Applied Mechanics

Applied Mechanics at National Taiwan University offers a comprehensive curriculum designed to equip students with fundamental principles and practical skills necessary for solving complex problems in engineering and technology. The program focuses on the study of the behavior of mechanical systems under various forces and conditions, emphasizing both theoretical foundations and applied techniques. Students will explore core areas such as solid mechanics, fluid mechanics, dynamics, structural analysis, material mechanics, and computational methods. Through a combination of lecture-based learning, laboratory experiments, and project-based applications, students gain hands-on experience that prepares them for careers in research, development, and industry.

The curriculum is structured to foster analytical thinking, problem-solving abilities, and innovative design skills. It emphasizes interdisciplinary integration, enabling students to apply mechanics principles across various fields such as aerospace, automotive, civil engineering, and manufacturing. Research opportunities are available through collaborations with faculty members engaged in cutting-edge projects, providing students with exposure to the latest technological advancements. The program also prepares students for further studies or professional licensure by emphasizing rigorous theoretical knowledge complemented by practical training.

Students will have access to state-of-the-art laboratories equipped with advanced instrumentation, fostering an environment conducive to experimentation and research. The faculty members are distinguished experts in their fields, dedicated to mentoring students and guiding research initiatives. Graduates of Applied Mechanics at NTU are well-regarded in academia and industry, equipped with the skills to innovate and excel in various engineering challenges. Overall, the program aims to develop well-rounded mechanical engineers capable of applying applied mechanics principles to design, analysis, and problem-solving in diverse technological contexts.

• Experiments on Electronics
• Experiments on Applied Mechanics II

Elective Courses

• Advanced Applied Mathematics I
• Applied Quantum Mechanics
• Anisotropic Elasticity
• Applied System Identification
• Bio-optoelectronic Measurements
• Continuum Mechanics
•  Carrier Dynamics and Control
•  Compressible Flow
• Design and Fabrication of Opto-mechatronic Systems
• Design of Acoustics/Optics inspection & Measurement System
• DESIGN AND SIMULATION OF OPTOMECHATRONIC SYSTEMS 
• Electromagnetism II
• Fabrication & Design in Optical MEMS
•  Fundamentals & Applications of 
  Polymer Processing
• Fracture Mechanics
• Global Positioning System (GPS)
• Hyperbolic Conservation Laws
• Hydrodynamic Stability
• Introduction to Micro-scale Fluid Dynamics
• Introduction To Nanoscale Energy Transport
• Introduction to Microfluidics
• Introduction to Display Technology
• Introduction to Piezoelectric Energy Harvesting
• Introduction to Implantable Wireless Biomedical Systems
• Implantable Wireless Biomedical Systems I
• Introduction to microcontinuum mechanics and its applications
• Introduction to Two-Phase Suspension Flows
• Introduction to Plasma Dynamics
• Introduction to Air Pollution
• Intelligent Structural Systems & Vibration Control
• Introduction to Microfludics in Lab-On-a-Chip
• Introduction to Smart Living Technologies
• Molecular Dynamics
• Modern Measuring Techniques of Thermal Fluid Mechanics
• MICROSTRUCTURE AND MACROSCOPIC BEHAVIOR OF MATERIALS
• Micro-electromechanical Analysis in Ferroelectric Materials
• Mechanics of Piezoelectric Material
• Micro-electro-mechanical System (MEMS) & Nanotechnology 
• NanoMedicine and NanoMechanics
• Nano Biotechnology
• Nonlinear System & Control
• Optical Desing & Engineering I
• Optical Desing & Engineering II
• Opto-electronic & Piezoelectric Systems
• Physiological fluid Dynamics
• Principle & Applications of Nondestructive Evaluation
• Photonic waveguides
• Physiological Fluid Dynamics
• Quantum Mechanics 
•  Rarefied Gas Dynamics 
• Special topics on Micro-optomechatronic Systems
• Special Topics on Electronic Packaging: Wafer Level Packaging
• Special Topics on Experiments on Electronics
• Special Topics on Computational Dynamics
• Stress Wave Propagation
• Technical Writing
• Technical English II
• Viscous Flows
• Waves in Piezoelectric Crystals & Acoustic Wave Devices
• “Scientific Taiwan” -- One of series courses of “Exploring Taiwan”
• SEMICONDUCTOR MICROSENSORS
• SPECIAL TOPICS IN THERMAL AND WATER MANAGEMENTS OF FUEL CELL
• Syllabus of  Special Topics of Hydrodynamics Stability
• Science and Technology R&D Project Management (Session I, Session II)
• Technical Communication and Writing

• Online application
• English proficiency certificate/proof (no specific level)
• Highest degree's graduation certificate
• Highest degree's full transcript of records (including explanation of grading system) 
• Receipt of the application fee payment
• Declaration and Authorization Form
• Financial statement 
• Passport (if applicable)
• Taiwan Alien Resident Certificate (ARC) (if applicable)
• Photograph
• Recommendation letter x 2

• Research Fellowship for Outstanding International Doctoral Students 

Applicable Degree: Ph.D

Awarding Duration: 3 years

Coverage and Amount: TWD 500,000 /year

Description: NTU has introduced this Scholarship since 2015 to facilitate academic research and exchanges with the international community by attracting international doctoral students of academic excellence. New PhD students who are admitted in the second semester from academic year of 2014/2015 onwards are also eligible to apply.

• Financial Assistance Grant for International Students 

Applicable Degree and duration: Bachelor 4 years, Master 2 year, Ph.D 3 years

Coverage and Amount: Tuition waiver + stipend of TWD 6,000/month

Description: By combining the three old scholarship schemes (International Students Scholarship, International Graduate Students Scholarship and International Graduate Students Support Fund) together, NTU has introduced this Grant since 2015 to attract international students of, and encourage, academic excellence. New international students who are admitted from academic year of 2015/2016 onwards for the first semester (September) entry are eligible to apply.

• MOE Taiwan Scholarship 

Applicable Degree and awarding duration: Bachelor 4 years, Master 2 years, Ph.D 4 years

Coverage and Amount: 
Bachelor: Tuition waiver + Monthly stipend TWD 15,000/ month
Master and Ph.D: Tuition waiver + Monthly stipend TWD 20,000/month
*For recipients enroll from 2016/2017 academic year, the cap on tuition waiver is TWD 40,000. The rest of the amount not covered by the Scholarship should be borne by the recipients.

• MOFA Taiwan Scholarship 

Applicable Degree and awarding duration: Bachelor 4 years, Master 2 years, Ph.D 4 years

Coverage and Amount: Monthly stipend TWD30,000/month +round-trip economy-class plane tickets

• MOST Taiwan Scholarship 

Applicable Degree and awarding duration: Master 2 years, Ph.D 3 years

Coverage and Amount: Monthly stipend TWD30,000/month

• Global Education Program

Nationality limitation: Russian

Applicable Degree: Master, Ph.D

Coverage and Amount: 2,763,000 Rubbles/ year+Tuition fees+ Travel expenses+Accommodation+Medical insurance+Meals+Academic Literature

The Applied Mechanics program at National Taiwan University offers a comprehensive curriculum designed to provide students with a solid foundation in the principles and applications of mechanics in engineering. The program emphasizes both theoretical understanding and practical skills, preparing graduates for careers in research, industry, and academia. Students engage in courses covering classical mechanics, continuum mechanics, fluid mechanics, solid mechanics, and computational mechanics, which are essential for analyzing and solving complex engineering problems. The curriculum is complemented by laboratory work and project-based learning, fostering hands-on experience and problem-solving abilities.

Faculty members in the department are renowned experts in their fields, contributing to cutting-edge research in areas such as materials science, bio-mechanics, and aerospace engineering. Students are encouraged to participate in research projects, internships, and collaborations with industry partners, enriching their educational experience and opening pathways for future employment or advanced studies. The department also organizes seminars, workshops, and guest lectures to keep students updated with the latest developments in applied mechanics and related disciplines. With state-of-the-art laboratories and research facilities, the program strives to cultivate innovative thinking and technological proficiency.

Graduates of the Applied Mechanics program are well-equipped with analytical skills, technical knowledge, and practical experience, enabling them to pursue careers in design, manufacturing, aerospace, automotive industries, and academia. The program’s strong emphasis on interdisciplinary learning and research collaboration prepares students to adapt to technological advancements and challenges in the modern engineering landscape. Overall, the Applied Mechanics program at National Taiwan University aims to develop skilled engineers and researchers capable of contributing to societal advancement through their expertise in mechanics and related fields.