Master Project Management (Civil (-in))

Our students will be prepared by methods and techniques for the processing of (large) projects, and practical events for application expertise to the complex demands in professional life - accompanied by seminars and pilot projects in teamwork.

The attendance days at the Academy is limited to Thursday to Saturday. So the students is made possible, in spite of full-time study, to work up to 20 hours a week.

The courses of the first and second semester are independent. The study can therefore be started in the winter semester and the summer semester.

Winter semester Social competence Teamwork / Team Training Run the project Contracts u. Management Contract management / FIDIC claim management Economics for PM Business Mathematics Organization Business plan Dates costs scheduling Process Management economic calculation Elective Areas infrastructure 1 infrastructure 3 Ingenieurhochbau 1 Ingenieurhochbau 3 model projects Model Project Infrastructure Model Project Ingenieurhochbau summer semester Social competence U problem. Decision Intercultural customer relationships negotiation techniques Contracts u. Management PPP models Procurement Law / PPP Risk Management Economics for PM Finance / Accounting International trade relations statistics Corporate Strategy / Organization & Processes Organization Building on an international scale Strategic Marketing Dates costs cost management Elective Areas infrastructure 2 infrastructure 4 Ingenieurhochbau 2 Ingenieurhochbau 4 seminars Seminar infrastructure Seminar-Ingenieurhochbau Master Thesis Semester Master thesis Master seminar Master Thesis with colloquium target group baubezogener for management positions suitable bachelor and diploma graduates courses promotion law The program concludes with the title "Master of Engineering" (M.Eng.)... [-]

Master's degree in Civil Engineering

The master's degree Civil Engineering at Biberach University developed and supplemented in the bachelor predominantly technical content through management components, project management and through applied Bauinformatik, infrastructure programs calculation and finite element methods. The scientific study of special technical content is supported through close collaboration with the interdisciplinary institutes Biberach University.

Here, the focus according to the majors of the preceding bachelor's or graduate training (eg: Structural Engineering, Transportation, hydraulic), inclinations or professional experience are set differentiated.

In order to allow the standing in the professional engineer or civil engineer part time the Master Program, e-learning components and block courses are to enable vorgesehen.um part-time, e-learning components and block courses are provided.... [-]

The Challenge

With a growing world population and increasing global welfare, the demand for most metals and minerals is increasing. At the same time, metal and material markets are not always predictable and ore grades are decreasing over time, making the challenge to identify and extract resources within economies of scale even more complex. Adding to this complexity, awareness of environmental issues is also growing and the world expects resources to be extracted in a responsible manner. It will be up to the mining engineer of the future to operate successfully in this challenging environment.

Due to the rapid evolution of the raw materials sector, mining engineers today are expected to have command of vital innovation and entrepreneurial competencies and skills with a deep understanding of sustainability. The exposure to internationally- and culturally-diverse environments has also become an appealing and desired quality, as globalization is increasingly relevant in all industries, including the mining sector and its extensive supply chains.... [-]

Master of Natural Hazards and Risks in Structural Engineering

The Natural Hazards and Risks in Structural Engineering (NHRE) master’s degree program has a strong international orientation. It trains students to apply themselves to demanding engineering tasks with regard to specific external influences, such as earthquakes. We teach students how to use modern equipment to assess the dangers and damage potential of natural phenomena, we show them how to create models and simulations, and we prepare them for conducting projects and- risk analyses of their own.In this way, the program provides students with key qualifications for engineering positions which require innovative, enterprising solutions for dealing with a wide variety of natural dangers, like earthquakes, floods and storms.The occurrence of an increasing number of natural hazards all over the world and their various effects on individuals, societies and modern economies is one of the major challenges for future decades. The master course in "Natural Hazards and Risks in Structural Engineering" faces this challenge by providing indispensable tools for taking into account those phenomena in the different design processes in civil engineering. Thereby, the master course aims at combining practical structural engineering with state-of-the-art concepts regarding computational mechanics, dynamics and probability theory/stochastic analysis. Consequently, the master course provides key qualifications for innovative work in the field of earthquake, flood and wind engineering and offers an international setting in which students will achieve both technical success and personal advancement.Main areas covered by the master course in "Natural Hazards and Risks in Structural Engineering" are... [-]

No restricted admission. Start of studies The program begins in winter and summer semesters. Applicants with foreign certificates please apply till 31 July (winter semester) or 31 January (summer semester) via uni-assist e.V.. Program objectives

The objective of the program is to acquire thorough expertise and the ability to work independently in accordance with scientific methods, to master the varied demands of professional life in applied practice, research or teaching, and to deal effectively with the frequently changing tasks that arise in the working world. Professional expertise is built in the field of water management. Graduates acquire expertise in the areas of hydrology, biotechnology, water supply, hydraulic engineering, wastewater engineering and waste management as well as other adjacent integral fields of academic knowledge.... [-]

No restricted admission. Start of studies The programme begins in winter and summer semesters. Applicants with foreign certificates please apply please apply till 31 July (winter semester) or 31 January (summer semester) via uni-assist e.V.. Programme objectives

The master's course in civil engineering is a practical course with two fields of concentration: constructive engineering as well as geotechnical and traffic engineering. The focus of the concentration on constructive engineering lies in the design, construction and calculation of supporting structures in building construction and bridge construction. The knowledge obtained during the bachelor's course is reinforced and extended. Expertise from specialist knowledge in steel, solid, timber and civil engineering and on modern calculation techniques and methods are extensively communicated. The fields of concentration in civil and traffic engineering prepare the students for current and future demands in geotechnics, in transportation and bridge engineering as well as in environmental geology. These sometimes involve complicated substrate conditions or requirements in terms of environmental protection, area recycling, modern disposal engineering and flood prevention. The planning and construction of transport routes is another key area of this field of concentration.... [-]