Bachelor in Aerospace Engineering (B.S.)/Mechanical Engineering (B.S.) (Dual Degree)

Illinois Institute of Technology in Chicago is a technology-focused research university with a strong emphasis on engineering, architecture, computing, and applied sciences. Founded in 1890, IIT serves roughly 6,500 students and offers more than 130 programs across undergraduate and graduate levels. Its urban campus provides direct access to Chicago's tech firms, design studios, and research centers, making industry collaboration and internships readily available.

IIT is known for integrating rigorous academics with practical experiences that prepare students for career advancement and entrepreneurship. A substantial international student population contributes to a diverse campus culture and global perspective in classrooms and labs. Faculty-led research, startup incubators, and career services work together to help students translate skills into employment, licensure, or further study.

Prospective international students can expect focused curricula, strong ties to industry, and support services for study and career planning. Programs emphasize applied learning, project-based coursework, and opportunities for co-ops or internships with Chicago employers. For students seeking a technology-driven education in an energetic metropolitan setting, IIT offers resources, networks, and a track record of professional outcomes.

The Bachelor in Aerospace Engineering (B.S.)/Mechanical Engineering (B.S.) (Dual Degree) is a 5-year program for students who want to pursue a career in space science and mechanical engineering. This dual degree program is offered by the Illinois Institute of Technology in Chicago. The main advantage of this program is that it provides students with a broad understanding of both aerospace and mechanical engineering principles.

The curriculum includes subjects like mechanics, thermodynamics, and electrical engineering. Students will develop skills in design, manufacturing, and testing of mechanical systems, as well as analysis and simulation of complex systems. The program also includes hands-on components like lab work and projects, which help students apply theoretical concepts to real-world problems.

Graduates of this program can work as Mechanical Engineers, Aerospace Engineers, Design Engineers, Quality Engineers, or Systems Engineers. They can find jobs in industries like aerospace, automotive, or energy, and work for employers like General Electric, Siemens, or SpaceX.