Program Objectives
A Bachelor of Science in engineering program aims to achieve proficiency in the following:
-
Application of concepts in mathematics, engineering, and science
-
Identifying, defining, and solving engineering problems
-
Designing experiments, conducting experiments, analyzing data, and interpreting results
-
Working in collaboration with multidisciplinary teams
-
Practicing engineering techniques and tools
-
Designing components, systems, or processes to meet the required goals
-
Handling environmental, economic, social, political, ethical, and sustainability constraints
-
Comprehending the global, environmental, economic, and societal impact of engineering solutions
Curriculum
Engineering schools offer numerous degrees in this field. Coursework comprises of classroom instruction, laboratory training, and field studies. Generally, undergraduate students start their bachelor's degree in engineering without declaring a concentration. During their first year, students focus on their core courses. Core requirements are usually the same for many undergraduate degree programs, and generally consist of the following courses:
-
Single and multivariable calculus
-
Engineering mathematics
-
Physics
-
Chemistry
-
Engineering problem solving
Students will have a choice among several general elective classes. This general education component consists of courses in humanities and social sciences. Students must ensure that they are meeting their respective program's requirements. By their second year, they are required to select and declare a major. Discipline specific credit hours vary with the programs. Majors are offered in the following areas:
-
Mechanical Engineering
-
Civil Engineering
-
Electrical engineering
-
Chemical engineering
-
Environmental engineering
-
Aerospace engineering
Students will be trained to carry out research and independent study in engineering areas. They may also peruse a minor in their bachelor's degree. Most schools offer the following as minors in their engineering programs.
-
Bioinformatics
-
Computer Science
-
Robotics
-
Systems Science and Engineering
-
Energy Engineering
-
Mechatronics
-
Nanoscale Science and Engineering
Online Education
If you want to advance your education in a diverse and flexible environment, you may want to choose an online bachelor's degree. Engineering programs require significant investment in terms of time and money. Students should ensure that the quality of education they receive should meet the professional standards in the field of engineering. It should produce leaders in innovation and emerging technologies. One way to ensure this is to enroll in programs accredited by recognized agencies such as the Engineering Accreditation Commission of the Accreditation Board for Engineering and Technology (ABET). Online programs are ideal for students working full time or are unable to attend classes on a school campus.
Possible Career Paths
The need for skilled and knowledgeable processionals in the field of engineering is growing. Besides opting for traditional engineering professions in engineering and manufacturing firms, graduates may find employment with agencies and corporations that deal with issues like environmental control, worker health and safety, government regulations, telecommunications, green design, and product liability. Engineers are hired by federal, state, and local governments; consulting firms; and public and private companies. They could also set up and operate their own businesses.
This degree will prepare you for various engineering positions. You could also choose to enroll in a graduate program to further your education. Alternatively, you could pursue licensure by taking the Fundamentals of Engineering (FE) exam after graduation. Once you pass this exam, you will become an engineer in training (EIT). After getting work experience, you could take the Principles and Practice of Engineering exam to become fully licensed.