What Are the Most Popular Engineering Majors?
The principles of engineering involve technical and mechanical invention and problem solving. Engineers work in every facet of business and industry. Keep reading if you want to know about some popular engineering majors. Schools offering Computer Engineering degrees can also be found in these popular choices.
Engineering Degree Program Overview
Many schools offer bachelor's degree programs in various fields of engineering, such as electrical, mechanical or computer engineering. A 4-year bachelor's degree program gives students knowledge of engineering principles and practices, along with experience in the lab and in the field. Graduates can begin their careers or pursue further studies. Here's a look at what you'll study in some of the most popular engineering major programs.
Important Facts About Engineering Majors
|Degree Levels||Undergraduate and graduate|
|Continuing Education||Professional Engineering (PE) license offered in each state|
|Concentrations||Telecommunications, state and local government, energy, defense, transportation and automotive, computers, bioengineering, manufacturing, education, research and development, and semiconductors|
An undergraduate program in computer engineering can help you develop the technical skills to work in computer hardware and software research, development and manufacturing. Preliminary courses in calculus and physics usually lead to major-related courses in linear circuitry, data structures and digital systems. Advanced courses, such as software and hardware engineering, are often supported by lab courses in Internet operations and digital program design.
Electrical engineering can be found in many industries, including manufacturing, automation, health care and power utilization. Introductory courses usually give you an overview of computer usage in the study of the mechanisms that control other systems and software procedures, as well as the principles of electrical circuitry and system design.
Advanced courses may cover the use of electronic sensors and semiconductors to process electrical impulses, or product development and how it relates to economics. Another advanced topic that may be covered is the relation of linear systems to robotics, electromagnetic and other applications. Most of these courses include work in a laboratory setting. Programs typically conclude with independent elective or senior elective courses.
Mechanical engineers design, develop and build the engines that keep us moving and the tools needed to fix them. The curriculum may begin with courses in calculus, mathematics and physics, along with introductory courses in computation and mechanics. You may also take courses in thermodynamics, which introduce you to the effects of both heat and cold or fluid mechanics, which focuses on the basic principles of motion and momentum.
Other courses you may take include product design and automation. Product design courses give you an understanding of what skills are needed to produce a product with regard to cost, quality and need. Automation courses lean heavily on robotics and computer applications. There are also specialization courses in biomechanics, computer system design, aerospace design, combustion engine fundamentals, material microstructure and composite materials use.
Civil engineers are directly responsible for our nation's infrastructure. In this position, you may design and build water and waste systems, roads, bridges, tunnels and transportation hubs. Your course load usually begins with studies in calculus, physics, computer science, structural design and fluid or soil mechanics. Advanced studies may focus on solid, fluid and gaseous materials encountered in civil engineering, project planning and financing, hydraulics, hydro systems and the effects of engineering projects on neighborhoods and the environment.
To continue researching, browse degree options below for course curriculum, prerequisites and financial aid information. Or, learn more about the subject by reading the related articles below: