4 Years On Campus Bachelors Program
Drexel University offers a Bachelor of Science in Engineering Technology with a concentration in Mechanical Engineering Technology, a general 4-year undergraduate degree in its well-regarded College of Engineering. This is for the student who wants more of a practical, application-oriented type of engineer. It blends mechanical theory with practice to equip graduates to address everyday challenges in product design, manufacturing, HVAC systems, automotive technology, and robotics. The curriculum is structured to build sound foundations in mechanical systems while emphasizing practical application of engineering principles to industrial uses.
Curriculum Structure:
The curriculum is well planned to link class studies with applications in industry. Technical and analytical skills are built by the students through:
• Foundational Coursework: Emphasis is laid on mathematics, physics, and communication skills.
• Core Technical Subjects: Courses like thermodynamics, fluid mechanics, materials, machine design, CAD, and mechanical systems.
• Hands-on Laboratory Experience: Integrated laboratory periods in nearly every technical course to prepare learning by hands-on implementation.
• Capstone Project: A two-term senior project where students design, build, and present a working mechanical system or solution to an actual problem in groups. This is the capstone course.
• Co-op Program (Optional but Highly Advised): One of Drexel's distinctive aspects of engineering education, students can choose to complete up to 18 months of paid, full-time work experience with world-class employers prior to graduation.
Accreditation:
The program is accredited by the Engineering Technology Accreditation Commission of ABET, which ensures it meets high standards of engineering education and professional preparation.
Campus Location:
Drexel University is located in the heart of Philadelphia, Pennsylvania, not only offering its students access to cutting-edge academic buildings and labs but also to one of America's most vibrant and opportunity-rich cities for engineering and technology professional careers.
Drexel is committed to the idea that learning goes far beyond the classroom. Its experiential learning model educates students to put what they've learned into practice with real skills and professional capability through:
• Cooperative Education (Co-op): One of the biggest and best-known co-op programs in the country. Students alternate academic coursework with full-time employment with companies like Lockheed Martin, Johnson & Johnson, Siemens, and Exelon.
• Undergraduate Research: Undergraduates have the opportunity to assist faculty on engineering research projects in automation, sustainable energy, materials discovery, and more.
• Student Competitions and Clubs: The opportunity to participate in student clubs such as ASME (American Society of Mechanical Engineers) and Drexel Smart House, or compete in design competitions such as Formula SAE.
• International Experiences: As part of Drexel's Global Engineering programs, students have the opportunity to participate in international service projects or research collaborations in countries across Europe, Asia, and Latin America.
Drexel's Steinbright Career Development Center offers full-service career services to navigate students through their future:
• Career Advising: Individual advisors help students research career options, set goals, and prepare for interviews.
• Resume Workshops & Career Fairs: Regular events to expose students to employers and hone professional abilities.
• Networking Events and Employer Connections: Partnerships with industries offer students valuable job and internship opportunities.
Employability
Graduates in Mechanical Engineering Technology have high demand in areas such as automotive production, energy, medical equipment, heating and cooling systems, and robotics. Others are employed by high-profile organizations such as Boeing, PECO Energy, Siemens, and U.S. Navy contractors.
Academic Progression:
Students who want to pursue higher studies can pursue a Master's in Mechanical Engineering, Manufacturing Systems, or even go for engineering disciplines like Engineering Management or Industrial Design. They also transition to MBA streams so that they can integrate technical knowledge with business strategy and leadership.
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