Bachelor Program in Wolfenbüttel Germany

Top Bachelor Programs in Wolfenbüttel Germany 2017

Bachelor

Bachelor degrees from accredited colleges and universities can be important stepping-stones toward a successful career.The most common type of undergraduate program is a bachelor's degree, usually awarded after four years of successful study

A Bachelor is a popular college degree that is pursued by students who want to gain knowledge in a specific area of study. Completed in three to five years, it is available in a variety of study disciplines.

Germany, officially the Federal Republic of Germany, is a federal parliamentary republic in western-central Europe. The country consists of 16 states, and its capital and largest city is Berlin.

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Bachelor in Engineering and Management, core areas: Energy or Environment

Ostfalia University of Applied Science
Campus Full time 4 years October 2017 Germany Wolfenbüttel

The programme carefully balances modules in business administration, fundamentals of energy/environmental engineer-ing as well as modules in advanced technology areas. Special emphasis is placed on a solid background in engineering foundations, business administration, energy/environmental technology, with special emphasis on the core area of study selected: Heating, cooling and... [+]

Bachelors 2017 in Wolfenbüttel Germany. The first semesters of the Bachelor's programme “Energy Engineering and Management" and “Environmental Engineering and Management” provide the basic theoretical background in core areas essential for a future career as an engineer in the industrial fields of energy or environmental engineering. Graduates will be qualified to analyse procedures and problems of business practice, to find economically justified solutions by also considering non-business relations. The programme carefully balances modules in business administration, fundamentals of energy/environmental engineer-ing as well as modules in advanced technology areas. Special emphasis is placed on a solid background in engineering foundations, business administration, energy/environmental technology, with special emphasis on the core area of study selected: Heating, cooling and automation technologies and energy systems engineering (Energy Engineering and Man-agement) as well as on renewable energy production, air pollution control and waste management processes (Environ-mental Engineering and Management). Building on the basic general background in energy/environmental and economic topics obtained during the first semesters, the programme of study provides in-depth knowledge and professional skills in important areas of industrial produc-tion processes, energy distribution and environmentally relevant technologies. In accordance with the interdisciplinary character of the programme, a combination of energy/environmental engineering and business administration is offered each semester. The Graduates attain the necessary knowledge and abilities to review the interrelations between the technical and busi-ness administration areas and work on a job oriented and interdisciplinary basis. They will be qualified for professional careers in the fields of development, production, service, maintenance and sales of products and solutions and as well as to provide environmentally relevant solutions in environmental agencies as environmental protection officers. Gradu-ates will also possess the competencies and skills required in project management to take up responsibilities as lower-level executives in small and medium sized companies. The programme’s objective is not only to provide the graduates with a basic professional qualification, but also to enable them for further graduate studies (i.e. master studies). Programme Details Participants have to complete course elements (modules) with an overall workload of 210 credit points (CP) including the bachelors thesis (12 CP). Each Module ends with an examination, either as written exam (knowledge verification), oral examina-tion, project work (team working, project management and documentation) or term paper (knowledge application, scien-tific work). Finally, students complete their studies with a practical and research-oriented Bachelor thesis (scientific work) and a thesis defence (scientific disputation of the Bachelor's thesis). Energy Engineering and Management: Communication, Law and Economics, Basics in Mathematics and Program-ming, Chemistry and Physics, Electrical Engineering, Systems for Measurement and Control, Fluid- and Thermodynam-ics, Plant Components, Sanitary Engineering, Heating Systems and Design of Heating Systems, Air Conditioning, Build-ing Automation, Engineering Design of Gas and Water Installation, Energy and Systems Engineering/Overview of Stor-age and Collector Technology, Development of (renewable) Energy Concepts for Heating and Cooling, Fundamental Knowledge of Different Methods of Renewable Energy Productions, Marketing, Business Administration, Macroeconom-ics, Project Management, Logistics, Investment, Financing, Controlling, Human Resources Management. Environmental Engineering and Management: Communication, Law and Economics, Basics in Mathematics and Pro-gramming, Basics in Chemistry and Physics, Fluid- and Thermodynamics, Basics in Bio- and Environmental Technolo-gy, Analytical Chemistry, Systems for Measurement and Control, Systems Engineering and Simulation Technology, Unit Operation, Wastewater Treatment Processes, Air Pollution Control, Marketing, Business Administration, Macroeconom-ics, Project Management, Logistics, Investment, Financing, Controlling, Human Resources Management. Level Undergraduate (B.eng.) Length of Programme Four years (210 ECTS) Mode of Study Full-time Language German [-]

Bachelor of Energy and Building Systems Engineering Technology with Internship (EGTiP)

Ostfalia University of Applied Science
Campus Full time 10 semesters October 2017 Germany Wolfenbüttel

You obtain two degrees after completion of the course "EGTiP ": A professional qualification, e.g. as a plant mechanic and a degree as an engineer in Energy and Building Systems Engineering Technology (Bachelor of Engineering B. Eng.). This double qualification offers you brightest prospects in the labour market. You also have the opportunity of registering yourself in the Guild of qualified craftsmen... [+]

You obtain two degrees after completion of the course "EGTiP ": A professional qualification, e.g. as a plant mechanic and a degree as an engineer in Energy and Building Systems Engineering Technology (Bachelor of Engineering B. Eng.). This double qualification offers you brightest prospects in the labour market. You also have the opportunity of registering yourself in the Guild of qualified craftsmen and take over the leadership role in a leading company in one of the following fields: heating, ventilation and gas installation, if you do your professional training in a skilled trade and then take a test at one of our partner companies (see below). Plan of study The first semesters are dominated by mathematical, scientific and engineering basics i.e. mathematics, physics, chemistry, thermodynamics, electrical engineering and fluid mechanics. In addition to that, you have insights into the areas of law, economics and management. The third semester involves a professional deepening with the possibility of building sixth semester majors (e.g. “planning and operation of gas plants” or “Building management systems”). Almost all the lectures are accompanied by lab sessions, so you have the opportunity of immediately applying what you learned into practice. Cooperation Companies Handwerkskammer Braunschweig Innung Sanitär-, Heizungs-, Klima- und Klempnertechnik Wolfenbüttel IHK Braunschweig, IHK Hannover Partner Companies Ahrens Sanitärtechnik in Laatzen Arno Oltmer GmbH & Co. KG in Bad Zwischenahn B. Kuhr GmbH & Co.KG in Papenburg Brigitte Rausch Sanitär- und Heizungstechnik in Braunschweig CHRISTOFFERS Anlagen- und Gebäudetechnik in Delmenhorst Daume GmbH in Hannover Dreyer Haustechnik GmbH in Erlangen Fa. Karl-Peter Nielsen in Schobüll Fa. Manfred Jünemann in Braunschweig Fritz Ohlmeyer GmbH in Bücken Gebr. Becker GmbH & Co. KG in Höxter GKS Klima-Service Retzbach & Partner GmbH in Garbsen Hartzsch Sanitär- u. Heizungstechnik in Hannover Heinrich Block GmbH in Laatzen Heizkraftanlagen HKH GmbH in Hannover L. Zacharias Haustechnik GmbH in Hameln Landwehr Wassertechnik GmbH in Schöppenstedt Lierse + Blumenberg Heizungs- und Lüftungsbau GmbH in Wolfenbüttel Olaf May Zentralheizungsbau in Hardegsen Plagemann & Sohn GmbH in Schöppenstedt - Thieme GmbH & Co. KG in Wolfsburg Tomkowiak GmbH in Wolfenbüttel Werner Weißmann GmbH in Wolfenbüttel - SOLVIS GmbH & Co. KG in Braunschweig Duration 10 semesters - regular period of study. Degree Bachelor of Engineering (B.Eng.) + Plant mechanic in plumbing, heating and air conditioning [-]

Bachelor of Bio- and Environmental Engineering (BEE)

Ostfalia University of Applied Science
Campus Full time 6 semesters October 2017 Germany Wolfenbüttel

In today’s society, bio- and environmental engineering stands with many questions at the heart of the public interest because, in our highly industrialized and densely populated world, the consumption of raw materials, energy reserves, water and air will inevitably become a burden to the environment. Bio- and environmental engineering is therefore there to minimize these pressures at their source and... [+]

Bachelors 2017 in Wolfenbüttel Germany. In today’s society, bio- and environmental engineering stands with many questions at the heart of the public interest because, in our highly industrialized and densely populated world, the consumption of raw materials, energy reserves, water and air will inevitably become a burden to the environment. Bio- and environmental engineering is therefore there to minimize these pressures at their source and to develop environmentally friendly plants. The ecological development of new products and the use of the available resources build up the priorities of the scientific debate in the course "Bio- and Environmental Engineering." The course qualifies its graduates for activities in the biotechnology and environmental technology. Plan of study Subjects such as mathematics, general chemistry and biochemistry, microbiology, statistics and physics predominate in the first semesters of BEE. As specialisation, you will find lectures on the subject analytical chemistry, simulation of biotechnological plants, pollution control and water hygiene as well as soil and water pollution control. While the courses "Energy and Building Systems Engineering Technology" and "EGTiP" predominantly gear towards the national labour market, BEE accounts for the internationalisation of the labour market. English language skills (for German speaking students) and German language skills (for students with other native languages) in the module languages and two specialized courses in English are offered in this study program. The course may of course be fully studied in Wolfenbüttel. It is also possible however, to acquire a foreign graduate degree parallel to the German degree through an integrated stay abroad at one of our partner universities in Spain, Finland and Norway. Course structures Communications Languages Law, Economics and Management Mathematical and scientific basic knowledge (linear algebra, chemistry, cell biology, materials, physics, computing, statistics, biochemistry, molecular and microbiology) Engineering Science basic knowledge (construction, energy and mass transport, plant engineering, electrical engineering) Engineering Science applications (Aquatic and terrestrial systems, analytical chemistry, basic procedures of biotechnology and environmental technology, simulation of biotechnological plants, process automation, plant layout) Biotechnological processes or air pollution control (APC) Duration 6 semesters - regular period of study Degree Bachelor of Engineering (B.Eng.) [-]

Bachelor of Energy and Building Services Engineering (EGT) (B. Eng)

Ostfalia University of Applied Science
Campus Full time 6 semesters October 2017 Germany Wolfenbüttel

After completing this course, you’re able to plan and operate power and technical building facilities. You leave the university with a degree in Energy and Building Services Engineering Technology (Bachelor of Engineering B. Eng.). There is currently a high demand for engineers in this field... [+]

After completing this course, you’re able to plan and operate power and technical building facilities. You leave the university with a degree in Energy and Building Services Engineering Technology (Bachelor of Engineering B. Eng.). There is currently a high demand for engineers in this field. Plan of study Mathematical, scientific and engineering bases are taught in the first semesters with emphasis on mathematics, physics, chemistry, thermodynamics, electrical engineering and fluid mechanics. Subjects in engineering science based applications such as heating, air conditioning, gas, sanitary and electrical power supply are conveyed from the third semester in the courses Energy and Building Systems Engineering Technology and EGTiP. Almost all the lectures are accompanied by labs. Course structure Law, economics, management Mathematical and scientific bases Engineering Science basic knowledge (design, material science, energy and mass transport, mechanics, electrical engineering). Engineering Science applications I (Plant and apparatus engineering, applied thermodynamics, energy and refrigeration technology, instrumentation and automation control engineering) Engineering Science applications II (heating, air conditioning, power supply, sanitation) Duration 6 semesters - regular period of study Degree Bachelor of Engineering (B.Eng.) [-]

Bachelor in Electrical Engineering, Business Administration and Economics

Ostfalia University of Applied Science
Campus Full time 7 semesters October 2017 Germany Wolfenbüttel

Innovative electrical engineers are developing solutions for the challenges of tomorrow: emission-free electric cars, renewable energies, or modern communication tools are only a few areas we are working on. However, it is not sufficient for companies to only be concerned with the technical side of... [+]

Bachelors 2017 in Wolfenbüttel Germany. Innovative electrical engineers are developing solutions for the challenges of tomorrow: emission-free electric cars, renewable energies, or modern communication tools are only a few areas we are working on. However, it is not sufficient for companies to only be concerned with the technical side of these promising fields. In order to be successful in the market, companies must also consider problems from an economic standpoint, while keeping the needs of the customers in mind. Here is where the degree course “Electrical Engineering, Business Administration and Economics” comes into play. Approximately two thirds of the course material deal with the subjects of electrical engineering and information technology. The technical part of the studies has a focus on the basic principles as well as in depth lectures from the automation, energy and IT fields. A broad basis in business administration, such as cost accounting, Marketing, Controlling, Finances or business law, will be conveyed in the commercial part of the studies. The lectures from the commercial part of the studies are offered online, which grants the students more flexibility in their time as well as their physical location. Industrial engineers are sought after in the work field because of their broad, interdisciplinary study. Possible careers include project management, management of technical areas, system and/or plant monitoring or technical sales. Learning objectives The degree program “Electrical Engineering, Business Administration and Economics” covers the major topics of economics as well as those from electrical engineering and information technology. These strong disciplines prepare graduates for the diverse demands of the modern corporate world. The occupational fields are a result of the increased demands of global values. The study conveys the essential methodical tools along with a interdisciplinary integration of the graduate. Typical occupations project management corporate management plant monitoring quality management technical sales Technical field basics such as DC and AC power, measurement technology, IT, digital technology (basic studies), specialization in energy technology, IT, control engineering, software engineering, power electronics, electrical energy distribution, digital information transfer, communication systems (main studies) Commercial field general business administration, marketing, accounting, human resources (basic studies) basics and specialization in economic law, cost and revenue accounting, macroeconomics, financing and controlling, logistics, investment (main studies) "Integration" courses courses such as statistics and project management as a link between the key topics of economics and technology as well as completion of the study thesis, internship project and bachelor thesis. Order of study 1st through 3rd semester: basics 1st through 3rd semester: basics 7th semester: integrated internship phase and bachelor thesis [-]

Bachelor in Electrical Engineering and Information Technology (EIT)

Ostfalia University of Applied Science
Campus Full time 7 semesters October 2017 Germany Wolfenbüttel

In the degree program “Electrical Engineering and Information Technology” students have the choice between three disciplines: Automation, Electric Mobility and Energy Systems. The study discipline Automation covers the key fields of Control Systems and Automation Engineering, and is centered around process and factory automation. With us you will learn to develop and to implement automation-solutions for... [+]

In the degree program “Electrical Engineering and Information Technology” students have the choice between three disciplines: Automation Electric Mobility and Energy Systems Information Technology The study discipline Automation covers the key fields of Control Systems and Automation Engineering, and is centered around process and factory automation. With us you will learn to develop and to implement automation-solutions for the most diverse technical systems. We will make you familiar with computerized modeling and simulation, and show you the relationship to the practical application of regulation, management and monitoring of technical processes. You will develop detailed knowledge of electrical drive systems and power electronics. The ability to deal with software technologies for real-time systems, Programmable Logic Controls and instrumentation and controls strengthens your profile as an automation expert. How can energy be transported to consumption centers over long distances, safely and without loss? How can energy be gained from the wind and the sun? Electrical engineers are contributing to the delay of the climate change, and the protection of the environment. The study discipline Electric Mobility and Energy Systems conveys professional knowledge concerning both conventional and renewable methods of power production and makes students familiar with intelligent systems of energy distribution and use. Electric Mobility is closely related to the field of renewable energy. A million electric automobiles will be driven on the streets of Germany by 2020. Long term – in around 40 years – fossil fuel in city traffic, that is, automobiles with conventional motors, will be substantially replaced. Electric Mobility is thereby a key technology. Key topics regarded in the degree course are battery systems, charging stations (automobiles), vehicle concepts, power electronics and the combination of electric and combustion engines of hybrid cars. How does a smartphone function like a game console? As a student in this degree course, you will be able to understand and develop modern technology. Consumer electronics, mobile communications and computer devices and networks all belong to this field. The study discipline Information Technology analyses all fundamental topics of telecommunications like the conditioning, processing and analysis of information and its descriptive signal. Modern transmission methods through radio signals, electric lines or fiber optic cable are especially important in High-Frequency Engineering. Communication Systems handles topics starting with network configuration through to multimedia data transfer. An important emphasis of this discipline is represented by mobile and computer communication, and the necessary hard- and software. Foundation The foundation courses are the basis for further study. The basics of engineering, mathematics, physics, and computational engineering belong to this category. Main Study Students will be taught fundamental expertise for a later career in engineering, and the specific knowledge in the chosen discipline of studies will be deepened. Furthermore, the team project, student research project and practice-based projects as well as the bachelor thesis are all aspects in this phase. Important course content of the chosen study discipline are: Automation: Software engineering and data bases, computer architecture and operating systems, control engineering, power electronics, electrical machines and drives, power supply, industrial controls and bus systems Electric Mobility and Energy Systems: Software engineering, control engineering and simulation technology, power electronics, electrical machines, power supply and control, industrial controls and bus systems, electric mobility Information technology: Software engineering and data bases, signals and systems, information transfer, digital systems, high-frequency engineering, communication systems, computer architecture [-]

Bachelor of Laws (LLB)

Ostfalia University of Applied Science
Campus Full time 7 semesters October 2017 Germany Wolfenbüttel

The study courses qualify graduates for assignments in the economy in a practical manner. Students obtain the qualification for managerial positions, above all in medium-sized companies, which require a combination of legal as well as economic competence at the same time and from only one person... [+]

Bachelors 2017 in Wolfenbüttel Germany. The degree of all bachelor study courses is Bachelor of Laws (LL.B.) The study courses qualify graduates for assignments in the economy in a practical manner. Students obtain the qualification for managerial positions, above all in medium-sized companies, which require a combination of legal as well as economic competence at the same time and from only one person. Co-operations with companies in the region during projects and a practical placement make it possible for the graduates to start work on a managerial level without further training measures. The close interconnection of legal and economic contents guarantees a high level of knowledge concerning economic practice which is additionally enriched with the help of key-qualifications (for example with foreign languages, communication trainings, Information technology). Fundamental systematic legal knowledge is acquired early, above all in Civil and Public Law and is basically equal to university-level courses. Correspondingly, the study course is tightly organized. The studies present themselves as full-time courses with a considerable share of self-study-time and can be completed within a standard length of seven semesters, including the final examinations, which consist of a written bachelor thesis and a colloquium. Subsequent to a bachelor degree the consecutive master study course International Law and Business (Master of Laws, LL.M.) starts in summer semester 2011. Further information will follow. [-]