The various fields of engineering contain many career opportunities. If you have a passion for building and fixing things, or are just really good at math, you are probably considering a career in engineering. The first step to becoming an engineer is to explore Bachelor’s Degrees in Engineering.
There are many areas of engineering, so it may be confusing to decide what the best engineering bachelor’s degrees are. In this article, you’ll learn about engineering, the various engineering bachelor’s degree programs, top engineering schools, career paths, salaries, and some frequently asked questions to help you find the right educational pathway.
What Is Engineering?
Engineering is a scientific field that applies the understanding of science and math to solve problems and achieve practical goals. It involves the invention, design, and construction of things that make life easier and advance the world. Some of the things that engineers invent and design are roads, bridges, high-rise buildings, and much more.
Where Can I Get a Bachelor’s Degree in Engineering?
The best colleges where you can get a bachelor’s degree are Purdue University, Stanford University, the University of California Berkeley, and the University of Michigan. These highly-rated colleges offer varying types of engineering degrees, depending on the area of engineering you want to specialize in, such as nuclear, civil, or chemical engineering.
What Schools Offer the Best Engineering Bachelor’s Degrees?
- Massachusetts College of Technology
- Purdue University
- Stanford University
- University of California Berkeley
- University of Michigan
What Are the Admission Requirements for a Bachelor’s Degree in Engineering?
The admission requirements for a Bachelor’s Degree in Engineering typically include a high school diploma or equivalent. Students will also be expected to have a strong background in math and science.
Other requirements for a Bachelor’s Degree in Engineering may include prerequisite credits, a minimum GPA, letters of recommendation, a personal essay, ACT or SAT scores, official transcripts, or a resume. These requirements will vary according to each program.
Engineering Bachelor’s Degree Admission Requirements
- High school diploma or equivalent
- Math and science prerequisite credits
- GPA of 3.0
- ACT or SAT scores
- Official transcripts
- Letters of recommendation
- Personal essay
- Resume
How to Get a Bachelor’s Degree in Engineering
You can get a Bachelor’s Degree in Engineering by enrolling in the program of your choice and completing the graduation requirements. The best way to get an engineering bachelor’s degree is to maintain a high GPA and ensure you complete all of the core classes and general education requirements.
Having prior knowledge of advanced math and science is important for a Bachelor’s in Engineering. Some schools may require students to have taken these classes in high school and the grades earned in these areas may be used to place students into particular college classes.
How Many Credits Do You Need for a Bachelor’s Degree in Engineering?
You need a minimum of 120 credits for a Bachelor’s Degree in Engineering. This number will vary from school to school and students who have the time and money can enroll in extra classes. It is recommended you take 15 credits/semester to complete your degree within four years.
Engineering Degree Requirements
- Minimum GPA 2.0
- Minimum 120 credits
- Complete core, elective, and general education credits
- Capstone project or internship program may be required
- Choose a specialization or concentration path
Best Engineering Bachelor’s Degree Programs and Schools: Overview
| School | Program | Accreditation |
|---|---|---|
| California Institute of Technology | Bachelor of Science in Bioengineering | Engineering Accreditation Commission of ABET, Western Association of Schools and Colleges (WASC) |
| Carnegie Mellon University | Bachelor of Science in Materials Science and Engineering | Engineering Accreditation Commission of ABET, Middle States Commission on Higher Education (MSCHE) |
| Georgia Institute of Technology | Bachelor of Science in Industrial Engineering | Engineering Accreditation Commission of ABET, Southern Association of Colleges and Schools Commission on Colleges (SACSCOC) |
| Massachusetts Institute of Technology | Bachelor of Science in Aerospace Engineering | Engineering Accreditation Commission of ABET, New England Commission of Higher Education (NECHE) |
| Purdue University | Bachelor of Science in Nuclear Engineering | Engineering Accreditation Commission of ABET, Higher Learning Commission of the North Central Association of Colleges and Schools (HLC-NCA) |
| Stanford University | Bachelor of Science in Chemical Engineering | Engineering Accreditation Commission of ABET, Western Association of Schools and Colleges (WASC) |
| University of California, Berkeley | Bachelor of Science in Civil Engineering | Engineering Accreditation Commission of ABET, Western Association of Schools and Colleges (WASC) |
| University of Illinois at Urbana-Champaign | Bachelor of Science in Agricultural & Biological Engineering | Engineering Accreditation Commission of ABET, Higher Learning Commission (HLC) |
| University of Michigan | Bachelor of Science in Engineering (BSE) in Computer Engineering | Engineering Accreditation Commission of ABET, Higher Learning Commission (HLC) |
| University of Minnesota, Twin Cities | Bachelor of Geoengineering | Engineering Accreditation Commission of ABET, Higher Learning Commission (HLC) |
Best Schools for Engineering: Top Engineering Bachelor’s Degree Programs
The best schools for engineering bachelor’s degree programs are accredited, highly rated, and affordable. Top engineering bachelor’s degree programs should cover the fundamental skills needed for a career in engineering. You should also select a program that focuses on the area of engineering that interests you the most, such as civil engineering or nuclear engineering.
The best schools for a Bachelor’s Degree in Engineering are universities or institutions that offer flexible learning, such as online, in-person, or hybrid classes. Continue reading for our list of the best undergraduate engineering programs.
The California Institute of Technology (Caltech) was founded in September 1891 under the name of Throop University. This science and engineering institute has the tools to conduct cutting-edge research, study scientific questions, and solve societal problems. Caltech has six academic divisions that offer 28 different majors to its 1,000 enrolled undergraduate students.
Bachelor of Science in Bioengineering
This bioengineering bachelor’s degree focuses on applying the principles of engineering to design, analyze, and manipulate biological systems. Equipped with the knowledge of how these systems work, students aim to discover new ways of maintaining and improving them.
During their studies, students will learn basic lab skills, bioengineering literature, and a broad range of bioengineering sub-disciples. Classes for this degree include Frontiers in Bioengineering, Cell Biology, Introduction to Biochemistry, Design and Construction of Biodevices, and Introduction to Biomolecular Engineering.
Bachelor of Science in Bioengineering Overview
- Accreditation: Engineering Accreditation Commission of ABET, Western Association of Schools and Colleges (WASC)
- Tuition: $58,479/year
- Required Credits: 486 units
- Program Length: 4 years
- Learning Format: In person
- NCES School Graduation Rate: 92%
Bachelor of Science in Bioengineering Admission Requirements
- GPA: Not required
- Standardized Tests: Not required
- Application Fee: $75
- Minimum Education: High school or equivalent
- Other Requirements: Letters of recommendation, secondary school report, transcripts, advanced English coursework, math classes beyond calculus, coursework in Physics, Chemistry, and Biology
Applying to California Institute of Technology
- Apply with the common application or coalition application
- Pay the $75 application fee
- Submit ACT or SAT scores (optional)
- Submit two letters of recommendation
- Submit academic transcripts
Carnegie Mellon University (CMU) started in 1900 when Andrew Carnegie donated money to start a technical school in Pittsburgh. CMU has since grown to offer undergraduate and advanced degrees in various fields and is regarded as one of the best technical schools in the country. The current student population is nearly 14,000.
Bachelor of Science in Materials Science and Engineering
The Bachelor of Science in Materials Science and Engineering addresses important and challenging issues at the cutting edge of science and technology. To understand the behavior, development, and application of materials, the program employs an interdisciplinary approach with a focus on basic science and engineering principles.
Students must complete a minimum of 379 units to graduate with a Bachelor in Science. Classes include Engineering the Materials of the Future, Materials Engineering Essentials, Principles of Computing, and Engineering Statistics and Quality Control. Students must also complete a capstone project.
Bachelor of Science in Materials Science and Engineering Overview
- Accreditation: Engineering Accreditation Commission of ABET, Middle States Commission on Higher Education (MSCHE)
- Tuition: $59,864/year
- Required Credits: 379 units
- Program Length: 4 years
- Learning Format: In person
- NCES School Graduation Rate: 92%
Bachelor of Science in Materials Science and EngineeringAdmission Requirements
- GPA: Not required
- Standardized Tests: ACT or SAT optional
- Application Fee: $75
- Minimum Education: High school or equivalent
- Other Requirements: 4 years of English, 4 years of math (advanced courses encouraged), 1 year of Chemistry, Physics, and Biology, 2 years of a foreign language, 3 electives, official transcripts, letters of recommendation, personal essay
Applying to Carnegie Mellon University
- Submit your application online
- Pay the $75 application fee
- Provide official high school transcripts
- Submit a letter of recommendation from a teacher and high school counselor
- Complete the common application essay
- Complete the common application writing supplement
Georgia Institute of Technology (Georgia Tech) was founded in 1885 and prides itself on transforming the agrarian South into an industrial economy. The Stewart School of Industrial & Systems Engineering is the largest engineering program in the United States. Georgia Tech offers more than 130 majors to its large student population of more than 40,000.
Bachelor of Science in Industrial Engineering
The Bachelor of Science in Industrial Engineering comprises math, physical science, and business. Courses include Advanced Studies in Operations Research and Statistics, Analytics and Data Science, Economic and Financial Systems, Operations Research, Quality and Statistics, Supply Chain Engineering, and General Industrial Engineering.
Graduates will have the knowledge and training to become professional industrial engineers or continue their education and enroll in graduate school, where they can earn a master’s in a related field such as a Master’s Degree in Electrical Engineering. Students must complete a minimum of 128 credit hours to get their bachelor’s degree.
Bachelor of Science in Industrial Engineering Overview
- Accreditation: Engineering Accreditation Commission of ABET, Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
- Tuition: $10,258/year (in state); $31,370/year (out of state)
- Required Credits: 128 credits
- Program Length: 4 years
- Learning Format: In person
- NCES School Graduation Rate: 91%
Bachelor of Science in Industrial Engineering Admission Requirements
- GPA: 100-point GPA if available or GPA 4.0
- Standardized Tests: ACT or SAT
- Application Fee: $75
- Minimum Education: High school or equivalent
- Other Requirements: 4 units each of English, math, and science, 3 units of social science, 2 units of foreign language, demonstrate success in a rigorous high school curriculum, personal essays, letters of recommendation (optional)
Applying to Georgia Institute of Technology
- Create a Common App account and start your application
- Upload official school transcript
- Supply ACT or SAT scores
- Supply any additional documents
- Pay the $75 application fee
The Massachusetts Institute of Technology (MIT) was originally founded in 1861 to accelerate the nation’s industrial revolution. The school now prides itself on being of service to the scientific community. The aerospace engineering graduate and undergraduate programs have been ranked the number one programs in the country every year for over a decade by US News & World Report. The current student population is nearly 12,000.
Bachelor of Science in Aerospace Engineering
The Bachelor of Science in Aerospace Engineering includes a core curriculum, professional area elective courses or concentration elective courses, and laboratory and capstone projects. Additionally, all students of MIT must complete the school’s general course requirements with studies in physics, math, chemistry, biology, humanities, arts, and social sciences.
Students must complete between 192 and 198 units to get their bachelor’s degree. This comprises 180 to 186 major units and 48 units of unrestricted electives. Some of the major subjects include Dynamics, Principles of Automatic Control, Digital Systems Laboratory, and Human Systems Engineering.
Bachelor of Science in Aerospace Engineering Overview
- Accreditation: Engineering Accreditation Commission of ABET, New England Commission of Higher Education (NECHE)
- Tuition (and Fees): $27,755/term
- Required Credits: 192 - 198 units
- Program Length: 4 years
- Learning Format: In person
- NCES School Graduation Rate: 96%
Bachelor of Science in Aerospace Engineering Admission Requirements
- GPA: No minimum required
- Standardized Tests: ACT or SAT
- Application Fee: $75
- Minimum Education: High school or equivalent
- Other Requirements: Personal essays, 2 letters of recommendation, transcripts, secondary school report, interview
Applying to Massachusetts Institute of Technology
- Apply using the online MIT portal
- Provide general information, essays, activities, and academics
- One letter of recommendation from a math or science teacher
- One letter of recommendation from a humanity, social science, or language teacher
- Submit secondary school report and transcripts
- Send mid-year grades when available
Purdue University is a public research university that is committed to pursuing scientific discoveries and engineering solutions. Founded in 1869, this university offers over 200 undergraduate majors and 70 master’s and doctoral programs. There are currently close to 50,000 total students enrolled at Purdue University.
Bachelor of Science in Nuclear Engineering
This course strives to tackle the challenges of climate change and safe and sustainable energy sources. Students use hands-on learning to develop advanced nuclear technology skills.
The curriculum requires students to get 125 credits in total, including courses in the nuclear engineering department, technical electives, and math, science, and English requirements. Classes include Fluid Mechanics, Introduction to Neutron Physics, Engineering of Nuclear Power Systems, and Fuel Cell Engineering.
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Bachelor of Science in Nuclear Engineering Overview
- Accreditation: Engineering Accreditation Commission of ABET, Higher Learning Commission of the North Central Association of Colleges and Schools (HLC-NCA)
- Tuition (and Fees): $9,992/year (in state); $28,794/year (out of state)
- Required Credits: 125 credits
- Program Length: 4 years
- Learning Format: In person
- NCES School Graduation Rate: 83%
Bachelor of Science in Nuclear Engineering Admission Requirements
- GPA: Not required
- Standardized Tests: ACT or SAT (if possible)
- Application Fee: $60
- Minimum Education: High school or equivalent
- Other Requirements: 8 semesters each of math and English, 6 semesters of lab science (must include chemistry), 6 semesters of social studies, 4 semesters of world language, personal essays
Applying to Purdue University
- Apply online using the common application form
- Meet the application deadlines
- Submit all required materials
- Self-report transcripts
- Self-report ACT or SAT scores
- Pay the application fee
Stanford University was founded in 1885 by California senator Leland Stanford and his wife in memory of their child. The university has seven schools and 18 interdisciplinary institutes. Stanford is one of the world’s leading research and teaching institutions and has a total student population of about 17,000. It is one of the largest universities in the US.
Bachelor of Science in Chemical Engineering
The Bachelor of Science in Chemical Engineering curriculum includes courses in Applied Mathematics, Materials, Thermodynamics, Fluid Mechanics, and Energy and Mass Transfer. Students must complete 180 units to attain this BS degree.
The Chemical Engineering department at Stanford provides its students with professional training, development, and education for the next generation of engineers. Students will use labs to conduct experiments and learn to implement technology in full-scale productions.
Bachelor of Science in Chemical Engineering Overview
- Accreditation: Engineering Accreditation Commission of ABET, Western Association of Schools and Colleges (WASC)
- Tuition: $57,693/year
- Required Credits: 180 units
- Program Length: 4 years
- Learning Format: In person
- NCES School Graduation Rate: 95%
Bachelor of Science in Chemical Engineering Admission Requirements
- GPA: Not required
- Standardized Tests: ACT or SAT (optional)
- Application Fee: $90
- Minimum Education: High school or equivalent
- Other Requirements: School report, letters of recommendation, transcripts,
Applying to Stanford University
- Submit a common or coalition application form
- Pay the $90 application fee
- Submit ACT or SAT scores (optional)
- Provide a school report and counselor letter of recommendation
- Submit official high school transcripts
- Provide two additional letters of recommendation from teachers
- Send your mid-year grades
- Attend an optional interview
The University of California Berkeley was established in 1868. The school’s civil and environmental engineering department is designed to provide its students with a strong foundation in engineering science, design, and practice. Berkeley offers more than 350 programs and has a total student population of over 40,000.
Bachelor of Science in Civil Engineering
The curriculum for the Bachelor of Science in Civil Engineering covers topics in math, calculus, chemistry, civil engineering, data analytics, data science, and computer programming. Students can choose to emphasize a particular area such as engineering and project management, environmental engineering, geosystems, or mechanics and materials.
A minimum of 120 credits must be completed for graduation. Classes include Introduction to Computer Programming for Scientists and Engineers, Elementary Fluid Mechanics, Physics for Scientists and Engineers, and a capstone design elective. Students may participate in undergraduate research under faculty supervision and receive credit for it.
Bachelor of Science in Civil Engineering Overview
- Accreditation: Engineering Accreditation Commission of ABET, Western Association of Schools and Colleges (WASC)
- Tuition (and Fees): $14,254/year
- Required Credits: 120 credits
- Program Length: 4 years
- Learning Format: In person
- NCES School Graduation Rate: 96%
Bachelor of Science in Civil Engineering Admission Requirements
- GPA: Minimum 3.0
- Standardized Tests: ACT or SAT (optional)
- Application Fee: $70
- Minimum Education: High school or equivalent
- Other Requirements: Sustained academic achievement in math and science, 4 years of math (including calculus), minimum 3 years of lab sciences (including physics), 2 years of history or social science, 2 years of foreign language, 1 year of visual and performing arts, 1 college preparatory elective, personal essay, understanding of STEM learning, transcripts
Applying to University of California, Berkeley
- Fill out an online UC application form
- Pay the $70 application fee
- Meet the UC admissions requirements
- Monitor your admission and update details as needed
The University of Illinois Urbana-Champaign is a public institution founded in 1867 and is popularly known for inventing the world’s first graphical web browser. This university has more than 150 undergraduate programs as well as over 100 graduate programs across 16 colleges. There are currently over 50,000 students in total at the University of Illinois Urbana-Champaign.
Bachelor of Science in Agriculture & Biological Engineering
Undergraduates choose a concentration in either agricultural engineering or biological engineering. Under these two bachelor’s tracks, there are seven further specializations in engineering areas like bioenvironmental studies, ecology, and renewable energy systems. The curriculum includes core engineering, advanced math, and science courses.
This ABET-accredited program teaches students the fundamentals of engineering skills required for industries such as agriculture, energy, and the environment. During the course, students will complete an industry-sponsored design project and solve real-world problems. A minimum of 128 credit hours are required for graduation.
Bachelor of Science in Agriculture & Biological Engineering Overview
- Accreditation: Engineering Accreditation Commission of ABET, Higher Learning Commission (HLC)
- Tuition (and Fees): $17,138 - $22,324/year (in state); $35,110 - $42,796 (out of state)
- Required Credits: 128 credits
- Program Length: 4 years
- Learning Format: In person
- NCES School Graduation Rate: 86%
Bachelor of Science in Agriculture & Biological Engineering Admission Requirements
- GPA: Not required
- Standardized Tests: ACT or SAT (optional)
- Application Fee: $50
- Minimum Education: High school or equivalent
- Other Requirements: 4 years of English, 3 or 3.5 years of math, 2 years each of lab and social sciences, 2 years of foreign language, 2 years of flexible academic units
Applying to University of Illinois at Urbana-Champaign
- Ensure you have all required materials before applying
- Complete an application
- Submit test scores (ACT or SAT) if you like
- Pay the $50 application fee
- Log into your myIllini account and check your status
The University of Michigan has a mission to serve the people by creating, communicating, preserving, and applying knowledge, art, and academic values for students who are going to change the present and the future. The university was founded in 1817 and offers over 280 degrees to its large student population which is nearly 50,000.
Bachelor of Science in Engineering (BSE) in Computer Engineering
The BSE in Computer Engineering program covers calculus, engineering, physics, and chemistry. During the program, students work with modern laboratory equipment and computer systems and are exposed to the most recent analytical techniques and technological developments in their field.
To graduate with a bachelor’s degree, students must complete a minimum of 128 credits. Classes in this program include Data Structures and Algorithms, Digital Integrated Circuits, Computer Vision, and Advanced Embedded Systems.
Bachelor of Science in Engineering (BSE) in Computer Engineering Overview
- Accreditation: Engineering Accreditation Commission of ABET, Higher Learning Commission (HLC)
- Tuition (and Fees): $16,178/year (in state); $53,232/year (out of state)
- Required Credits: 128 credits
- Program Length: 4 years
- Learning Format: In person
- NCES School Graduation Rate: 93%
Bachelor of Science in Engineering (BSE) in Computer Engineering Admission Requirements
- GPA: Not required
- Standardized Tests: ACT or SAT (optional)
- Application Fee: $75
- Minimum Education: High school or equivalent
- Other Requirements: Letters of recommendation, transcripts, personal essays
Applying to University of Michigan
- Complete a common application
- Pay the $75 application fee
- Submit high school transcripts
- Submit school report
- Letter of recommendation from a teacher
- ACT or SAT scores if available
- Check your application status using Enrollment Connect
The University of Minnesota was established in 1851 before Minnesota became a state. The institution’s faculties are known for inventions like the pacemaker, retractable seat belt, cancer therapies, biodegradable plastics, and technologies that advance agricultural production. This prestigious university offers more than 350 undergraduate and graduate degree programs and has a student population that totals over 50,000.
Bachelor of Geoengineering
The Bachelor of Geoengineering program seeks to equip students with a strong knowledge of geology, physics, chemistry, math, and engineering so that they can become world-class geoengineers. This program has initiated and prompted fundamental research in various engineering problems in regard to the earth’s surface.
A total of 125 credits are required to graduate with this bachelor’s degree. Some of the core classes in this geoengineering course include Solid Earth Dynamics, Field Methods, Mineralogy, and Structural Geology. Students must also complete a capstone design project.
Bachelor of Geoengineering Overview
- Accreditation: Engineering Accreditation Commission of ABET, Higher Learning Commission (HLC)
- Tuition (and Fees): $15,626/year (in state); $34,556/year (out of state)
- Required Credits: 125 credits
- Program Length: 4 years
- Learning Format: In person
- NCES School Graduation Rate: 84%
Bachelor of Geoengineering Admission Requirements
- GPA: Not required
- Standardized Tests: ACT or SAT (optional)
- Application Fee: $55
- Minimum Education: High school or equivalent
- Other Requirements: None
Applying to University of Minnesota, Twin Cities
- Submit a Golden Gopher or common application
- Pay the $55 application fee
- Self-report your high school grades
- Wait for the admissions team to contact you regarding additional materials
Best Online Engineering Bachelor’s Degree Programs and Schools: Overview
| School | Program | Accreditation |
|---|---|---|
| Arizona State University | Bachelor of Science in Engineering in Mechanical Engineering | Engineering Accreditation Commission of ABET, Higher Learning Commission (HLC) |
| Eastern New Mexico University | Bachelor of Science in Electronics Engineering Technology, Emphasis in Renewable Energy | Engineering Accreditation Commission of ABET, Higher Learning Commission (HLC) |
| Embry-Riddle Aeronautical University | Bachelor of Science in Engineering Technology | Engineering Accreditation Commission of ABET, Southern Association of Colleges and Schools Commission on Colleges (SACSCOC) |
| Ferris State University | Bachelor of Science in HVACR Engineering Technology and Energy Management | Engineering Accreditation Commission of ABET, Higher Learning Commission (HLC) |
| Florida International University | Bachelor of Science in Computer Engineering | Engineering Accreditation Commission of ABET, Southern Association of Colleges and Schools Commission on Colleges (SACSCOC) |
| Southern New Hampshire University | Bachelor of Science in Software Engineering | Engineering Accreditation Commission of ABET, New England Commission of Higher Education (NECHE) |
| Stony Brook University | Bachelor of Science in Electrical Engineering | Engineering Accreditation Commission of ABET, Middle States Commission on Higher Education (MSCHE) |
| University of Arizona | Bachelor of Science in Electrical and Computer Engineering | Engineering Accreditation Commission of ABET, Higher Learning Commission (HLC) |
| University of North Carolina at Charlotte | Bachelor of Science in Engineering Technology: Electrical | Engineering Accreditation Commission of ABET, Southern Association of Colleges and Schools Commission on Colleges (SACSCOC) |
| University of North Dakota | Bachelor of Science in Petroleum Engineering | Engineering Accreditation Commission of ABET, Higher Learning Commission (HLC) |
Best Colleges for Engineering: Top Online Engineering Bachelor’s Degree Programs
For those who would like to earn a degree from the comfort of their homes or while working, some schools offer online Bachelor’s Degrees in Engineering. The best of these online engineering programs are listed in detail below.
Arizona State University was founded in 1885. There are over 40,000 students studying at ASU Online. Arizona State’s online learning is focused on dedicated support from its top-tier faculty. The curriculum has been designed by professionals to create a unique learning experience with ultimate flexibility.
Bachelor of Science in Mechanical Engineering
Arizona State University is one of the few schools that offer complete online bachelor’s programs. Offered through the Ira A. Fulton Schools of Engineering, this BS in Mechanical Engineering covers the dynamics of physical systems, technical drawing conventions, thermodynamics, probability, and statistics with engineering applications.
Students must complete 120 credits to earn their bachelor’s degree. Classes include System Dynamics and Control, Structural Mechanics, Computer-Aided Engineering, and Heat Transfer. Graduates of this course will be eligible to sit for professional certifications in the field of mechanical engineering.
Bachelor of Science in Mechanical Engineering Overview
- Accreditation: Engineering Accreditation Commission of ABET, Higher Learning Commission (HLC)
- Tuition: $13,968/year (in state); $16,238/year (out of state)
- Required Credits: 120 credits
- Program Length: 4 years
- Learning Format: Online
- NCES School Graduation Rate: 66%
Bachelor of Science in Mechanical Engineering Admission Requirements
- GPA: 3.00
- Standardized Tests: 24 ACT combined score or 1210 SAT combined score
- Application Fee: $70
- Minimum Education: High school diploma or equivalent
- Other Requirements: Four years each of math and English, three years of lab sciences, two years each of social sciences and foreign language, one year of fine arts or career and technical education, transcripts
Applying to Arizona State University
- Review competency requirements
- Review additional admissions requirements
- Complete an online application
- Pay the $70 application fee
- File your FAFSA
- Send your ACT or SAT scores
- Submit your transcripts
- Check your application status
Eastern New Mexico University is an institution that focuses on preparing students for careers and advanced study. It supports excellent teaching and research and empowers students to change the world. Founded in 1927, Eastern New Mexico University now offers over 90 programs, over 30 of which are online, to its student population of more than 5,000.
Bachelor of Science in Electronics Engineering Technology
The renewable energy bachelor’s program is fully online and includes assignments, readings, labs, tests, and projects. Students can decide to take classes online or a combination of online and in-person courses.
Students must complete 120 credit hours including a minimum of 40 hours of upper-level classes, such as Logic Circuits, Linear Systems Analysis, and Industrial Electronics. ENMU offers a flexible tutoring service called the ENMU Writing Center where students work on their writing and use of language for various projects and assignments.
Bachelor of Science in Electronics Engineering Technology Overview
- Accreditation: Engineering Accreditation Commission of ABET, Higher Learning Commission (HLC)
- Tuition (and Fees): $3,369/semester (in state); $4,359/semester (out of state)
- Required Credits: 120 credits
- Program Length: 4 years
- Learning Format: Online, in person, hybrid
- NCES School Graduation Rate: 61%
Bachelor of Science in Electronics Engineering Technology Admission Requirements
- GPA: Not required
- Standardized Tests: ACT or SAT
- Application Fee: None
- Minimum Education: High school diploma or equivalent
- Other Requirements: Official transcripts
Applying to Eastern New Mexico University
- Submit an online ENMU application form
- FIle your FAFSA
- Submit an Admission Scholarship Application
- Send your official high school transcripts
- Provide your SAT or ACT scores
Embry-Riddle Aeronautical University is the largest accredited institution in the aviation and aerospace field. This private university was founded in 1926 and has a total student population of nearly 40,000. Students can choose from 21 different majors at this university.
Bachelor of Science in Engineering Technology
The Bachelor of Science in Engineering Technology is fully online and it prepares students to start a career in the field. The program equips students with skills in problem-solving, design, and engineering judgment.
Students will learn through hands-on experience, which will help prepare them for real-life projects. Throughout the program, students learn all about conducting research, including how to define problems, design appropriate methodologies, and evaluate outcomes. Students are required to complete 122 credits to earn their bachelor’s degree.
Bachelor of Science in Engineering Technology Overview
- Accreditation: Engineering Accreditation Commission of ABET, Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
- Tuition (and Fees): $1,470/course (civilian); $825/course (military)
- Required Credits: 122 credits
- Program Length: 4 years
- Learning Format: Online
- NCES School Graduation Rate: 58%
Bachelor of Science in Engineering Technology Admission Requirements
- GPA: 2.5 unweighted
- Standardized Tests: ACT or SAT scores are optional but recommended
- Application Fee: $50
- Minimum Education: High school diploma or equivalent
- Other Requirements: English and math skills assessments, 4 years of college-preparatory math and 2 years of college-preparatory science (including lab science) with 3.0 GPA, official transcript, 4 years of English, 3 years of math, 3 years of history or social science, 2 years of science in at least 2 different areas (at least 1 lab experiment), personal essay, letters of recommendation, resume
Applying to Embry-Riddle Aeronautical University
- Complete the admissions application online
- Send your official transcripts
- Apply for financial aid using FAFSA
- Regularly check your email for admission updates
Ferris State University was established in 1894 by Woodbridge and Helen Ferris and became a state university in 1987. The school is dedicated to providing educational opportunities to students from diverse backgrounds. FSU offers more than 170 educational programs to its student population of about 12,000.
Bachelor of Science in HVACR Engineering Technology and Energy Management
This type of program is offered by only two institutions in the United States, with Ferris State being one. The program is designed to help students start a career in manufacturing, construction, building operations, or building systems.
Students who take this program online will have access to a purpose-built online learning environment, designed by the expert faculty and designers at Ferris State University. This program is aimed at students who have an associate degree in a similar field and wish to transfer to this bachelor’s degree. The credit requirement to graduate with this degree is 120.
Bachelor of Science in HVACR Engineering Technology and Energy Management Overview
- Accreditation: Engineering Accreditation Commission of ABET, Higher Learning Commission (HLC)
- Tuition: $467/credit hour
- Required Credits: 120 credits
- Program Length: 4 years
- Learning Format: Online
- NCES School Graduation Rate: 79%
Bachelor of Science in HVACR Engineering Technology and Energy Management Admission Requirements
- GPA: 2.5 cumulative GPA
- Standardized Tests: ACT or SAT scores may be required
- Application Fee: $30
- Minimum Education: High school diploma or equivalent
- Other Requirements: AAS in HVACR or related degree with HVAC work experience, completion of Math 115 or 116 and English 150 with a minimum grade of C, completion of natural science with a lab and a grade C or better, attend orientation, demonstrate competency via quiz or tutorial, official transcripts
Applying to Ferris State University
- Complete your free application online
- Send official transcripts
- Wait for FSU to contact you regarding an admission decision
Florida International University was established in 1965 but didn't open until 1972. The current student population is nearly 60,000 and students have access to more than 200 undergraduate and graduate programs.
Bachelor of Science in Computer Engineering
Florida International University’s online computer engineering program covers topics like hardware architecture, hardware-software integration, signal and image processing, and computer networking. Students are required to complete 128 credits to earn this Bachelor of Science.
Students can enjoy flexible learning with this fully online program. FIU Online uses interactive technology so students can interact in real-time with their instructors and collaborate with their classmates.
Bachelor of Science in Computer Engineering Overview
- Accreditation: Engineering Accreditation Commission of ABET, Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
- Tuition (and Fees): $228.81/credit (in state); $345.87/credit (out of state)
- Required Credits: 128 credits
- Program Length: 4 years
- Learning Format: Online
- NCES School Graduation Rate: 67%
Bachelor of Science in Computer Engineering Admission Requirements
- GPA: Not required
- Standardized Tests: ACT or SAT
- Application Fee: $30
- Minimum Education: High school diploma or equivalent
- Other Requirements: Complete MAC 2311-Calculus 1 with grade C or higher, official transcripts
Applying to Florida International University
- Apply to FIU online
- Pay the $30 application fee
- Submit official ACT or SAT scores
- Send in official high school transcripts
Southern New Hampshire University is a nonprofit institution that, in 1963, was granted its charter and awarded its first associate degree in the same year. This massive university has nearly 150,000 students in total and offers more than 200 career-focused programs.
Bachelor of Science in Software Engineering
The curriculum of the online software engineering degree equips aspiring software engineers with specialized math, science, and engineering skills for designing and developing computer software. Classes include Software Security, Full Stack Development, and Client/Server Development.
Students will build up an online portfolio as they work their way through the 120 credits required for graduation. SNHU provides cloud-based virtual environments to give students access to different technologies required for software engineering learning and careers.
Bachelor of Science in Software Engineering Overview
- Accreditation: Engineering Accreditation Commission of ABET, New England Commission of Higher Education (NECHE)
- Tuition (and Fees): $320/credit
- Required Credits: 120 credits
- Program Length: 4 years
- Learning Format: Online
- NCES School Graduation Rate: 37%
Bachelor of Science in Software Engineering Admission Requirements
- GPA: Not required
- Standardized Tests: Not required
- Application Fee: None
- Minimum Education: High school diploma or equivalent
- Other Requirements: Electronic Attestation Form, transcripts
Applying to Southern New Hampshire University
- Complete a full application online
- Submit your official high school transcripts
- Complete an Electronic Attestation Form
- Apply for financial aid using FAFSA
Stony Brook University was founded in 1957 and became a member of the American Association of Universities in 2001. The school offers more than 200 undergraduate programs and over 150 advanced programs. There are more than 25,000 students currently enrolled at Stony Brook.
Bachelor of Science in Electrical Engineering
The electrical engineering program covers electronic circuits, electromagnetics, semiconductor services, and engineering design. By studying online with a flexible schedule, students can earn their bachelor’s degree while working full-time.
Students can access all the course material, tests, labs, and discussions fully online. Students must complete a minimum of 120 credits for this qualification. Core classes include Signals and Systems, Technical Communications for Electrical Engineers, Semiconductor Devices, and Engineering Design.
Bachelor of Science in Electrical Engineering Overview
- Accreditation: Engineering Accreditation Commission of ABET, Middle States Commission on Higher Education (MSCHE)
- Tuition: $295/credit (in state); $1,041/credit (out of state)
- Required Credits: 120 credits
- Program Length: 4 years
- Learning Format: Online
- NCES School Graduation Rate: 90%
Bachelor of Science in Electrical Engineering Admission Requirements
- GPA: Not required
- Standardized Tests: Not required
- Application Fee: None
- Minimum Education: High school diploma or equivalent
- Other Requirements: Minimum 3.0 GPA in College Calculus I, II, and III and Introduction to Differential Equations, Minimum of grade C in WRT 102
Applying to Stony Brook University
- Ensure you meet the prerequisite requirements
- Send an email to Stony Brook admissions
- Let the admissions team know what course you are interested in
- Provide a copy of your transcripts
The University of Arizona was founded in 1885 and its online college is one of the best in the country. The university has a total student population of nearly 30,000 and offers more than 300 undergraduate and graduate programs.
Bachelor of Science in Electrical and Computing Engineering
The electrical and computer engineering online bachelor’s program offers the same courses as the in-person degree. Most students also receive job offers before they graduate due to the institution’s partnerships with multiple companies like Pixar, NASA, and Microsoft.
Students must complete 128 credits to graduate. Some of the classes students will take during their studies include Computer Programming for Engineering Applications, Circuit Theory, and Microprocessor Organization.
Bachelor of Science in Electrical and Computing Engineering Overview
- Accreditation: Engineering Accreditation Commission of ABET, Higher Learning Commission (HLC)
- Tuition: $600/credit
- Required Credits: 128 credits
- Program Length: 4 years
- Learning Format: Online
- NCES School Graduation Rate: 65%
Bachelor of Science in Electrical and Computing Engineering Admission Requirements
- GPA: Not required
- Standardized Tests: Not required
- Application Fee: None
- Minimum Education: High school diploma or equivalent
- Other Requirements: Transcripts
Applying to University of Arizona
- Create an online account in the application portal
- Complete the online application
- Self-report your transcripts
- Apply for financial aid with FAFSA
The University of North Carolina at Charlotte offers online engineering courses for those who are too busy to study on campus. This public research university was founded in 1946 and offers nearly 200 doctoral, master’s, and bachelor’s programs through its nine colleges. Charlotte is famous for its exceptional electrical engineering and computer science programs.
Bachelor of Science in Engineering Technology: Electrical
The curriculum of the electrical engineering technology program covers linear circuits, digital logic and systems, microprocessors, microcontrollers and embedded systems, and electronic circuits and systems. This program is aimed at students that are transferring to Charlotte with an associate degree in a related field.
Students must complete 56 credit hours to satisfy the graduation requirements, in addition to the credits earned from a prior associate program. The program is offered part-time and is identical to the on-campus curriculum. While the entire program can be completed online, students will need to complete their labs on-campus during the summer.
Bachelor of Science in Engineering Technology: Electrical Overview
- Accreditation: Engineering Accreditation Commission of ABET, Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
- Tuition: $188.48/credit (in state); $347.32/credit (out of state)
- Required Credits: 56 credits
- Program Length: 2 years
- Learning Format: Hybrid
- NCES School Graduation Rate: 65%
Bachelor of Science in Engineering Technology: Electrical Admission Requirements
- GPA: Transfer GPA 2.5
- Standardized Tests: Not required
- Application Fee: None
- Minimum Education: High school diploma or equivalent
- Other Requirements: AAS in Electrical Engineering Technology or similar program, completed prerequisites in required courses
Applying to University of North Carolina at Charlotte
- Complete the Electrical Engineering Technology (ELET) application
- Self-report transcripts
- View the required prerequisites
- Complete the university application
The University of North Dakota was founded in 1883 and it offers over 120 online courses. The petroleum engineering program is the only one of its kind in North Dakota. The student population is currently nearly 15,000.
Bachelor of Science in Petroleum Engineering
This market-led and hands-on curriculum is designed to equip students with the technical skills needed to make a significant contribution to petroleum engineering. Students must complete a total of 129 credits to graduate, 36 of which must be level 300 or above classes.
While the course is primarily taken online, students can attend the North Dakota campus to extend and integrate the knowledge learned from their online studies. This allows students to use labs and collaborate in person with classmates. For example, all students have the opportunity to use the two simulators at the North Dakota Geological Survey
Bachelor of Science in Petroleum Engineering Overview
- Accreditation: Engineering Accreditation Commission of ABET, Higher Learning Commission (HLC)
- Tuition (and Fees): $715.38/credit
- Required Credits: 129 credits
- Program Length: 4 years
- Learning Format: Online, hybrid
- NCES School Graduation Rate: 81%
Bachelor of Science in Petroleum Engineering Admission Requirements
- GPA: 2.75 recommended
- Standardized Tests: Optional ACT or SAT scores
- Application Fee: $35
- Minimum Education: High school diploma or equivalent
- Other Requirements: Four units of English, three units of math (Algebra I or above), three units of lab science, three units of social studies, one additional unit of previous subjects or world language,
Applying to University of North Dakota
- Meet the admission requirements
- Complete an application up to one year in advance
- Request your official high school transcripts
- Submit ACT or SAT scores (optional through summer 2023)
What Is an Engineering Bachelor’s Degree?
An engineering bachelor’s degree is an undergraduate degree that provides students with fundamental training to prepare them for a career in the engineering field. The program focuses on the application of science and math to structures, machines, systems, and processes. Students can expect the coursework to cover science, math, and general engineering.
There are various engineering fields that prospective students can choose from, including aerospace, biomedical, chemical, petroleum, civil, environmental, and computer engineering. Earning a Bachelor’s Degree in Engineering takes four to five years. It is a great career path for those with an interest in science, math, and, of course, engineering.
How Important Is a Bachelor’s Degree in Engineering?
A Bachelor’s Degree in Engineering is very important if you are looking for a broad education in the field of engineering and want a qualification for entry-level engineering jobs. Other reasons why an engineering bachelor’s degree is important include:
- Pathway to graduate school
- Foundational math and science knowledge
- Preparation for a wide variety of industries and careers
- Access to alumni network
- Hands-on learning through labs
- Multiple learning paths
What Types of Bachelor’s Degree Can You Get in Engineering?
You can get the following types of Bachelor’s Degree in Engineering:
- Bachelor of Science in Engineering
- Bachelor of Applied Science
- Bachelor of Arts in Engineering
A Bachelor of Science in Engineering is the most common type of engineering bachelor’s degree. Very few colleges offer a Bachelor of Arts or a Bachelor of Applied Science in Engineering. A Bachelor of Science is more focused on math and science. These are core subjects when it comes to engineering.
Students who want a broader education or who do not know what area they want to specialize in may opt for a Bachelor of Arts. While this type of degree will cover similar core topics, there will be more of a focus on fine arts, humanities, and social sciences. Employers would usually seek a Bachelor of Science when it comes to engineering jobs.
Is It Better to Get a Bachelor of Science or a Bachelor of Arts in Engineering?
It is better to get a Bachelor of Science in Engineering because it focuses on math and science. A Bachelor of Science is geared toward logic, reasoning, and problem-solving. These skills are key to any engineering job, no matter what type of engineering you specialize in.
A Bachelor of Science in Engineering is better for getting you a job because employers will often specify this type of degree for engineering jobs. Employers prefer to hire people who have advanced knowledge of math and science as well as logic and reasoning skills.
The main difference between a Bachelor of Science and a Bachelor of Arts in Engineering is the focus of the coursework. A Bachelor of Arts will provide fundamental engineering classes and studies, but the general education and electives will focus more on the arts, social sciences, and humanities. It will also give students a wider range of classes to explore, whereas a Bachelor of Science is more focused and specialized.
What Is the Difference Between an Engineering Bachelor’s Degree and an Engineering Certificate?
The main difference between an engineering bachelor’s degree and a certificate in engineering is employability. While an engineering certificate may qualify you for an entry-level job, most employers will want a bachelor’s degree level of education, at minimum.
An engineering bachelor’s degree takes more time to complete and costs more money. However, it provides a much broader level of education, and unlike a certificate, it doesn’t just focus on one specialized area of engineering. If you already have a bachelor’s degree, a certificate in engineering is an ideal qualification to seek to boost your resume, increase your earnings, and widen your job search.
How Much Does It Cost to Get a Bachelor’s Degree in Engineering?
The average annual cost of attending a four-year institution is around $28,775, according to the National Center for Education Statistics. Public institutions are cheaper and cost around $21,035. The average cost of non-profit private institutions is $48,965 and the tuition for a for-profit, private institution costs $27,696. These costs include tuition, fees, room, and board.
Costs vary between universities and most offer a tuition calculator on their website to give students a full understanding of how much they will owe. Students can apply for federal aid, such as FAFSA, to help cover Bachelor’s Degree in Engineering costs.
How Long Does It Take to Get a Bachelor’s Degree in Engineering?
It takes four years to get a Bachelor’s Degree in Engineering. Students must complete a minimum of 120 credits to get a bachelor’s degree. A Bachelor’s Degree in Engineering length is determined by how many credits you take per semester.
Furthermore, if you are transferring credits from an associate degree or you enroll in an accelerated program, you can complete your bachelor’s degree within two years. If you take a self-paced online program or study part-time, it may take up to six years to graduate.
How Hard Is It to Get a Bachelor’s Degree in Engineering?
It is not hard to get a Bachelor’s Degree in Engineering because there is a wide variety of disciplines and paths you can take within engineering. For example, you can earn a Bachelor of Science in Nuclear Engineering, Civil Engineering, or Computer Engineering. This range means that you can choose a path that suits your strengths, interests, and career goals.
Engineering bachelor’s degree programs provide foundational courses. For the first two years of an engineering bachelor’s degree program, students will take lower-level and introductory classes. While a strong background in math and science is advisable, prior knowledge of engineering principles is not required and students will learn their discipline from the ground up.
Why Should You Get an Engineering Bachelor’s Degree?
The benefits of getting a Bachelor’s Degree in Engineering are:
- Access to higher education such as a master’s degree or professional certification
- In-demand skills training
- Hands-on training with labs and collaborative projects
- Qualify for high paying and fast-growing entry-level and mid-level engineering jobs
- Multiple career opportunities
The benefits of getting a second Bachelor’s Degree in Engineering are to explore and learn new areas of engineering. For example, the education you receive in a computer engineering program will greatly differ from a nuclear engineering program. If you have been employed as an engineer for a long period of time, a second bachelor’s degree will be useful to learn up-to-date practices and widen your network.
What Courses Do You Need to Take in a Bachelor’s Degree Program in Engineering?
The required courses for a Bachelor’s Degree in Engineering cover core topics specific to the type of engineering degree you chose. Bachelor’s Degrees in Engineering courses also include advanced math and science classes. A Bachelor’s Degree in Engineering course list will often include specializations or concentrations, as well as free electives to allow students to explore various engineering concepts.
Fluid Mechanics
This course focuses on teaching the behavior of various fluids such as liquid, gas, and plasmas. Students will use labs for experiments with technical reports. Students will learn how to use Matlab to conduct computational techniques and flow visualization. Fluid mechanics is widely used in mechanical, chemical, nuclear, and aerospace engineering.
Solid Mechanics
This class teaches the concepts of displacement, stress, and strain. Students will learn about the theory of linear elasticity, equilibrium equations within a continuum, solutions for elementary problems with elasticity, and review equilibrium for rigid bodies and particles.
Structural Engineering
Students will be introduced to the design and analysis of structural systems. This will cover different types of structural materials such as steel, concrete, and timber. Concepts like dynamic load, structural application, and structural analysis theory are also covered.
Environmental Engineering
This class will introduce students to the chemical, physical, and biological processes in the environment. The course will cover the environmental impacts of human and industrial activities, the basic processes of air, land, and water quality, hazardous waste management, and the application of fundamental environmental engineering principles.
Thermodynamics
The basic laws of thermodynamics will be covered in this class. This includes thermodynamic properties, energy and mass conservation, entropy, and second-law analysis of thermodynamics systems and gas and vapor cycles.
Continuing Education Paths for Engineering Bachelor’s Degree Graduates
The best continuing education path to take for engineering bachelor’s degree graduates is to enroll in graduate school and get a master’s degree in an engineering field. For example, you could earn a Master’s Degree in Electrical Engineering. While a master’s degree will require a further two years of study and tuition, having a Master’s in Engineering will increase your salary and job opportunities.
Related Engineering Degrees
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What to Look For in the Best Engineering Bachelor’s Degree Programs
The best engineering bachelor’s degree programs are accredited, have excellent reviews, and have a comprehensive curriculum for students coming straight out of high school. You can expect laboratory experiments, hands-on training, and classes covering advanced science and math from an engineering bachelor’s degree.
Accreditation
You must enroll in a program that is accredited by a recognized body. This will ensure you receive the best education possible and stand out to future employees. Accreditation also gives you the reassurance that the program is constantly updated and reviewed and maintains the highest quality.
Faculty Credentials
Students entering the competitive field of engineering must receive industry-relevant education and training. Having faculty who are experienced professionals is vital. Students can research faculty credentials using the school’s website or by reading reviews.
Career Services
Students who want to earn their bachelor’s degree and go straight into the workforce should pick a college with a top career services team. Career services provide job placement assistance both during your studies and after graduation. This includes portfolio building, mock interviews, resume writing, and networking opportunities.
Cost
If you want to study at the best colleges you may have to pay higher tuition and fees. Consider options within your budget and weigh up the benefits of the program you are taking. It might be worth paying higher tuition to receive an education from a highly-rated school as your chances of high-salary employment will be better.
Curricular Content
When it comes to an engineering degree, you must pick a program that fits your career goals and educational requirements. Engineering covers a vast range of industries and areas of study. It is paramount you find a school that is known for the particular type of engineering that interests you.
What Is the Most Affordable Engineering Bachelor’s Degree?
The most affordable Bachelor’s Degree in Engineering is the Bachelor of Science in Nuclear Engineering offered by Purdue University. This program costs just $9,992 per year for tuition and fees for in-state students.
For out-of-state students, the most affordable engineering bachelor’s degree is the Bachelor of Science in Civil Engineering offered by the University of California, Berkeley. Tuition and fees for this program are $14,254 per year for all students.
Salary and Job Outlook for Engineering Bachelor’s Degree Graduates
Students will have a wide variety of engineering bachelor’s degree jobs available to them when they complete their program. A Bachelor’s in Engineering salary is high, even for entry-level jobs and engineering is a secure career as engineers are in high demand.
Bachelor’s Degrees in Engineering jobs are available across a multitude of industries, such as tech, healthcare, architecture, and science. Continue reading to learn more about the best Bachelor’s Degree in Engineering jobs and what salary you can expect with an engineering bachelor’s degree.
How Hard Is It to Get a Job With an Engineering Bachelor’s Degree?
It is easy to get a job with an engineering bachelor’s degree because there are a wide variety of career opportunities available to degree holders. For example, a student interested in sustainability and climate change can enter into a career as an environmental engineer. Students with a technical background and strong problem-solving skills can seek computer engineering jobs.
What’s the Average Engineering Bachelor’s Degree Salary?
The average salary for someone with a Bachelor’s Degree in Engineering is $91,000 per year, according to PayScale. While this is a typical salary for an engineering graduate, the salary will depend on your area of specialization.
The highest-paid professional engineers are petroleum engineers with an average salary of $137,330 per annum, whereas the lowest-paid engineers are agricultural engineers with an average annual salary of $84,410, according to the Bureau of Labor Statistics (BLS).
What Types of Jobs Can You Get With an Engineering Bachelor’s Degree?
The jobs you can get with an engineering bachelor’s degree include civil engineer, petroleum engineer, aerospace engineer, chemical engineer, and computer hardware engineer. A Bachelor’s Degree in Engineering will qualify you for entry-level jobs in these fields, depending on what area of specialization you choose with your degree.
Engineering Degree Jobs
- Environmental engineer
- Computer engineer
- Marine engineer
- Nuclear engineer
- Civil engineer
Potential Careers With an Engineering Degree
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How Much Money Can You Make With a Bachelor’s Degree in Engineering?
You can make between $45,000 and $202,000 per year with a Bachelor’s Degree in Engineering. This salary depends on your location, job title, and years of experience. Earning additional qualifications, such as a master’s degree, a post-baccalaureate certificate, or professional certification can increase your average salary.
Highest-Paying Engineering Bachelor’s Degree Jobs and Salaries: Overview
| Engineering Bachelor’s Degree Jobs | Average Salary |
|---|---|
| Petroleum Engineering | $130,850 |
| Computer Hardware Engineer | $128,170 |
| Aerospace Engineer | $122,270 |
| Nuclear Engineer | $120,380 |
| Chemical Engineer | $105,550 |
| Electrical and Electronics Engineer | $100,420 |
| Construction Manager | $98,890 |
| Materials Engineer | $98,300 |
| Bioengineer and Biomedical Engineer | $97,410 |
| Marine Engineer | $93,370 |
Best Jobs for Engineering Bachelor’s Degree Grads
The best jobs for engineering bachelor’s degree grads are specialized engineering roles, such as computer engineers or aerospace engineers. These jobs require students to take a certain concentration path during their studies. By focusing on a particular field of engineering, you can increase your salary and career prospects.
A petroleum engineer is responsible for the location, quantity, and quality of hydrocarbon deposits. They also plan, manage, and optimize the extraction of these deposits. Petroleum engineers play an active role in the evaluation, development, and production of oil and gas.
- Average Salary: $130,850
- Job Outlook: 8% job growth from 2020 to 2030
- Number of Jobs: 28,500
- Highest-Paying States: New Jersey, Texas, Florida, Colorado, Oklahoma
A computer hardware engineer creates, develops, and tests computer hardware. This kind of hardware engineering deals with computer systems, circuit boards, and other electrical systems.
- Average Salary: $128,170
- Job Outlook: 2% job growth from 2020 to 2030
- Number of Jobs: 66,200
- Highest-Paying States: Washington, California, Massachusetts, Maryland, New York
Aerospace engineers work to advance the field of aviation by designing, testing, repairing, and improving various commercial and military aircraft and spacecraft.
- Average Salary: $122,270
- Job Outlook: 8% job growth from 2020 to 2030
- Number of Jobs: 61,400
- Highest-Paying States: District of Columbia, Maryland, Virginia, Washington, Texas
Nuclear engineers are in charge of designing, constructing, and operating nuclear power plants. They design and build systems, equipment, and processes to take advantage of the benefits of radioactive and nuclear materials.
- Average Salary: $120,380
- Job Outlook: -8% job growth from 2020 to 2030
- Number of Jobs: 17,200
- Highest-Paying States: California, Arizona, Nevada, Idaho, Utah
Chemical engineers apply their scientific and engineering knowledge to the research, development, and manufacture of chemicals, drugs, fuel, and other products. They work to improve the processes and equipment used in chemical processing, as well as to solve industry problems.
- Average Salary: $105,550
- Job Outlook: 9% job growth from 2020 to 2030
- Number of Jobs: 26,300
- Highest-Paying States: Texas, Delaware, Louisiana, New Mexico, Idaho
Electrical engineering involves the design, development, and testing of electrical devices and equipment like communications systems and power generators. Electronics engineers work to create, design, and develop devices like mobile phones, computers, and music players.
- Average Salary: $100,420
- Job Outlook: 7% job growth from 2020 to 2030
- Number of Jobs: 313,200
- Highest-Paying States: District of Columbia, California, New Jersey, Vermont, Washington
Construction managers are responsible for the planning, control, and evaluation of the activities of a construction project. They ensure that it is completed safely, at the agreed-upon time, and on budget.
- Average Salary: $98,890
- Job Outlook: 11% job growth from 2020 to 2030
- Number of Jobs: 448,000
- Highest-Paying States: New Jersey, New York, Delaware, California, Hawaii
Materials engineers use their knowledge of materials, plastics, and ceramics to create specifications for mechanical, electrical, and chemical products.
- Average Salary: $98,300
- Job Outlook: 8% job growth from 2020 to 2030
- Number of Jobs: 25,100
- Highest-Paying States: New Mexico, Maryland, Louisiana, California, Texas
Biomedical engineers focus on designing, developing, and evaluating advanced healthcare technology. They typically work in medical and research facilities.
- Average Salary: $97,410
- Job Outlook: 6% job growth from 2020 to 2030
- Number of Jobs: 99,100
- Highest-Paying States: Massachusetts, Minnesota, New Jersey, California, Maryland
Marine engineers construct, design, test, repair, and maintain marine equipment like ships, boats, submarines, and other watercraft.
- Average Salary: $93,370
- Job Outlook: 4% job growth from 2020 to 2030
- Number of Jobs: 9,800
- Highest-Paying States: District of Columbia, Texas, Maryland, Alaska, California
Best Jobs According to Your Major
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Engineering Bootcamp vs Engineering Bachelor’s Degree: Which Is Better?
A Bachelor’s Degree in Engineering is better than an engineering bootcamp. However, there are benefits to earning an engineering program at a bootcamp. You can decide whether a college degree or coding bootcamp is best for you by looking at the benefits of each educational pathway.
Benefits of an Engineering Bachelor’s Degree
- Higher earning potential. College degrees are highly valued by employers in the industry, which makes the salaries of college graduates higher than those of people without degrees.
- More career opportunities. Earning a bachelor’s degree means getting a broad knowledge of the field. After graduation, you have a range of career opportunities available to you within your chosen engineering field.
- Increased employability. A Bachelor’s Degree in Engineering can increase your employability. The degree makes you stand out as an expert in the field and gives you a competitive advantage.
- More networking opportunities. College is a good place to start building your professional network. Through engineering student organizations, professional societies, extracurricular activities, and faculty connections, you can meet people from different areas of specialization and expertise.
- Better personal development. Bachelor’s degree programs include general education requirements. This can help you find out what else you love and what else you are good at, making it easy to choose an exciting career path.
Benefits of an Engineering Bootcamp
- More affordable. Coding bootcamps are more affordable than four-year college degrees, which makes them more accessible for more types of students.
- Shorter. Bootcamps range in length from three months to nine months, depending on the school, program, and learning format of your choice.
- More hands-on training. Coding bootcamps focus on training students with hands-on experiences and projects. Students get to solve real-world problems and work on projects for their portfolios.
- Better career services. The majority of engineering bootcamps offer career services to prepare students for real jobs. The services include things like mock interviews, resume coaching, and online profile building.
- More up-to-date curricula. The curricula of most bootcamps is focused on current in-demand skills in the labor market, increasing the students’ employability, and giving them a competitive advantage.
Is a Bachelor’s Degree in Engineering Worth It?
Yes, a Bachelor’s Degree in Engineering is worth it if you are looking for an exciting career, have an interest in math and science, and you enjoy designing new things. The field of engineering is broad, with many career opportunities for experts in the field. The majority of the jobs are also high-paying jobs with stable job growth rates.
Additional Reading About Engineering
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Engineering Bachelor’s Degree FAQ
The bachelor’s degree that is best for engineering could be in fields such as civil engineering, chemical engineering, or aerospace engineering depending on what branch you want to go into. There are different areas of engineering and you have to choose the degree that aligns with your interests and your dream career path.
Some of the jobs you can get with a Bachelor’s Degree in Engineering are petroleum engineer, chemical engineer, civil engineer, construction manager, and aerospace engineer. The job you get depends on what degree program you specialize in.
Yes, a Bachelor’s Degree in Engineering is worth it because it increases your employability and creates career opportunities as bachelor’s degrees are more attractive to employers. Additionally, an engineering bachelor’s degree can be a pathway to graduate school, where you can further specialize and earn a master’s degree and then a doctoral degree.
The difference between BE and BTech programs is that a Bachelor of Engineering (BE) has a more theoretical curriculum whereas a Bachelor of Technology (BTech) is more practical.
About us: Career Karma is a platform designed to help job seekers find, research, and connect with job training programs to advance their careers. Learn about the CK publication.
