Bachelor of Science Degree in Natural Sciences in Germany

Find Bachelor of Science Degrees in Natural Sciences in Germany 2017

Natural Sciences

A BSc (Bachelor of Science) is an undergraduate course of study that takes students three to five years to complete.  While in school, students complete a variety of courses to prepare for additional education or future job opportunities.

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.

Top Bachelor of Science Degrees in Natural Sciences in Germany 2017

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BSc in Mathematics

University of Bolton
Campus Full time 3 - 5 years

Our BSc (Hons) Mathematics degree contains plenty of pure and applied mathematics as well as some numerical analysis. You will have the opportunity to learn a broad range of mathematical topics that will develop your knowledge and strengthen your understanding of the subject. Learning is through a mix of lectures, tutorials and assignments with a significant level of personal study and, as teaching groups are not large, you can be sure of... [+]

Best Undergraduate Studies in Natural Sciences in Germany 2017. Mathematics - BSc (Hons) Our BSc (Hons) Mathematics degree contains plenty of pure and applied mathematics as well as some numerical analysis. You will have the opportunity to learn a broad range of mathematical topics that will develop your knowledge and strengthen your understanding of the subject. Learning is through a mix of lectures, tutorials and assignments with a significant level of personal study and, as teaching groups are not large, you can be sure of excellent support and attention from teaching staff. You will also have the opportunity to pursue an area of personal interest through submission of a dissertation in your final year. About the course Group sizes are relatively small with an average of about 20 students per class so you will receive excellent support and attention from teaching staff. During your studies you are not required to specialise in any particular aspect or application of mathematics, though there is an opportunity to do so if desired. Additional topics included on the course, which you will study mainly during your final year, have been chosen because they introduce you to areas of current interest and lead you naturally towards research topics. Special features The department is relatively small and friendly and offers enthusiastic teaching and support throughout the course of your studies. What you will learn The degree contains a broad mix of mathematics. Topics similar to those found on A-level courses are included to a greater depth and with a greater degree of specialisation as well as topics that will be new to you. You will enhance your understanding and skills in both pure and applied mathematics and computational areas of mathematics. As well as expanding your knowledge and understanding of mathematics you will develop your skills of abstract, logical thinking and reasoned argument. What you will study Level HE4 You will take six mathematics modules: Mathematical Methods; Abstract Algebra; The Mathematician in Society; Calculus; Structured Programming; Algorithms and Applications. Level HE5 You will take six modules: Further Mathematical Methods; Vector Calculus; Dynamics; Real Analysis; Numerical Analysis; Linear Algebra. Level HE6 You take a dissertation and four taught modules chosen from: Further Linear Algebra; Complex Variables; Ring Theory; Numerical Solution of Differential Equations; Fluid Dynamics; Partial Differential Equations; Group Theory. The Mathematical Methods and Calculus modules include some revision work in the very early part of the degree. The pure mathematics in the degree is generally more abstract in nature than that which you will have encountered at A-level. It is essential that you have a good grounding in pure mathematics before starting on the degree. A background in applied mathematics is desireable. Entry requirements 260 UCAS points from at least two, but preferably three, A2-levels (or equivalent) including mathematics. You should also have five GCSEs at grade C or above (or equivalent) in any subjects. You may be required to attend an interview as part of the application process. If English is not your first language you will also normally need IELTS 6.0 (or equivalent). If you do not have the required English level, you can study English with us from IELTS 4.0 (or equivalent). [-]

BSc in Chemistry

University of Bolton
Campus Full time 3 - 5 years

Chemistry is often referred to as the central science because it joins together physics and mathematics, biology and medicine, earth and environmental sciences. Knowledge of chemistry and chemical processes provides insights into a variety of physical and biological phenomena. Moreover, chemical technologies provide new methods for detection and treatment of disease, combating climate change, pollution and carbon emissions, power generation and... [+]

Chemistry – BSc (Hons) Chemistry is often referred to as the central science because it joins together physics and mathematics, biology and medicine, earth and environmental sciences. Knowledge of chemistry and chemical processes provides insights into a variety of physical and biological phenomena. Moreover, chemical technologies provide new methods for detection and treatment of disease, combating climate change, pollution and carbon emissions, power generation and the development of greener fuels. This means that a range of exciting and rewarding careers are open to chemistry graduates. During the University of Bolton’s BSc (Hons) Chemistry degree you will study fundamental topics in theoretical chemistry, supported by practical sessions in synthetic and analytical chemistry in our new teaching laboratories. In addition to studying modules in organic, inorganic and physical chemistry you will be able to choose from a variety of optional modules in subjects that are academically and/or professionally related to chemistry that will complement your studies. You will also have the opportunity to carry out a research project either at the University of Bolton, an overseas institution or as part of an industrial placement with a prestigious employer. Overall, you will gain a thorough understanding of all the key areas of chemistry as well as benefit from research training for innovation that is aligned with the requirements of local industry. About the course The University of Bolton’s new Chemistry degree is based at the Institute for Materials Research and Innovation (IMRI). This world-leading research institute is famous for its strong focus and expertise in chemistry and applied materials science. Our teaching staff have extensive experience of teaching learners from a wide range of cultural, social, ethnic and international backgrounds and you can be assured of the very highest level of pastoral care and support. Special features The course will equip you with a varied and useful knowledge of chemistry and practical skills relating to chemistry. Gain transferable skills such as problem solving, team working and communication that are invaluable in all careers. Benefit from the opportunity to undertake an industrial placement or study in an overseas institution. The course is an ideal preparation if you wish to pursue higher awards such as a PhD to access careers in research or University teaching. Your personal tutor will be on hand to help if you experience any personal or academic difficulties. What you will learn On successful graduation from this course you will have an in depth understanding of the key principles of chemistry and be able to apply this knowledge to solve both theoretical and practical problems. You will be able to critically evaluate information about current aspects of chemical research, plan and conduct a research project and draw conclusions to solve advanced and specific problems. You will also have an understanding of advanced topics related to current research in chemistry and be well prepared to understand new advances in materials systems and processes. This will be of great benefit should you choose to work in these industries or continue your studies by taking one of the related MSc degrees offered by the University of Bolton (for instance MSc Advanced Materials). As well as developing strong mathematical and numerical skills, you will gain transferable skills that are highly sought after by employers. These include time management, planning and organisation, written and oral communication, working with others in a team, monitoring and maintaining records and data, decision making and IT skills. You will have access to quality academic and pastoral help and guidance through a personal tutor within the department. Your tutor should be the first person you speak to if you are having any kind of academic or personal issues that could affect your work. The chemistry programme is structured around allowing you to become more independent and take a greater role in all areas of your learning. As a graduate, you will have learned to take responsibility for your own learning and personal development and have a proven track record of ‘finishing the job’. What you will study At each of the three levels of the course you will study 120 credits. Most modules are 20 credits each and modules may be core or option. The core modules ensure that you gain a firm understanding of all the key areas of chemistry necessary for a career in the industry, while the option modules provide a broader overview of chemistry and related subjects and allow you to personalise your programme of study with the selection of topics that are of particular interest to you. Entry requirements 260 UCAS points from at least two, but preferably three, A2-levels (or equivalent) including a minimum of grade C in A2-level chemistry and preferably a pass in another mathematics or science subject. You should also have five GCSEs at grade C or above (or equivalent) including English, mathematics and science. If English is not your first language you will also normally need IELTS 6.0 (or equivalent). If you do not have the required English level, you can study English with us from IELTS 4.0 (or equivalent). [-]

Bachelor Of Science In Physics-engineering

nta Isny
Campus Full time 7 semesters October 2017 Germany Isny im Allgäu

You want to go to things exactly to the bottom and bring breakthrough technologies, such as nanotechnology and laser technology or the latest sensor technologies along the way? You want the top of what is technically possible to achieve? [+]

Best Undergraduate Studies in Natural Sciences in Germany 2017. With Physics Engineering Bachelor of Science (B.Sc.) You want to go to things exactly to the bottom and bring breakthrough technologies, such as nanotechnology and laser technology or the latest sensor technologies along the way? You want the top of what is technically possible to achieve? Then opt now for accredited degree in physics-engineering: Because that combines applied and engineering physics with electrical engineering, electronics, optics, chemistry, computer science and the Technical Management. And that's what you opened great prospects in the precision mechanics, optical, electronic, medical or data processing industry! The accredited Bachelor of Science 7 semesters and is divided into three parts: Basic study The basic course includes 2 very practical semester and gives you a solid scientific and technical basis of education. Hauptstudium The main study (. 3 until 6. Semester) has a modular structure and multidisciplinary. In addition to the compulsory study subjects you can choose depending on your personal strengths electives and additional modules from various fields. The choice area occupying more than a quarter of the entire course. In addition, here the so-called "social skills" taught that just needs a future executives as specialist skills! In the main course you can choose between a total of 4 directions of modern physics-engineering: Laser Technology / microsystems technology Physical electronics / microsystems technology Physical electronics / technical computer science Laser Technology / Technical computer science Praxissemester In the final Praxissemster you can prove and deepen your acquired during the course practical and theoretical knowledge "on the job" in industry and economy. During the placement du FINISH also within three months of your Bachelor's thesis. Thanks to our numerous industrial partners we can always provide a variety of internships and help you in finding the right place for you. Optional semester abroad / internship Of course you can complete or take a postgraduate Master's degree at a foreign university after the bachelor's degree and one semester abroad. Use for the well-developed network that we offer you here at the nta Isny. Click here for the International Office. Modules of the basic study 1st Semester Mathematics I Experimental Physics I Physics Laboratory I chemistry Electrical Engineering I and electrical engineering exhibition computer science 1 2. Semester Mathematics II Experimental Physics II Physics Laboratory II Chemistry lab Electronics II Electronics Lab computer science II Modules of the main study 3rd. 6 Semester - mandatory courses electrodynamics Application software I Electronics I and Electronic Test Electronics Lab I thermodynamics Application software II Optoelectronics Optoelectronics Laboratory I Technical English Lighting and illumination technology Optical Communications Optoelectronics Laboratory II Renewable Energies material sciences Business Administration Project Management Quality Management Business English 3rd. 6 Semester - Elective Modules Optical Laboratory Optical Engineering Vacuum and clean room technology Vacuum Technology Laboratory Digital electronics Digital electronics laboratory object oriented programing Laser Engineering I Laser Laboratory I Microsystems Technology Micro system and nanotechnology laboratory I Microprocessor Technology I Microprocessor Technology Lab I communication technology Laser Engineering II Laser Laboratory II nanotechnologies Micro system and Nanotechnology Laboratory II Structure of Matter Microprocessor Technology II Microprocessor Technology Lab II Automation and Control Engineering Automation and Control Engineering Laboratory computer technology media technology Lasers in Medicine Optics seminar Optical Research Project Electronics Laboratory II Electronics Seminar Microsystems Technology and Nanotechnology Seminar electron optics Elective Module Semester 7: Practical phase (outside the university) from 10 weeks At least 47 days of attendance Bachelor work (R & D project) 3 months [-]

Bachelor Of Science In Chemistry

nta Isny
Campus Full time 7 semesters October 2017 Germany Isny im Allgäu

Chemical compounds produced and their properties explore new synthetic routes develop, improve compositions of materials and many other substances - a Bachelor degree in Chemistry, [+]

With Chemistry Bachelor of Science (B.Sc.) Studies in Chemistry with emphasis General Chemistry or Food Chemistry and Environmental Analysis manufacture chemical compounds and investigate their properties, develop new synthetic routes, compositions of materials and many other substances to improve - a Bachelor degree in Chemistry, you can in laboratories and production of chemical and pharmaceutical industry, in the food and beverage industry, in quality assurance and control of companies, are employed in public research and testing institutes, surveillance authorities in environmental protection and in many other areas. In studying chemistry you'll formed an all-rounder in science and will benefit from the practical approach of nta Isny: Because here you can practically carry even all experiments and learn so know all the devices with which you later in the company work going. The accredited Bachelor of Science 7 semesters and is divided into three parts: Basic study The basic study of the course Chemistry consists of two semesters and provides a general introduction to the fundamentals of science. Hauptstudium The main study (. 3 until 6. Semester) has a modular structure and multidisciplinary. It covers the areas of advanced inorganic, organic and physical chemistry and chemical engineering. In the main course you can decide between a focus on general chemistry or food chemistry and environmental analysis. In addition to the compulsory study subjects you can choose depending on your personal strengths electives and additional modules from various fields. In addition, here the so-called "social skills" taught that just needs a future executives as specialist skills! Praxissemester In the final Praxissemster you can prove and deepen your acquired during the course practical and theoretical knowledge "on the job" in industry, research institutes and authorities. During the placement du FINISH also within three months of your Bachelor's thesis. Thanks to our numerous industrial partners we can always provide a variety of internships and help you in finding the right place for you. Optional semester abroad / internship Of course you can complete or take a postgraduate Master's degree at a foreign university after the bachelor's degree and one semester abroad. Use for the well-developed network that we offer you here at the nta Isny. Modules of the basic study Semester 1 Mathematics I Experimental Physics I General and Inorganic. Chemistry I Analytical Chemistry I Inorganic Chemistry Laboratory I Technical English Semester 2 Mathematics II Experimental Physics II General and Inorganic. Chemistry II Analytical Chemistry II Organic Chemistry I Inorganic Chemistry Laboratory II Documentation and presentation Modules of the main study Common modules (general chemistry and food chemistry and environmental analysis) Semester 3: compulsory modules Organic Chemistry II Organic Chemistry Laboratory I Analytical Chemistry III Physical Chemistry I Applied IT with exercises Technical studies Semester 4: compulsory modules Organic Chemistry III Instrument-based analytics Natural Products Chemistry Organic Chemistry Laboratory II Physical Chemistry II Physikal.-chem. Internship I Environmental Analytical Grundpraktikum Semester 4-6: Elective Modules Botany and Hygiene laser Physics Biosciences Analysis of food additives Special Biosciences biotechnology Semester 7: Practical phase (outside the university) from 10 weeks At least 47 days of attendance Bachelor work (R & D project) 3 months Focus: General Chemistry (compulsory modules) Semester 5 Organic Chemistry IV Organic chemistry lab III Industrial Organic Chemistry Organic chemical nomenclature Molecular Modelling Inorganic Chemistry III Process technology with introduction Basics of Business Administration and Economics Semester 6 Organic Chemistry V Organic chemistry lab IV Inorganic Chemistry IV Technology of the water and waste water Physical Chemistry III Physico-chem. Internship II Radiochemistry Focus: Food Chemistry and Environmental Analysis (compulsory modules) Semester 5 Organic Chemistry IV Industrial Organic Chemistry Food Chemistry I Food Chemistry Laboratory I Food Technology I Environmental and food law Basics of Business Administration and Economics Semester 6 Organic Chemistry V Food Chemistry II Food Chemistry Laboratory II Technology of the water and waste water Physical Chemistry III Physico-chem. Internship II Radiochemistry [-]

BSc in Sustainable Agriculture

Rhine-Waal University of Applied Sciences
Campus October 2017 Germany Kleve

Since the Winter Semester 2010 / 2011 the Rhine-Waal University of Applied Sciences offers the English language course of study Sustainable Agriculture [+]

BSc in Sustainable Agriculture

Since the Winter Semester 2010 / 2011 the Rhine-Waal University of Applied Sciences offers the English language course of study Sustainable Agriculture at their campus location in Kleve. In this path of study the agriculture and horticulture production systems are analyzed and evaluated as a part of the value chain with regard to their sustainability. As an outcome optimization strategies target all the three major areas of sustainability: environmental stewardship, economic profitability and social responsibility.

Key global issues including climate change with changing weather conditions, increasing land degradation and loss of biodiversity will be dealt with as well as the questions of world nourishment, the strong price fluctuations for agricultural products and revenue assurance for farmers and gardeners in a globalised world. At the same time production systems of different value chains from food production to ornamental plants production to renewable raw materials production are looked at and evaluated with different approaches and methods regarding their sustainability in their environmental, economical and social terms. The resulting ethical issues are also addressed in the courses.... [-]