Doctor of Engineering Program in Mechanical and Biochemical Engineering
The Doctor of Engineering Program in Mechanical and Biochemical Engineering has been established by the Department of Mechanical Engineering and the Department of Life and Environmental Science to promote excellence in mechanical and biochemical engineering.
This program consists following four engineering disciplines.
Exploring the theory and analytical method on heat, momentum, and substance movement and its control.
Students will comprehensively explore the system analysis and design method and the development of system equipment.
・Atomization Characteristics of High-speed Bell-cup Atomizer
・Study on the influence of ambient conditions on flame spread
・Study on the optimal design method of a screen wick heat pipe
Exploring functional design, performance evaluation, system simulation, optically applied measurement technology, equipment analysis on environmental information, numerical analysis method etc. necessary for structural analysis of mechanical and chemical systems.
Students will comprehensively study industrial applications.
・Analysis of two-degree-of-freedom parametric oscillation by the harmonic balance method
・Evaluation of adhesive strength between metals and ceramics by means of laser shock spallation method
Exploring the theory of plastic processing and cutting processing and the high performance and high performance of materials by physical property control.
Students will comprehensively study industrial applications.
・Manufactureing the electrically conductive and light transmissive nano-composite film
・Development and application of high performance acoustic comb type digital AE sensor using LiNbO3
Exploring theory, process composition method, and functional substances on conversion based on chemical or biochemical reactions.
Students will comprehensively study the latest analyzing and designing methods.
・Biochemical and molecular biological study on teleost’s choriogenesis
・Reproductive ecology of plants and vegetation management
・Effect of microwave irradiation on microwave-heated chemical process
The educational objective of the Doctor of Engineering Program in Electronic, Electrical and Information Engineering is to provide students with a comprehensive education regarding research and development in these fields by striking a balance between in-depth knowledge of electrical or electronic engineering and in-depth knowledge of information systems engineering.
To achieve this objective, we have developed a unique curriculum that provides students with professional level knowledge that will enable them to resolve problems in their fields.
The primary educational objective of the Doctor of Engineering Program in Civil Engineering is to give students a thorough knowledge of and the research skills required for the following: infrastructure maintenance; natural disaster prediction and mitigation; civil construction; and environmental conservation methods.
To achieve this objective, we have developed a unique curriculum that ensures students are ready to tackle the latest issues in this field by enabling them to develop construction and environmental conservation methods, to acquire a sound knowledge of infrastructure maintenance, and to use highly advanced techniques for analysis, comprehension, and evaluation.
