BSc in Mechanical Engineering in Wichita Falls United States | Midwestern State University

Mechanical engineers apply principles of mechanics and thermodynamics to create and construct machinery, devices, and systems, including internal combustion and jet engines, thermal fluid systems for power generation, and sophisticated artificial hearts.

Regarded as the most versatile engineering discipline, mechanical engineering offers diverse career paths and opportunities to transition into various engineering and non-engineering fields. These professionals design and develop an extensive array of systems and products, from power plants, engines, and vehicles to rockets, aircraft, robotics, tools, and home appliances. The Mechanical Engineering curriculum teaches students to become effective problem-solvers, collaborative team members, and, most importantly, independent learners. The Engineering program maintains high standards, requiring students to navigate a demanding curriculum grounded in advanced mathematical understanding.

Students establish their foundation through first-year pre-engineering courses, which include two semesters each of calculus and physics along with three introductory engineering courses. This initial year provides the essential groundwork for future achievement.

During the second year, students can formally declare mechanical engineering as their major and enroll in numerous program-specific theoretical courses alongside advanced mathematics classes. This year equips students for the intensive laboratory courses that follow.

The final two years concentrate on practical applications and hands-on experience. The two-semester senior design project serves as the program's capstone, where student teams apply their engineering expertise to real-world challenges. The Mechanical Engineering Program's mission is to equip every graduate with the fundamental knowledge and training necessary for a successful career in mechanical engineering or related disciplines. Program graduates acquire strong scientific, mathematical, and mechanical engineering foundations through curriculum that incorporates technological advancements. Students develop skills in analyzing, synthesizing, and designing mechanical engineering systems, effectively communicating information, and recognizing the importance of continuous professional development.