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| Master of Science in Transportation and Logistics |
| The MSc in Transportation and Logistics programme offers an opportunity for recent graduates as well as working people to venture into the fast-growing and dynamic field of transportation and logistics. There are many companies involved directly or indirectly with transportation and logistics, and these operate in such areas as airlines, airports, ports, ocean shipping, rail, cargo and freight transport, passenger travel, traffic control, highway operation, toll operation, communication devices, public transportation, buses, LRTs, monorails, express rails, taxis, etc. |
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Students will be exposed to an array of courses which will equip them with multiple skills to handle the increasingly complex and multidisciplinary nature of transportation and logistics issues. Students entering the programme can come from any field but must be prepared to undergo rigorous training at MUST to acquire technical skills in computing, systems design, statistical modeling, economic and project evaluation and so on in order to comprehend the problems of designing, managing and operating complicated transportation and logistics systems. Relevant undergraduate preparation includes engineering, transportation, basic sciences, computer science, information technology, mathematics, economics, management or any other major which includes several of such courses.
The MSc courses have been specially selected from the curriculum at MIT to match the expertise requirements of the transportation and logistics sector. Each course will be supported by a faculty at MIT and MUST.
Required Academic Preparation Coursework
Competence in mathematics, statistics, economics, systems engineering and information technology. Entering students should have an accredited undergraduate degree.
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| Programme Courses* (Click the list below for more info) |
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| Each degree programme consists of 3 semesters of 16 weeks each as well as 2 short sessions of 6 weeks each. Each programme combines an in-depth study of one branch of an engineering field together with studies of its broader technical implications, its economics, political, regulatory, and management contexts. The programme will also provide students with experience in carrying out research projects, both individually, as well as a member of a team.
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| University Core Courses |
There are 3 university core courses, which all students are required to complete:
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| Additional Item - Thesis |
| In addition to these courses and the specific degree courses, all candidates for the Master of Science degree, irrespective of their area of specialization, are also required to take and complete a Thesis. |
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