Discipline ID
bf91b86a-62db-4996-b583-29c1ffe6e71e
COURSE DETAIL
SPACE SENSOR TECHNOLOGY
Country
Germany
Host Institution
Technical University Berlin
Program(s)
Technical University Berlin
UCEAP Course Level
Upper Division
UCEAP Subject Area(s)
Mechanical Engineering
Engineering
UCEAP Course Number
122
UCEAP Course Suffix
UCEAP Official Title
SPACE SENSOR TECHNOLOGY
UCEAP Transcript Title
SPACE SENSOR TECH
UCEAP Quarter Units
5.50
UCEAP Semester Units
3.70
Course Description
The lecture covers the following topics: the basic equation of remote sensing, types and classes of remote sensing sensors, electromagnetic waves, basic radiometric and photometric parameters, signal and systems theory basics, optical space sensors, infrared sensors, far-infrared space sensors, microwave sensor and SAR, systematic data processing and classification.
Language(s) of Instruction
English
Host Institution Course Number
3534 L 855
Host Institution Course Title
SPACE SENSOR TECHNOLOGY
Host Institution Campus
FAKULTÄT V VERKEHRS- UND MASCHINENSYSTEME
Host Institution Faculty
Host Institution Degree
Host Institution Department
Luft- und Raumfahrttechnik
COURSE DETAIL
AIRCRAFT DESIGN III: FUTURE PROJECTS
Country
Germany
Host Institution
Technical University Berlin
Program(s)
Technical University Berlin
UCEAP Course Level
Upper Division
UCEAP Subject Area(s)
Mechanical Engineering
Engineering
UCEAP Course Number
118
UCEAP Course Suffix
UCEAP Official Title
AIRCRAFT DESIGN III: FUTURE PROJECTS
UCEAP Transcript Title
AIRCRAFT DESIGN III
UCEAP Quarter Units
5.50
UCEAP Semester Units
3.70
Course Description
This course covers topics within aviation with a focus on developing projects in the future. The respective design specifications of the design project are elucidated on the basis of current research projects e.g. specified in the area of CleanSky and Aviation 2050. Through literature research and group discussions, a valid draft according to the specification is developed and evaluated. During the presentation, the procedure, results, and ideas are discussed and solutions are developed.
Language(s) of Instruction
English
Host Institution Course Number
3534 L 810
Host Institution Course Title
AIRCRAFT DESIGN III: FUTURE PROJECTS
Host Institution Campus
FAKULTÄT V VERKEHRS- UND MASCHINENSYSTEME
Host Institution Faculty
Host Institution Degree
Host Institution Department
Institut für Luft- und Raumfahrt
COURSE DETAIL
MECHANICAL VIBRATIONS
Country
Sweden
Host Institution
Lund University
Program(s)
Lund University
UCEAP Course Level
Upper Division
UCEAP Subject Area(s)
Mechanical Engineering
Engineering
UCEAP Course Number
113
UCEAP Course Suffix
UCEAP Official Title
MECHANICAL VIBRATIONS
UCEAP Transcript Title
MECH VIBRATIONS
UCEAP Quarter Units
6.00
UCEAP Semester Units
4.00
Course Description
This course presents the theoretical foundation of mechanical vibrations in multi-dimensional systems. The course covers applications that are directed towards machine and structural dynamics, vibrations in n-degree of freedom systems, damping mechanisms, gyroscopic forces, modal analysis (classical normal modes and complex modes), transfer functions, transient response, continuous systems, vibration damping, and vibration isolation. Applications include the numerical analysis of mechanical vibrations.
Language(s) of Instruction
English
Host Institution Course Number
FMEN11
Host Institution Course Title
MECHANICAL VIBRATIONS
Host Institution Campus
Lund University
Host Institution Faculty
Engineering
Host Institution Degree
Host Institution Department
Engineering- Mechanics
COURSE DETAIL
THEORY AND COMPUTATION OF COMPOSITE MATERIALS
Country
Germany
Host Institution
Technical University Berlin
Program(s)
Technical University Summer
UCEAP Course Level
Upper Division
UCEAP Subject Area(s)
Mechanical Engineering
Materials Science
UCEAP Course Number
114
UCEAP Course Suffix
UCEAP Official Title
THEORY AND COMPUTATION OF COMPOSITE MATERIALS
UCEAP Transcript Title
COMPOSITE MATERIALS
UCEAP Quarter Units
6.00
UCEAP Semester Units
4.00
Course Description
In this course students learn the theory of elasticity for composite materials used in lightweight structures such as airplanes, race cars, and laptop covers. Students write their own code and simulate deformation in composite materials and work on solving engineering problems in elasticity in a small team. The emphasis of this course is on a theoretical understanding of problems in continuum mechanics, especially elasticity of composite materials. Participants understand elasticity theory, laminate theory, and apply it by solving various engineering examples with open-source codes in Python. Lecture topics include: composite materials, manufacturing of composites, tensor algebra, theory of elasticity, laminate theory, anisotropy, analytical solution of simple structures, continuum mechanics, finite element method, Python. As a prerequisite students should have completed one of the following courses: Introduction to Solid Mechanics, Mechanics of Materials, Differential Equations, Linear Algebra, Programming Methodology (or worked with any programming language).
Language(s) of Instruction
English
Host Institution Course Number
Host Institution Course Title
THEORY AND COMPUTATION OF COMPOSITE MATERIALS
Host Institution Campus
TUBS
Host Institution Faculty
Host Institution Degree
Host Institution Department
COURSE DETAIL
FLUID MECHANICS
Country
Sweden
Host Institution
Lund University
Program(s)
Lund University
UCEAP Course Level
Upper Division
UCEAP Subject Area(s)
Mechanical Engineering
Engineering
Chemical Engineering
UCEAP Course Number
145
UCEAP Course Suffix
A
UCEAP Official Title
FLUID MECHANICS
UCEAP Transcript Title
FLUID MECHNCS WATER
UCEAP Quarter Units
6.00
UCEAP Semester Units
4.00
Course Description
The course studies various flow phenomena of both fundamental and technical importance. Students acquire knowledge about classical and modern techniques for the study and analysis of technical fluid mechanical problems. Part A examines the history and scope of fluid mechanics, integral relations for a control volume, differential relations for a fluid particle, viscous flow in ducts, introduction to turbulence, boundary-layer flows, and flow around slender and bluff bodies. Part B studies incompressible inviscid flow, aerodynamic theory, compressible flow, and open-channel flow.
Language(s) of Instruction
Host Institution Course Number
VVRF10
Host Institution Course Title
FLUID MECHANICS
Host Institution Campus
Host Institution Faculty
Host Institution Degree
Host Institution Department
Engineering - Water Resources Engineering
COURSE DETAIL
INTRODUCTION TO MICRO-ELECTRO-MECHANICAL SYSTEM TECHNOLOGY
Country
Taiwan
Host Institution
National Taiwan University
Program(s)
National Taiwan University
UCEAP Course Level
Upper Division
UCEAP Subject Area(s)
Mechanical Engineering
Electrical Engineering
UCEAP Course Number
176
UCEAP Course Suffix
UCEAP Official Title
INTRODUCTION TO MICRO-ELECTRO-MECHANICAL SYSTEM TECHNOLOGY
UCEAP Transcript Title
MEMS TECHNOLOGY
UCEAP Quarter Units
4.50
UCEAP Semester Units
3.00
Course Description
The purpose of this course is to introduce Micro-Electro-Mechanical Systems to students with mechanical and electrical engineering background. Key topics include Basic IC board manufacturing process, basic MEMS development process, microsensors, microactuators, system energy supply, assembly and testing, current technology applications, and the industry’s future.
Language(s) of Instruction
Chinese
Host Institution Course Number
TA10311708
Host Institution Course Title
INTRODUCTION TO MICRO-ELECTRO-MECHANICAL SYSTEM TECHNOLOGY
Host Institution Campus
Host Institution Faculty
Host Institution Degree
Host Institution Department
COURSE DETAIL
COMPUTER BASED ENGINEERING: DESIGN ANALYSIS 2
Country
Sweden
Host Institution
Lund University
Program(s)
Lund University
UCEAP Course Level
Upper Division
UCEAP Subject Area(s)
Mechanical Engineering
UCEAP Course Number
172
UCEAP Course Suffix
UCEAP Official Title
COMPUTER BASED ENGINEERING: DESIGN ANALYSIS 2
UCEAP Transcript Title
DESIGN ANALYSIS 2
UCEAP Quarter Units
6.00
UCEAP Semester Units
4.00
Course Description
The main emphasis of the course is on non-linear design analysis. Design analysis in this context primarily concerns the utilization of computer based analysis methods/techniques for quantitative problem solving in the design process. The finite element method (FEM) is primarily dealt with and methods and techniques for the analysis of non-linear static and dynamic mechanical systems. The course also deals with how computationally expensive analyses can be completed by metamodeling in order to enable time-efficient optimization. The current software programs are ANSYS, WorkBench, Autodesk CFD, modeFRONTIER and PTC. Modelling is a crucial element in the analysis activity, in which the goal is a transfer of the technical solution that has been developed in a usable form for the subsequent operations. Structural analysis, thermal analyses, and CFD analyses of non-linear and/or dynamic phenomena are becoming increasing more common in product development in order to optimally simulate the product's actual environment and characteristics. The lectures are focused on modelling and selection of analysis type, as well as showing industrial applications. Guest lecturers with deep insights in specific techniques are invited. Each student is expected to solve and submit a modelling and analysis assignment.
Language(s) of Instruction
English
Host Institution Course Number
MMKN51
Host Institution Course Title
COMPUTER BASED ENGINEERING: DESIGN ANALYSIS 2
Host Institution Campus
Engineering
Host Institution Faculty
Host Institution Degree
Host Institution Department
Engineering- Product Development
COURSE DETAIL
MECHANICAL ENGINEERING LAB
Country
Taiwan
Host Institution
National Taiwan University
Program(s)
National Taiwan University
UCEAP Course Level
Upper Division
UCEAP Subject Area(s)
Mechanical Engineering
UCEAP Course Number
100
UCEAP Course Suffix
L
UCEAP Official Title
MECHANICAL ENGINEERING LAB
UCEAP Transcript Title
MECH ENGR LAB
UCEAP Quarter Units
1.50
UCEAP Semester Units
1.00
Course Description
Course description not currently provided.
Language(s) of Instruction
English
Host Institution Course Number
ME3009
Host Institution Course Title
MECHANICAL ENGINEERING LAB
Host Institution Campus
Host Institution Faculty
Host Institution Degree
Host Institution Department
Mechanical Engineering
COURSE DETAIL
ENGINEERING NUMERICAL ANALYSIS
Country
Korea, South
Host Institution
Yonsei University
Program(s)
Yonsei University
UCEAP Course Level
Upper Division
UCEAP Subject Area(s)
Mechanical Engineering
UCEAP Course Number
119
UCEAP Course Suffix
UCEAP Official Title
ENGINEERING NUMERICAL ANALYSIS
UCEAP Transcript Title
ENG NUMRCL ANALYSIS
UCEAP Quarter Units
4.50
UCEAP Semester Units
3.00
Course Description
This course introduces various fundamental algorithms to numerically solve and analyze engineering problems (root finding for non-linear equations, set of linear/non-linear equations, curve fitting, interpolation, Fourier methods, numerical differentiation, numerical integration, ordinary/partial differential equations) using digital computers.
Prerequisite: Students are expected to be familiar with MATLAB.
Language(s) of Instruction
English
Host Institution Course Number
MEU3003
Host Institution Course Title
ENGINEERING NUMERICAL ANALYSIS
Host Institution Campus
Host Institution Faculty
Host Institution Degree
Host Institution Department
Mechanical Engineering
COURSE DETAIL
FLUID MECHANICS II: HIGHER FLOW LEVEL
Country
Germany
Host Institution
Technical University Berlin
Program(s)
Technical University Berlin
UCEAP Course Level
Upper Division
UCEAP Subject Area(s)
Mechanical Engineering
UCEAP Course Number
100
UCEAP Course Suffix
D
UCEAP Official Title
FLUID MECHANICS II: HIGHER FLOW LEVEL
UCEAP Transcript Title
FLUID MECHANICS II
UCEAP Quarter Units
5.50
UCEAP Semester Units
3.70
Course Description
This course is the second of two fluid mechanics courses that are taught concurrently in a single semester. Students take Fluid Mechanics I and then either Fluid Mechanics II (Higher Flow Level) or Fluid Mechanics II (Technique and Examples). This advanced course on fluid mechanics covers the following topics: Potential flow Vortex flows (Biot-Savartsches-law, wing theory), Boundary layer flows (Prandtl boundary layer equations, theory Blasius) Turbulent, incompressible flows (Reynolds equations, universal velocity profile, laminar-turbulent envelope), and Flows of compressible media.
Language(s) of Instruction
German
Host Institution Course Number
0531 L 212/0531 L 21
Host Institution Course Title
FLUID MECHANICS II: HIGHER FLOW LEVEL
Host Institution Campus
FAKULTÄT V VERKEHRS- UND MASCHIENENSYSTEME
Host Institution Faculty
Host Institution Degree
Host Institution Department
Strömungsmechanik und Technische Akustik