Environmental Engineering

The interdisciplinary study course Master Environmental Engineering (MaEE) is integrated in the fields of Applied Sciences and Civil Engineering. It has been designed as a non-consecutive international full-time study-course of three semesters with 90 CP (ECTS). The language of instruction is English. This course is offered to students who have completed a Bachelor's degree in environmental sciences or engineering and who have already gained practical professional experience of at least one year.

The study programme Master Environmental Engineering qualifies experts in environmental protection based on sound environmental assessment and innovative technologies. Students will learn techniques for renewable and clean energy supply (hydro-power, biogas, and solar energy) as well as modern environmental management approaches for industrial ecology and for the sustainable use of water resources. The course programme is interdisciplinary and combines natural science (environmental hydrology, industrial ecology, climate protection) with environmental disciplines of process and civil engineering (environmental hydraulics, water treatment, and urban drainage).

The study programme focuses on three areas: environmental process engineering, sustainable development, and water technology and management. The interdisciplinary Master's programme is composed of eight courses, two projects, a Master's seminar, and the Master's thesis. The course on Energy and Climate Protection introduces technical solutions, their advantages, and their drawbacks for climate protection with a focus on renewable energy. The course Environmental Processes for Resources Protection covers modern process engineering solutions that protect the environment and save resources. The frameworks for sustainability are introduced. The course Industrial Ecology provides tools and methods for modern product assessment in terms of water, carbon and energy footprints. A series of courses on Environmental Hydraulics, Urban Sanitation, Environment & Water, and Sustainable Water Resources Management focuses on modern water engineering. Two projects are offered on integrated and applied environmental engineering solutions: The Energy - Climate - Ecology project emphasises the energy-environment nexus and process engineering solutions, and the project Water & Environment integrates water sciences.

Luebeck University of Applied Sciences (FHL) cooperates with the University of Luebeck, research centres and local and regional industries. FHL offers excellent laboratory facilities such as a computer laboratory for product footprint assessment and process engineering simulation, an experimental water treatment plant, and a modern hydraulic laboratory as well as laboratories for eco-hydrometry, process engineering, and environmental technology. Courses are offered providing insight into ongoing projects and research and development activities in the field of environmental engineering.

Educational organisation

Students may enrol in spring (March) or in autumn (September). During the summer semester (beginning in March), lectures are given on the following:

• Framework for Sustainability
• Industrial Ecology
• Water & Environment
• Urban Water Science and Technology
• Project 1 - Energy - Climate - Ecology

During the winter semester (starting in September/early October), courses are given on the following:

• Environmental Processes for Resource Protection
• Energy and Climate Protection
• Environmental Hydraulics
• Sustainable Water Management

During the third semester, a Master's seminar will cover research techniques, literature review, scientific writing, presentation techniques, and reporting skills. Based on this Master's seminar, the Master's thesis will be completed in three months time.

MaEE is a three-semester, postgraduate Master's programme with 90 ECTS credits. During the first two semesters, students complete eight modules with six ECTS each, and two projects with six ECTS. The project work is undertaken by up to three parallel groups. As part of the projects, in addition to technical and socio-economic aspects, project management and social skills (team work, interdisciplinary teams) are taught. The Master's thesis accounts for 30 ECTS. Applied Master's projects are offered jointly with German companies or as research and development projects. Students are encouraged to suggest projects from their background and their country or company with which they have worked ("Your own project"). FHL is one of the most successful universities of applied sciences in terms of raising project support for applied projects. Based on availability, we offer participation and student jobs in applied projects to MaEE students after the first semester(s).

For applicants with an insufficient number of ECTS but otherwise sufficient evidence of practical experience related to environmental or water issues, a pre-semester course worth up to 30 credits can be offered by the department.

Study abroad unit(s)

All courses are given at Luebeck University. FHL has a network of regional and international partners. Based on availability, students can participate in applied projects or studies abroad for the Master's thesis or for practical training.

Internships

FHL cooperates with more than 80 companies in the region of Northern Germany and programme partners work in applied projects. We assist in finding integrated internships for practical training.

Forms of assessment

Several forms of assessment are offered. For each course, the individual form of assessment is specified and defined in the beginning of the course. For introductory lectures and courses, assessment is sometimes based on written or oral exams according to examination regulations. In advanced courses, project presentation and reporting are assessed. Portfolio assessment is commonly used combining different exercises, project activities, and examination.

Course objectives

The course provides skills for environmental engineers working in an international context: in government agencies, academic institutions, international consulting companies, engineering companies, and businesses such as civil engineering companies. Graduates are trained to apply conventional and innovative methods in environmental protection, waste treatment, municipal and industrial wastewater treatment, soil conservation, water management, environmental engineering, and environmental management. In addition, integrated product assessment techniques are taught to reduce water, carbon, and energy footprints and save resources or reduce environmental impacts. Graduates learn systemic and integrated approaches to environmental engineering solutions. The qualification aims at international employment, both in the graduates' countries of origin and in Germany. Consecutive employment is facilitated by applied case studies and by the selection of interdisciplinary projects. Tasks can be technically oriented as well as planning or advisory in nature. These include the design and approval for environmental technology and water management systems and operations, strategic planning and evaluation of environmental and water management measures, and the conceptual design of local, regional, and supra-regional sustainability concepts.

Language requirements

Applicants must provide proof of their English skills.
English: TOEFL 550 (paper-based), 80 (Internet-based), or equivalent

Academic requirements

Bachelor's/Master's/ German Diploma ("Diplom") degree:

• minimum 210 credits
• average grade 2.5 (scale 1 to 5, 1 = best)
• minimum of one year technical practice

Accepted disciplines (degree):

• mechanical engineering
• process engineering
• civil engineering
• environmental engineering
• environmental sciences
• chemical engineering and
• adjoining topics

Enrolment fees

Semester fee: currently 120 to 125 EUR per semester. The fee includes a semester ticket covering public transport in Lübeck.
Enrolment fee: a one-time fee of 50 EUR at registration

Costs of living

Approx. 750 EUR per month to cover personal expenses

Job opportunities

Part-time jobs not related to the course are not recommended due to the intensive nature of the study programme. As cooperation with companies forms part of the projects, job opportunities exist and are offered based on availability after the introductory semester or directly after completion of the study programme.

Arrival support

Answers to general questions and pre-arrival information are given by the the MaEE coordination office. On arrival, the institute offers an introduction week including general information on living in Luebeck and special information concerning the programme and studies. You will get assistance for registration, opening of bank accounts, and health insurance. We give advice and provide information regarding accommodation.

Services and support for international students

As the programme involves a small group of students (approx. 15), extensive support is provided by faculty and staff.

Accommodation

Accommodation is available through the Student Services Office or on the private market. Rent for a single room in a student residence is approx. 250 EUR.
Information concerning accommodation in Luebeck is given at:
http://www.master-environmental-engineering.de/content/pre-arrival-information