpretation methods.
Bachelor of Arts in Psychology – emphasises human behaviour theory and counselling approaches rather than lab research.
Bachelor of Arts in Political Science – studies government systems, political theory, and public policy formation.
Bachelor of Arts in Economics – applies economic theory to policy and society with less mathematics than a science version.
Bachelor of Arts in Sociology – analyses social structures, group dynamics, and cultural institutions through qualitative research.
Bachelor of Arts in Philosophy – develops logical reasoning, ethics, and argumentation through classic and modern texts.
Bachelor of Arts in Communications – covers media theory, public speaking, and organisational communication strategies.
Bachelor of Arts in Fine Arts – combines studio practice with art history and critical theory coursework.
Bachelor of Arts in Foreign Languages – builds fluency plus cultural literacy in one or more non-English languages.

Advantages and Limitations of Bachelor of Arts

Advantages	Limitations
Develops versatile communication skills valued across many industries and roles.	Often lacks the technical or quantitative depth employers expect for STEM positions.
Allows students to explore multiple subjects before committing to a career path.	May require extra coursework or certifications to qualify for specialised professional roles.
Strengthens critical thinking and writing, which are hard to automate or outsource.	Starting salaries for BA graduates tend to be lower than for engineering or computer science.
Provides strong preparation for graduate study in law, education, or public policy.	Less clear career mapping than professional degrees, leaving some graduates uncertain.
Encourages cultural awareness and global perspective through language and humanities study.	Fewer structured internship or practicum requirements than applied science programs.
Offers flexibility to switch majors or add minors without losing many credits.	Employers may misinterpret the degree as less rigorous than a Bachelor of Science.
Builds adaptability useful in fast-changing job markets where roles evolve quickly.	Limited exposure to laboratory methods, data analysis, or technical tools used in research.
Fosters independent thinking and the ability to construct persuasive arguments.	Graduates may need additional training for data-heavy or quantitative job functions.
Creates a broad network across different departments and disciplines during study.	Some programs have vague assessment criteria, making grading feel subjective to students.
Prepares graduates for entrepreneurial roles where diverse knowledge beats deep specialisation.	Harder to demonstrate tangible skills to employers without a portfolio or work experience.

What Is Bachelor of Science?

A Bachelor of Science (BS) is an undergraduate degree focused on empirical inquiry and quantitative methods. It equips students with technical proficiency for careers in STEM fields. The degree exists to build rigorous analytical skills through laboratory work, mathematics, and applied research, preparing graduates for specialized professional roles.

Definition of Bachelor of Science

A Bachelor of Science is an academic credential awarded after completing a structured curriculum emphasizing natural sciences, formal sciences, or technical disciplines. It requires 120 credit hours typically, with 60 percent allocated to major-specific coursework. This degree prioritizes data-driven problem-solving over broad liberal arts exploration, distinguishing it from humanities-focused programs.

Key Characteristics of Bachelor of Science

Characteristic	What It Means in Practice
Quantitative core	Students complete calculus, statistics, or discrete mathematics courses as mandatory prerequisites for upper-level major classes.
Lab requirement	Most BS programs mandate 8 to 12 credit hours of supervised laboratory work, providing hands-on experimental training.
Major concentration	Typically 50 to 70 percent of coursework sits within the declared major, leaving fewer electives than a BA program.
Research exposure	Senior capstone projects or undergraduate thesis options allow students to design experiments and analyze primary data.
Technical writing	Students produce lab reports and research papers using discipline-specific formats like APA or IEEE citation styles.
STEM accreditation	Programs often align with ABET or ACS standards, ensuring curriculum meets industry-recognized competency benchmarks.
Graduate readiness	The heavy theory base prepares students directly for master's or doctoral programs in scientific and technical fields.
Computer proficiency	Coursework integrates programming languages such as Python, R, or MATLAB depending on the specific discipline.
Limited language study	Foreign language requirements are rare or minimal, typically zero to two semesters compared to BA programs.
Career specificity	Graduates qualify for entry-level roles in engineering, healthcare, data analysis, or research with clear licensure pathways.

Common Examples of Bachelor of Science

Computer Science – focuses on algorithms, data structures, and software engineering, leading directly to developer or systems architect roles.
Mechanical Engineering – covers thermodynamics, fluid mechanics, and materials science, preparing graduates for manufacturing and aerospace industries.
Nursing (BSN) – combines anatomy, pharmacology, and clinical rotations, enabling graduates to sit for the NCLEX-RN licensure exam.
Biology – emphasizes cellular processes, genetics, and ecology, serving as a foundation for medical school or research positions.
Chemistry – requires organic, inorganic, and physical chemistry labs, qualifying graduates for pharmaceutical or forensic laboratory work.
Physics – centers on quantum mechanics, electromagnetism, and classical dynamics, ideal for research or data science careers.
Mathematics – builds abstract reasoning and proof-writing skills, leading to actuarial science, cryptography, or finance roles.
Environmental Science – integrates geology, hydrology, and policy analysis, preparing graduates for regulatory compliance or conservation work.
Data Science – combines statistics, machine learning, and database management, targeting roles in business intelligence or analytics.
Health Sciences – covers public health, epidemiology, and healthcare systems, offering pathways to administration or graduate health programs.

Advantages and Limitations of Bachelor of Science

Advantages	Limitations
Higher starting salaries in technical fields, averaging $75,000 annually for engineering graduates compared to liberal arts peers.	Narrow curriculum leaves limited room for exploring humanities, arts, or social sciences outside the chosen major.
Clear career pathways with defined licensure or certification routes, such as engineering licensure (FE/PE) or nursing boards.	Heavy workload of labs and problem sets reduces time for internships, extracurriculars, or part-time employment.
Strong alignment with graduate school prerequisites, especially for medical, dental, or PhD programs requiring specific science courses.	Rigid degree requirements make switching majors costly, often adding one to two semesters of extra coursework.
Employers value the quantitative rigor, with 82 percent of STEM graduates finding jobs within six months of graduation.	Stress levels are higher due to continuous assessment through exams, lab reports, and cumulative projects.
Hands-on laboratory experience builds practical skills that transfer directly to industry research and development roles.	Less exposure to written communication and critical analysis of texts, which can hinder performance in management roles later.
Specialized knowledge creates immediate job market differentiation, reducing competition from generalist degree holders.	Obsolescence risk is real; technical skills like specific programming languages may become outdated within five years.
Access to research funding and faculty mentorship opportunities, often leading to co-authored publications as undergraduates.	Limited foreign language training restricts international career mobility in non-English-speaking regions.
High return on investment, with lifetime earnings for BS holders averaging $1.6 million more than high school graduates.	Group-based lab work can lead to unequal contribution distribution, affecting individual grades unfairly.
Foundation in scientific method improves logical reasoning and evidence-based decision-making applicable beyond the discipline.	Fewer elective choices mean students may graduate without exploring potential career interests outside STEM fields.
Direct entry into technical roles without requiring additional certification, unlike some BA programs needing extra training.	Competitive grading curves in core courses can disadvantage students from under-resourced high schools.

Similarities Between Bachelor of Arts and Bachelor of Science

Shared Aspect	How Bachelor of Arts and Bachelor of Science Are Alike
Degree Duration	Both the Bachelor of Arts and the Bachelor of Science typically require four years of full-time study to complete.
Undergraduate Level	The Bachelor of Arts and the Bachelor of Science are both undergraduate degrees that require a high school diploma for admission.
General Education	Both the Bachelor of Arts and the Bachelor of Science require core courses in math, English, science, and humanities.
Credit Requirements	The Bachelor of Arts and the Bachelor of Science both typically require 120 credit hours for graduation.
Accreditation Standards	Both the Bachelor of Arts and the Bachelor of Science must meet regional accreditation standards at their institutions.
Career Foundation	Both the Bachelor of Arts and the Bachelor of Science serve as entry-level qualifications for many professional careers.
Graduate School Prep	Both the Bachelor of Arts and the Bachelor of Science qualify graduates to apply for master's degree programs.
Critical Thinking	Both the Bachelor of Arts and the Bachelor of Science develop critical thinking and analytical reasoning skills in students.
Research Skills	Both the Bachelor of Arts and the Bachelor of Science include research methodology components in their curricula.
Writing Emphasis	Both the Bachelor of Arts and the Bachelor of Science require substantial written assignments and academic papers.
Elective Options	Both the Bachelor of Arts and the Bachelor of Science allow students to choose elective courses outside their major.
Capstone Project	Both the Bachelor of Arts and the Bachelor of Science often require a final capstone project or thesis.
Internship Potential	Both the Bachelor of Arts and the Bachelor of Science programs frequently offer internship opportunities for practical experience.
Financial Aid	Both the Bachelor of Arts and the Bachelor of Science qualify students for federal and state financial aid programs.
Transfer Credits	Both the Bachelor of Arts and the Bachelor of Science accept transfer credits from accredited community colleges.
Minor Options	Both the Bachelor of Arts and the Bachelor of Science allow students to add a minor field of study.
Faculty Mentorship	Both the Bachelor of Arts and the Bachelor of Science provide access to faculty advisors and mentorship.
Study Abroad	Both the Bachelor of Arts and the Bachelor of Science offer study abroad programs for international experience.
Alumni Network	Both the Bachelor of Arts and the Bachelor of Science connect graduates to alumni networks for career support.
Entry-Level Jobs	Both the Bachelor of Arts and the Bachelor of Science prepare graduates for entry-level positions in their fields.
Salary Potential	Both the Bachelor of Arts and the Bachelor of Science generally lead to higher lifetime earnings than a high school diploma.
Professional Skills	Both the Bachelor of Arts and the Bachelor of Science build communication, teamwork, and problem-solving abilities.
Digital Literacy	Both the Bachelor of Arts and the Bachelor of Science require proficiency with digital tools and software.
Ethical Training	Both the Bachelor of Arts and the Bachelor of Science include instruction on ethical practices in their disciplines.
Time Management	Both the Bachelor of Arts and the Bachelor of Science demand strong time management skills to balance coursework.
Public Speaking	Both the Bachelor of Arts and the Bachelor of Science include presentation and public speaking components.
Collaborative Work	Both the Bachelor of Arts and the Bachelor of Science require group projects and collaborative assignments.
Lifelong Learning	Both the Bachelor of Arts and the Bachelor of Science instill a foundation for continuous learning and skill development.
Employment Rate	Both the Bachelor of Arts and the Bachelor of Science graduates experience similar overall employment rates after graduation.
Degree Recognition	Both the Bachelor of Arts and the Bachelor of Science are recognized equally as four-year degrees by employers and institutions.

Bachelor of Arts or Bachelor of Science: Which Should You Choose?

Your career goal decides it. Choose a Bachelor of Arts if you target communications, law, education, or creative fields. Choose a Bachelor of Science if you target engineering, healthcare, data, or research. The degree type signals your core skillset to employers.

When to Use Bachelor of Arts

Choose Bachelor of Arts when you need broad critical thinking, writing, or language skills. It fits careers in journalism, marketing, public policy, or teaching. BA programs require fewer math and lab credits, often allowing double majors or study abroad. Budget for similar tuition, but expect more elective flexibility.

When to Use Bachelor of Science

Choose Bachelor of Science when you need technical, quantitative, or lab-based expertise. It fits careers in medicine, software development, finance, or environmental science. BS programs mandate more STEM credits, limiting electives but boosting entry-level job prospects. Expect higher lab fees and often higher starting salaries.

Common Misconceptions About Bachelor of Arts and Bachelor of Science

Common Myth	The Reality
A Bachelor of Arts degree is always easier than a Bachelor of Science degree.	The Bachelor of Arts often requires more language, writing, and elective credits, while the Bachelor of Science demands more math and lab work; workload difficulty depends on your strengths.
A Bachelor of Science guarantees a higher starting salary than a Bachelor of Arts.	The Bachelor of Science leads to higher median pay in fields like engineering, but a Bachelor of Arts in economics or finance can outearn many science roles; the major matters more than the degree type.
You cannot attend medical school with a Bachelor of Arts degree.	Medical schools accept both the Bachelor of Arts and Bachelor of Science, provided you complete prerequisite courses in biology, chemistry, and physics; the degree label is irrelevant.
A Bachelor of Arts is only for students who cannot handle math or science.	The Bachelor of Arts often includes quantitative coursework in statistics or data analysis, and many BA students major in economics, psychology, or environmental science with strong math components.
A Bachelor of Science is always more rigorous and respected by employers.	Employers evaluate your specific major, skills, and internships, not the degree abbreviation; a Bachelor of Arts in computer science holds identical weight to a Bachelor of Science in the same field.
All Bachelor of Arts degrees require a foreign language, and all Bachelor of Science degrees do not.	Many Bachelor of Science programs, such as those in global health or international business, require language credits, while some Bachelor of Arts programs in technical fields waive the language requirement.
A Bachelor of Science degree is better for graduate school admission.	Graduate programs review your GPA, research experience, and relevant coursework; a Bachelor of Arts with a strong thesis and research methods can outperform a Bachelor of Science with a lower GPA.
You cannot become a software engineer with a Bachelor of Arts degree.	A Bachelor of Arts in computer science covers the same core programming and algorithms courses as a Bachelor of Science; many tech employers hire BA graduates for engineering roles.
A Bachelor of Arts is a liberal arts degree with no practical career application.	The Bachelor of Arts develops critical thinking, communication, and analytical skills that directly apply to management, law, public policy, and marketing; these are top skills employers request.
A Bachelor of Science is only offered in STEM fields like biology or physics.	Universities offer Bachelor of Science degrees in nursing, business, criminal justice, and even communication; the BS designation reflects a quantitative or lab-based curriculum, not a specific discipline.
Transferring from a Bachelor of Arts to a Bachelor of Science is always easy and seamless.	Switching from a Bachelor of Arts to a Bachelor of Science often requires additional math or science credits, which can extend your graduation timeline by one or two semesters.
A Bachelor of Arts degree is less valuable than a Bachelor of Science in the job market.	The Bureau of Labor Statistics shows that many BA holders in fields like management or sales earn more than BS holders in lab roles; your major and experience drive earnings, not the degree type.
You cannot pursue a PhD in a science field with a Bachelor of Arts degree.	PhD programs in psychology, neuroscience, and even biology accept Bachelor of Arts graduates, provided they have completed required lab and research credits; the BA is common in pre-health tracks.
A Bachelor of Science always requires more total credits than a Bachelor of Arts.	Both the Bachelor of Arts and Bachelor of Science typically require 120 credits; the difference lies in distribution, with the BA needing more humanities and the BS needing more technical courses.
Employers automatically filter out resumes with a Bachelor of Arts for technical roles.	Applicant tracking systems search for specific skills and keywords, not the degree abbreviation; a Bachelor of Arts in data science with Python and SQL skills passes the same filters as a Bachelor of Science.
A Bachelor of Arts is the same as an Associate of Arts degree.	The Bachelor of Arts is a four-year undergraduate degree, while the Associate of Arts is a two-year community college credential; the BA opens doors to graduate study and higher-level jobs.
You cannot become a registered nurse with a Bachelor of Arts degree.	Nursing requires a Bachelor of Science in Nursing (BSN) specifically, not a general Bachelor of Arts; however, a BA in biology can serve as a pre-nursing pathway for an accelerated BSN program.
A Bachelor of Science degree is always better for law school admission.	Law schools accept both degree types equally; a Bachelor of Arts in philosophy or history with high GPA and LSAT scores often outperforms a Bachelor of Science with lower metrics.
All Bachelor of Science programs require calculus, and all Bachelor of Arts programs do not.	Many Bachelor of Science programs in social sciences or health require only statistics, while some Bachelor of Arts programs in economics or architecture do require calculus; check each program’s curriculum.
A Bachelor of Arts is a terminal degree with no further academic options.	The Bachelor of Arts is an undergraduate degree that qualifies you for master’s programs in education, business, public health, and law; it is not terminal in any academic sense.
You cannot teach high school science with a Bachelor of Arts degree.	Teacher certification depends on subject-area coursework and state licensure, not the degree type; a Bachelor of Arts in chemistry with a teaching credential qualifies you for high school science roles.
A Bachelor of Science degree is more internationally recognized than a Bachelor of Arts.	International employers and universities recognize both the Bachelor of Arts and Bachelor of Science as equivalent four-year degrees; the Bologna Process treats them similarly for equivalency.
Choosing a Bachelor of Arts limits you to jobs in non-profit or education sectors.	Bachelor of Arts graduates work in finance, tech, consulting, and government; for example, a BA in political science leads to policy analysis roles in private firms and federal agencies.
A Bachelor of Science is always the right choice for pre-medical students.	Pre-med students can earn a Bachelor of Arts in any major, as long as they complete organic chemistry, biochemistry, and physics prerequisites; the BA in human biology is common among med school admits.
You cannot get a Bachelor of Arts in a STEM field like computer science or engineering.	Many universities offer a Bachelor of Arts in computer science, data science, or even engineering with a focus on human-centered design; the BA includes the same core technical coursework.
A Bachelor of Science degree is always more expensive than a Bachelor of Arts.	Tuition is typically identical per credit hour for both degree types; the Bachelor of Science may require lab fees, but the Bachelor of Arts may require study-abroad or language lab costs, balancing the total.
Graduate schools in psychology prefer a Bachelor of Science over a Bachelor of Arts.	Psychology PhD programs accept both, but they look for research methods and statistics courses; a Bachelor of Arts in psychology with a research thesis is equally competitive as a Bachelor of Science.
A Bachelor of Arts is a general degree, while a Bachelor of Science is a specialized degree.	Both degree types allow specialization through majors and minors; a Bachelor of Arts in neuroscience is as specialized as a Bachelor of Science in neuroscience, differing only in general education requirements.
You cannot switch from a Bachelor of Science to a Bachelor of Arts after your sophomore year.	Most universities allow degree changes at any point, but you may need to complete additional humanities or language credits for the Bachelor of Arts, potentially delaying graduation by one semester.
Employers value a Bachelor of Science over a Bachelor of Arts for MBA programs.	MBA programs accept both degree types equally, focusing on your GMAT score, work experience, and undergraduate GPA; a Bachelor of Arts in economics with strong quantitative skills is a common MBA feeder.

Conclusion

Difference Between Bachelor of Arts and Bachelor of Science comes down to flexibility versus focus. A Bachelor of Arts emphasizes broad, interdisciplinary thinking and communication skills. Choose a BA for liberal arts, humanities, or social sciences careers. A Bachelor of Science prioritizes technical, quantitative, and lab-based training. Choose a BS for STEM fields, healthcare, or engineering roles.

FAQs on Difference Between Bachelor of Arts and Bachelor of Science

What is the main difference between a Bachelor of Arts and a Bachelor of Science?: The main difference is the focus: a Bachelor of Arts emphasizes broad liberal arts, humanities, and social sciences, while a Bachelor of Science concentrates on technical, scientific, and quantitative subjects.
Which degree is better, a Bachelor of Arts or a Bachelor of Science?: Neither is universally better; the superior choice depends on your career goals, as a BA suits communication and creative fields, while a BS fits technical and research-oriented roles.
Does a Bachelor of Arts cost less than a Bachelor of Science?: No, tuition costs are typically identical for both degrees at the same university, though BS programs may incur extra lab fees or specialized equipment charges.
Is a Bachelor of Science riskier for employment than a Bachelor of Arts?: No, a BS is not inherently riskier; however, its job prospects are more specialized, so a career change may require additional training, whereas a BA offers broader transferable skills.
Can I switch from a Bachelor of Arts to a Bachelor of Science mid-degree?: Yes, you can usually switch between a BA and a BS within the same university, provided you meet the different prerequisite and credit requirements before your final year.
Are a Bachelor of Arts and a Bachelor of Science interchangeable for graduate school?: No, they are not fully interchangeable; graduate programs in sciences often require a BS, while humanities and social science programs typically accept a BA without issue.
What is a common mistake students make when choosing between a BA and a BS?: A common mistake is choosing a degree solely based on job title without checking specific course requirements, which can lead to missing essential prerequisites for your intended career.
Does a Bachelor of Science require more math than a Bachelor of Arts?: Yes, a BS typically requires more advanced mathematics and statistics courses, while a BA usually demands fewer quantitative credits and more language or elective coursework.
What real-world jobs can I get with a Bachelor of Arts versus a Bachelor of Science?: A BA often leads to careers in journalism, law, or education, while a BS opens doors to engineering, healthcare, or data analysis roles that demand technical expertise.
Is a Bachelor of Arts more flexible for changing careers than a Bachelor of Science?: Yes, a BA is generally more flexible due to its broad curriculum, which develops critical thinking and writing skills that transfer across diverse industries, unlike a BS's specialized focus.