Lecturer responsible: Prof. Dr. P. Fischer-Stabel
Content:
Qualification goals: Students should be able to assess the importance and benefits of computer science, especially of standard software in business and administration, name and describe basic terms and concepts of computer science and develop simple applications with office systems.
Didactic concept: Lectures with practical exercises
Assessment of performance: Grade and credit points are awarded on the basis of a written examination.
Scope: 4 hours per week
Workload: 150 hours
Frequency of the course: Annually
Prerequisites for participation: none
Bibliography:
P. FISCHER-STABEL, K. GOLLMER (2016): Informatik für Ingenieure. Fit für das Internet der Dinge.- utb 4645, UKV/Lucius, München (Only available in German)
Lecturer responsible: Prof. Dr. Peter Fischer-Stabel, Prof. Dr. Guido Dartmann
Content:
The students will learn methods and tools computer science. They will be able to
develop simple algorithms, optimize processes, and compare different approaches.
The goal is to develop competences to solve a typical problem of computer engineering.
Based on the fundamentals of computer science, a structured way of thinking and
program development will be conveyed.
Didactic concept:
Lectures with exercises
Bibliography:
P. FISCHER-STABEL, K. GOLLMER (2016): Informatik für Ingenieure. Fit für das Internet der Dinge.- utb 4645, UKV/Lucius, München (Only available in German)
Lecturer responsible: Prof. Dr. Peter Fischer-Stabel
Content:
The students will learn methods, tools and operational systems in remote sensing technologies. They will be able to develop simple algorithms in image processing, to extract feature based information at the earth surface.
Course outline:
Didactic concept:
Lectures with practical exercises
Bibliography:
LILLESAND/KIEFER/CHIPMAN (2018): Remote Sensing and Image Interpretation.- John Wiley & Sons, New York
Lecturer responsible: Prof. Dr. P. Fischer-Stabel
Content: The course will cover the basics of data visualization using concrete examples. The focus will be on the following topics:
Basics of computer visualization
Qualification goals: After actively participating in this course, students are familiar with the basics of computer visualization and are able to understand, implement and evaluate tasks in the field of data visualization. They will be able to prepare and visualize complex data sets with the help of selected software.
Didactic concept: Lecture with practical exercises
Assessment of performance:
Grade and credit points are awarded on the basis of a written examination.
Scope: 4 hours per week
Workload: 150 hours
Frequency of the course: Annually
Prerequisites for participation: none
Bibliography:
Lecturer responsible: Prof. Dr. Peter Fischer-Stabel
Content:
This course teaches the theoretical fundamentals of the structure and operation of geographic information systems and the conception of geodata infrastructures (GDI). In particular, the following sub-areas are covered:
Qualification goals:
Didactic concept:
Lectures with exercises
Assessment of performance:
Grade and credit points are awarded on the basis of an oral examination or a written exam.
Scope: 4 hours per week
Workload: 120 hours
Frequency of the course: Annually
Bibliography:
Lecturer responsible: Prof. Dr. Peter Fischer-Stabel
Content:
In addition to the special characteristics of environmental data and environmental information, the various system components of environmental information systems (EIS) are presented. Depending on the level of knowledge of the participants, selected chapters from the following list of topics will be dealt with in depth:
Qualification objectives:
Didactic concept:
Lecture and practical exercises
Assessment of performance:
Oral or written examination or term paper
Scope: 4 hours per week
Workload: 150 hours
Frequency: Annually
Prerequisites for participation:
Basics of data processing; interest in environmentally relevant issues
Bibliography:
Lecturer: Prof. Dr. Peter Fischer-Stabel
Content:
Geo-Engineering as a response to climate change: In order to prepare for the cases that the reduction of greenhouse gas concentrations may fail or that consequences of climate change may prove worse than expected, a lot of techniques are under discussion to alter the climate. This module introduces to some of the concepts such as CCS, solar radiation management, ocean fertilization and others. Ethical aspects of such technologies are discussed as well as the legal and political framework.
The lecture is one part of the international study semester.
Bibliography:
Climate change, conflicts between food and energy supply, the loss of biodiversity, demographic changes and the intensive use of land by settlements, transport and business require innovative and regionally adapted solutions. This task can be solved only with well-founded ecosystem knowledge, which results from long-term environmental observations.
But, environmental data processing appears to be a complex field. It places special requirements on the collection and administration, processing and user-friendly preparation and provision of high quality data and information. Although there are hardly any national differences between China and Germany in the information technology and the collection and processing of the data, these are all the more apparent due to the regionally different natural conditions and, in particular, due to different socio-cultural contexts.
Beside the presentation of national german information systems in land management, the latter points will be analyzed as one part of the study seminar and worked up for a better understanding of the respective systems.
Programme and schedule will be communicated soon.
Contact: Prof. Dr. Peter Fischer-Stabel (p.fischer-stabel@umwelt-campus.de)
当今全球气候变化，生物多样性的流失，粮食和能源供应之间的冲突 ，人口数量的变化分配不均以及居住，运输和商业对土地的过度占用，这一系列正在发生的危机都急需要有一些新型的因地制宜的解决方案。解决这些问题的关键就在于拥有扎实的生态系统知识，而且这些知识是基于对环境长期的观察得出的。
然而，处理环境数据似乎是一个复杂的领域。它对数据信息的搜集，管理，加工和方便用户等方面有着特殊要求，不仅如此，高质量数据和信息的提供也是其难点。尽管中德之间在信息技术和数据收集处理的方面几乎没有国家差异，但由于两国自然条件的不同，尤其是社会文化背景的不同，使这些微小的差异变得明显。
为此在为期10天的研讨会中，除了介绍德国信息系统在土地管理方面的知识外，也将对中德系统之间的差异进行分析，并将其作为研究研讨会的一部分，进行深入研究，以更好地理解各个系统。
关于该项目的具体细节和时间计划将会在近期公开
联系人：Peter Fischer-Stabel教授（p.fischer-stabel@umwelt-campus.de）
Project and examination theses are usually carried out as part of current R&D projects and in cooperation with engineering offices and industry. They vary in scope depending on the subject and intensity of the work (interdisciplinary project, Bachelor's, Diploma or Master's thesis). The focus of the topics to be worked on is in the field of geoinformatics and environmental informatics. The following topics are currently of interest as part of ongoing R&D projects:
If you are interested in working on one of the topics listed, please contact me by e-mail. You are also welcome to suggest your own fields of work.
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