Mechanical & Electrical Engineering Double Major

Dec 24, 2017

A double major in mechanical and electrical engineering involves an ambitious college program that covers a range of core subjects in math and science as well as engineering courses. Read on to learn about this double major option.

Overview of Bachelor's Degree Double Major Programs in Mechanical and Electrical Engineering

Most people interact every day with systems and products that have been created or refined by mechanical and electrical engineers. Mechanical engineers work on a wide range of machines and mechanical components, including batteries and heating systems. Electrical engineers can work on any systems or products that use electricity, such as electrical engines or medical devices. Pursuing a double major in mechanical and electrical engineering allows graduates to work on a very wide range of products. They will learn the skills needed to design machines and electrical devices, and to determine the best power sources for those products. Both fields are involved with various areas of specialization, such as robotics.

Admission Requirements for Double Major Programs in Mechanical and Electrical Engineering

Postsecondary institutions consider high school transcripts and standardized test scores when reviewing applications. Once students are admitted, they must usually complete any prerequisites in the first year for the majors they're pursuing and maintain an established GPA in order to apply for the majors at the end of that first year. Students pursuing a double major may need permission from the head of the engineering department or could be required to maintain a minimum academic standing.

Double Major Programs in Mechanical and Electrical Engineering Coursework

There are often strict academic requirements for majoring in mechanical and electrical engineering. In order to prepare to pursue these majors students must usually complete several foundational technology courses in their first year. They will also need to complete studies in related subjects, such as mathematics and physics.


Studies in calculus introduce students to different mathematical theories related to the field of calculus. These courses typically include some aspects of geometry, as well as the principles of applied calculus. Students will develop an understanding of the theories and rules and learn how to make complex calculations with their use.


What makes things move? What is energy? Both mechanical and electrical engineering students are commonly required to take courses in physics as part of their studies. An introductory course in physics will ensure that students understand key foundational physics theories. They will particularly explore physics principles that are related to sound and mechanics. Students learn about how physics applies to different substances. Advanced physics courses look at physics principles related to topics such as electricity.

Circuit Analysis

Students will learn about different types of circuits and will also study different types of power sources. The objective is to ensure that students develop an understanding of how circuits work. A course in circuit analysis will also ensure that students are familiar with different scientific laws that apply to circuits.

Mechanical Engineering Design

Design is an important aspect of the work that engineers do. An introductory design course will familiarize students with the stages of product design. Students gain practical experience through assignments that often enable them to collaborate and present design plans verbally. They will also learn how to use computer design software to produce design plans.

Introductory Electrical and Computer Programming

What is electrical engineering? Students are introduced to electrical engineering and often have the opportunity to learn through hands-on projects. They begin to learn about the role of design in electrical engineering and how to use relevant computer software programs.

Heat Transfer

Students will learn about heat transfer. Why does heat transfer more effectively to some substances? Students also learn about thermal radiation and some of the primary theories associated with heat transfer.

How to Choose a Bachelor's Degree with a Double Major in Mechanical and Electrical Engineering

Programs in mechanical and electrical engineering are offered at postsecondary institutions across the United States, and location may be one of the factors students consider when choosing a program. Another consideration is the type of school. Programs are available at public, private non-profit and private for-profit schools, which can affect the cost of the program. It's also important to consider long-term career plans and whether or not the institution offers graduate degrees if you plan to continue your studies. Some institutions offer the option of completing some courses through online studies, which may appeal to students who prefer independent learning or need to work while attending college.

Career Options with an Engineering Degree with a Double Major in Mechanical and Electrical Engineering

The U.S. Bureau of Labor Statistics (BLS) reported that in 2016, mechanical engineers took home a median income of $84,190 while electrical engineers earned $94,210 the same year. From 2016 to 2026 the BLS expects both mechanical and electrical engineering to enjoy a job growth rate of 9%. Individuals with a double major in mechanical and electrical engineering could pursue either career field, or they may opt to explore other engineering fields, such as the examples offered below.

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