Overview of Engineering Mechanics

Engineering Mechanics is the branch of engineering that deals with the analysis and design of objects and systems under external forces, such as loads, accelerations, and moments. It involves the application of knowledge such as calculus, differential equations, and vector analysis to analyze and design systems. Engineers use engineering mechanics to design structures and manufacturing systems, analyze problems in force and motion, and optimize designs for power, efficiency, and cost. The field includes experimental and mathematical analysis of physical systems so that real-world models of objects and systems can be created.

Career Opportunities in Engineering Mechanics

Engineers with a background in Engineering Mechanics can fill many positions in a variety of industries, such as aerospace and automotive engineering as well as electronics and renewable energy. Specifically, the field includes design and analysis of mechanical systems, experimental and finite element analysis, computer-aided engineering, machine design, structural analysis, vibration analysis, and simulation of complex systems. There are many employment opportunities with employers such as automotive manufacturing companies, aerospace and defense contractors, engineering and design companies, and government agencies.

Internship or Co-op Opportunities Related to Engineering Mechanics

Academic institutions, research centers, and companies typically offer internships and co-op opportunities for students studying Engineering Mechanics. Students may be able to apply their knowledge to developing a working prototype or assisting in the implementation of a design or project. Internships can provide hands-on experience that complements a student’s college curriculum and may boost his or her chances of finding a job after graduation.

Specialized Tracks or Concentrations Within Engineering Mechanics

Many engineering schools offer specialized tracks or concentrations within Engineering Mechanics such as robotics, mechatronics, systems and controls, and design. Specialization allows students to delve deeper into particular areas of the field, providing them with the knowledge and skills to work on special projects or design solutions for complex systems. Specializations often include applications in biomedical engineering, aerospace, automotive and machine design.

How Engineering Mechanics Prepares Students for Graduate School or Further Education

Engineering Mechanics provides students with a strong background in engineering principles, physics, calculus and differential equations needed for advanced studies. An understanding of engineering mechanics helps students enter graduate school and further degrees in fields such as aerospace engineering, materials engineering, robotics, or engineering management. Students will be able to use the knowledge acquired in Engineering Mechanics to design and analyze systems for a wide variety of applications and use their skills to help solve everyday engineering challenges.

Impact of Artificial Intelligence on Engineering Mechanics

Artificial intelligence (AI) has had a significant impact on the field of engineering mechanics. AI-equipped robots and systems are widely used to automate processes and tasks, and to improve the accuracy and quality of work. AI is also a critical component for the operation of self-driving vehicles, automated guided vehicles, robotic surgery, and artificial autonomous agents. AI is used for designing materials development and creating predictive models that are used for devising solutions to various engineering problems. AI also helps optimize force and motion, analyze fatigue and fracture, vibration analysis, and robotics control.

The Career Outlook for Engineering Mechanics

The career outlook for Engineering Mechanics professionals is promising due to the ever-changing needs of business and industry. Continuous advancements in automation and robotics are driving demand for engineers with the technical, analytical, and problem-solving skills in this field. Positions in the field of engineering mechanics are expected to grow at an average rate in the coming years, with the greatest demand in the automotive and aerospace industries. Additionally, many engineers with a specialty in engineering mechanics can find employment in the biomedical, energy, and nanotechnology industries.

Here are the top reported starting salaries for graduates in Engineering Mechanics:

University of Illinois Urbana-Champaign, Salary: $67,403

Virginia Polytechnic Institute and State University, Salary: $64,144

University of Wisconsin-Madison, Salary: $61,649

For privacy reasons, not all schools report the first year salaries for students who earned their bachelor’s degree in Engineering Mechanics.