1. Undergraduate course
At the undergraduate level, Duke University offers a Bachelor of Science degree in mechanical engineering. The degree has been certified. Recently, the school launched a new professional certificate program, allowing students to take two undergraduate certificates: aerospace engineering, energy and environment.
Duke University's undergraduate mechanical engineering and materials science provide students with a good understanding of the core topics of engineering, great freedom to pursue professional interests, and opportunities for practical research, independent research, double majors and studying abroad. Its second major can be studied in Engineering College or Duke Trinity College of Arts and Sciences.
Bachelor of Science in Mechanical Engineering
Students have great freedom to study the second major and minor. The second major and minor are completed in engineering colleges or art and science colleges.
Bachelor of Mechanical Engineering Science consists of 34 credits. Among them, general engineering requires 19 credits, and department-specific requirements require 15 credits.
4+ 1 Project: Bachelor of Science/Master of Science
Completing the Bachelor of Science and Master of Engineering within five years is an excellent opportunity to deepen the training. Engaged in civil and environmental engineering industry, more and more practitioners need to have a master's degree.
This "4+ 1" scheme is suitable for students who have enough credits to start master's courses in their senior year. There are three master's degrees to choose from: Master of Engineering, Master of Science and Master of Engineering Management.
2. Master's degree
At the master's level, Duke University offers master of science and master of engineering degrees in mechanical engineering and materials science to provide students with personalized interdisciplinary training. Graduates can engage in academics or work in enterprises. About 60% master students enter this industry. Work in a top enterprise or start your own company. About 40% of the master students enter the doctoral program.
Interdisciplinary training
Duke University's Master of Mechanical Engineering program has close cooperation with biomedical engineering, civil and environmental engineering, electrical and computer engineering. The Master of Materials Science course combines engineering innovation with applied mathematics, physics and chemistry. In addition to studying science and engineering courses, students can also strengthen training and study elective subjects such as business, law and medicine.
Personalized learning plan
Flexible teaching plan allows students to determine their own professional interests and connect with other disciplines. Project-based curriculum introduces cutting-edge research into experimental learning. Internship brings advanced course practice.
Master of Science in Mechanical Engineering and Materials Science
This master of science degree is an advanced engineering degree. It includes specialized courses, papers or projects related to the selected disciplines. The core of the Master of Mechanical Engineering and Materials Science is project research/thesis. It is conducted with the assistance of world-class teachers and covers all aspects of postgraduate study.
The Master of Science in Materials Engineering and Materials Science usually takes 1.5 to 2 years to complete, which is enough to lay a solid foundation for research or technology development. Graduates can engage in academic or professional fields.
Master of Engineering in Mechanical Engineering and Materials Science
This master of engineering degree focuses on career development. It contains strong technical and business courses and requires participation in industry practice.
The master of engineering needs to complete the preparatory course and internship in the core industry, and deepen the major by studying the technical courses related to the core professional fields. It usually takes 1.5 years to complete.
Duke University's mechanical engineering and materials science provides balanced training in engineering and business fields, suitable for fast-paced technical occupations. This major offers the following learning directions, and you can learn more about each direction: material engineering, material science and engineering, computational mechanics, and scientific computing.
Generally speaking, the Master of Science focuses on research, which is very suitable for technical or research-oriented industries or doctoral studies. The master of engineering focuses on the career development of the industry, including internships.