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Studying vehicle technology in Germany

The most important information related to the study of vehicle technology in Germany

The content of the automotive technology specialization in Germany

Vehicle engineers are actively involved in the further development of means of mobility. Electric cars are an example of this. Other goals of her work are to improve safety, the car’s driving dynamics or the planning of new assistance systems. During your studies, you will learn about the structure of the car and its components.

Emphasis will be placed on vehicle design and technical components. This requires deep engineering skills. In contrast to the field of vehicle construction, production planning and manufacturing play a less central role. The first chapters are devoted to building theoretical knowledge. Here everything revolves around the topics of engineering mathematics, materials technology, construction, statistics or force theory. Manufacturing processes, production conditions, and processes that affect the design and layout of a vehicle are also covered.

The most important subjects included in the field of vehicle technology:

  • engineering mathematics
  • Fundamentals of Electrical Engineering
  • control engineering
  • Driving dynamics and chassis technology
  • Vehicles, industry and the environment
  • control and hydraulics
  • Manufacturing in the Automotive Industry
  • Strength and materials science
  • Chemistry, Physics and Mathematics

Duration of studying vehicle technology in Germany

Vehicle technology is taught over 6 semesters of Bachelor’s degree and 4 semesters of Master’s degree

The job market in the field of automotive engineering after university graduation

Graduates of the Automotive Technology major are primarily engaged in the research, development, and manufacturing of vehicles and vehicle components in the mechanical engineering and vehicle industries. They are involved in all steps of development and production, from powertrain development to chassis design and body development. Vehicle engineers also find their areas of responsibility in research and development in public and private research institutes, in transport companies, engineering offices, vehicle simulation, as well as in the field of testing and experts. You can also register your specialization in railway vehicles or internal combustion engines.

What is the median rate of income after graduation?

Salaries at the start of a career range from 4,350 to 6,400 euros per month for master’s degree graduates.

Sources:
absolventa.de

Is a Vehicle Technology major right for me?

An interest in vehicles and their technologies is a prerequisite for this profession. It is also useful if you are skilled in the art of craftsmanship and may have made minor repairs to the cars yourself. Full professional training as a mechatronic engineer for vehicles is also a good foundation. A basic understanding of technology, mechanics, physics and mathematics will help you master various technical challenges during your studies. English language skills should be one of your strengths so that you can later work internationally.

Some of the leading German universities in the field of automotive technology:

  • TH Köln (Köln)
  • Hochschule Esslingen
  • WHZ – Westsächsische Hochschule Zwickau
  • HTW – Hochschule für Technik und Wirtschaft Dresden
  • RWTH Aachen

Studying energy engineering in Germany

The most important information about studying energy engineering in Germany

Content and content of the Bachelor’s degree study in Energy Engineering

Nowadays, sustainable energy generation has become of great importance. Studying an energy technology major helps you gain sound scientific training that will make you the first point of contact for the use of renewable energies and energy efficiency. The course combines the fields of electrical engineering and mechanical engineering and requires a lot of hands-on training.

This engineering major is broken down into several areas of expertise. This major includes mathematical and scientific foundations, basic knowledge related to technology, energy technology, non-technical content such as English, project management, energy law or economic aspects, business management fundamentals, corporate governance, and energy market structure. Scientific content includes: physics, mechanics, thermal and fluid engineering, technical thermodynamics, general chemistry or fundamentals of energy and matter transformation.

The most important subjects taught during the study of energy engineering

  • thermomechanical energy technology
  • Biochemistry and technical physics
  • Heat and mass transfer
  • Use of renewable energies and the environment
  • Energy Efficient Technologies
  • Energy technology and leadership
  • Electrical and Computer Engineering

Duration of Study of Energy Engineering Bachelor/Master’s

As is the case for most engineering majors in Germany, the bachelor’s degree is taught over 6 semesters, ie 3 academic years. Master’s degree over 4 semesters, ie two years.

Postgraduate job opportunities and potential employers

Energy technology degree graduates work for companies and engineering offices in the field of energy technology and plant planning. But potential employers also include energy suppliers, automotive industries and suppliers, electrical and chemical industries, public enterprises, mechanical and plant engineering firms and companies with high energy consumption. Areas of responsibility for energy technicians include, in addition to research and development, project planning for new buildings, energy system conversions and process engineering, process optimization to reduce energy costs, technical coordination of multidisciplinary tasks and the operation of energy systems.

What is the median rate of income after graduation?

The annual salary at the beginning of the career may reach 44,000 euros annually. With some additional experience and qualifications, your annual salary could reach 57,000 euros.

المصدر:
berufsstart

Some of the Leading Universities in Teaching Energy Engineering

  • TU Ilmenau
  • Hochschule Trier
  • FH Aachen
  • Hochschule Kempten
  • TUHH – TU Hamburg

Studying physics in Germany

The most important information about studying physics in Germany

Structure and content of the study of physics

In your physical studies, you will be able to answer interesting questions such as: What is matter made of? How do black holes arise? How many universes are there? Physics can also be found in our daily lives, for example in the form of microelectronics in smartphones and computers. If you like to research natural phenomena and enjoy the experience, you are probably studying physics to do the right thing.

A physics degree can usually be divided into experimental physics, theoretical physics, and mathematics. In physics in particular, theory and experimental work are closely related. First, the basics of physics are taught: these include “classical” elements such as mechanics, thermodynamics or electromagnetism and optics. Students also develop basic electronic data processing skills in physics. This will be deepened later. Students learn how to use the programming language and deal with related applications as well as perform computer aided modeling and simulation.

The most important subjects taught in the field of physics

  • Mathematical methods of physics
  • electrodynamics
  • Nuclear and molecular physics
  • Theoretical Physics
  • Atomic and molecular physics
  • Quantum mechanics
  • Linear algebra and analysis
  • Theory of relativity and cosmology
  • Classical mechanics and heat theory

Duration of studying BA/Master’s Physics in Germany

The Bachelor’s degree in Physics is taught over 6 semesters. The Masters is taught over 4 semesters. This applies to all German universities.

Career prospects after completing the Physics major

Physics graduates are employed in industrial research and development departments, in the public service, insurance companies and consulting firms, in the information technology sector, in patents, with financial service providers, in technical sales, quality control, in medical technology, energy technology, information technology, Biotechnology, science journalism, as an expert and on an independent basis. Physicists in education also work as teachers. However, one of the main areas of employment for graduates in Physics, mostly after a postgraduate and doctoral course, is in applied and fundamental research and teaching at universities of applied sciences, universities and public and private research institutions.

What is the median rate of income after graduation?

Studying physics is worthwhile in two ways: on the one hand, the unemployment rate of physicists is very low, and on the other hand, physicists receive above-average salaries. A bachelor’s physicist earns approximately €42,000 annually when starting his or her career. With a master’s degree in your pocket, the average salary when entering a career is around 45,000 euros per year. If you even have a Ph.D. in Physics, you can earn upwards of €50,000 per year at the start of your career.

Source:
absolventa

Is this profession right for me?

If you are interested in physical questions and in-depth analysis, you are right to study physics. Have you always wanted to get to the bottom of things and find out exactly what is hidden behind scientific communications? Do you work with care, bring endurance and hard work? So, the obstacles to the first study are over.

Some of the leading universities for physics teaching in Germany

  • Uni Heidelberg
  • Uni Bonn
  • Uni Heidelberg
  • Uni Hamburg
  • TU Berlin

Studying pharmacy in Germany

The most important information about studying pharmacy in Germany

Content and content of the pharmacy specialization in Germany

In pharmacology studies, you integrate knowledge from the natural sciences and medicine to understand how drugs work, as well as anatomical physiological problems. You’ll gain experience researching drugs and their safe delivery to clinicians and patients. Subsequent subjects and disciplines are divided into, for example, pharmaceutical biology, the finding and use of active substances in animals and plants, pharmaceutical molecular chemistry planning, testing, and manufacturing of active substances in the laboratory, as well as in the areas of effect analysis: pharmacology and toxicology to determine the effect of medicinal substances, how these effects work and how It is compatible with other medicinal substances and this determines the therapeutic effects of medicinal substances and deals with the safety and quality of drug management. Other subjects are immunology, human anatomy and physiology, botany. If you want to work in the natural sciences and are interested in medicine, pharmacy is the right choice with excellent career opportunities.

The most important subjects that are included in the field of pharmacy

  • natural chemistry
  • Drug Analytics
  • Pharmacology and Toxicology
  • Clinical Chemistry and Biochemistry
  • General, inorganic and organic chemistry
  • Fundamentals of physics and physical chemistry
  • Pharmaceutical Biology

Duration of studying pharmacy in Germany

The study of pharmacy lasts 8 semesters, ie four years. During your studies, you must complete two trainings, each lasting 4 weeks. One of these training courses will be in general pharmacies to be familiar with the practical side of this specialty. After completing the core courses that last 4 semesters, you can pass your first national exam. After completing the second course, which also lasts 4 semesters, you can pass the second national exam. To work as a pharmacist after studying pharmacy, you still have to complete one year of practical training in pharmacy. To obtain a license to practice the profession of pharmacist, a pharmacy exam must be taken after this practical year, after which an application for the license can be applied.

Job prospects after completing pharmacy studies

Pharmacy degree graduates work primarily as pharmacists or in hospital pharmacies. The pharmacy degree also offers the possibility of job opportunities in research and development, manufacturing and quality assurance in the pharmaceutical industry. In addition to this second major field of employment for pharmacists, there are also employment opportunities with health authorities, in public health and health services or with testing institutions for forensic analysis, environmental protection, in the pharmaceutical trade, in training and education in professional schools and academies as well as publishers and specialized journals . There is an opportunity to work in research and education but after postgraduate and doctoral studies.

What is the median rate of income after graduation?

The monthly salary ranges from 3300 euros per month. After a few years, your salary will increase to an average of 4,200 euros per month.

What are the conditions that must be obtained to be able to study this specialty?

Pharmacy is one of the specialties that require a very high average in the high school diploma. A GPA above 90% is required to be able to obtain a study seat at a German university.

Some of the leading universities in teaching pharmacy in Germany

  • Technische Universität Braunschweig
  • Uni Kiel
  • Uni Freiburg
  • Uni Marburg
  • Uni Erlangen-Nürnberg

Studying petroleum engineering in Germany

The most important information about studying petroleum engineering in Germany

Bachelor’s Degree Content in Petroleum Engineering

This major includes advanced studies in petroleum engineering, management, economics, and law. Specialized and management skills are integrated through a voluntary semester abroad at a partner university or practical project work at an oil/gas company as well as an interdisciplinary group project. The bachelor’s degree ends after completion of a graduation project. There are 3 specializations to choose from: Reservoir Management, Drilling and Production, and Deep Geothermal Systems.

The job market after graduation

The demand for well-trained engineers in oil and gas technology and deep geothermal energy remains high. After graduation you will be qualified to undertake self-reliant activities as well as planning and management tasks in the global petroleum industry and its environment. This includes the description and evaluation of oil and gas deposits, economic development and production, oil and gas processing, as well as storage and transportation of salable products.

Potential Employers for Petroleum Engineers

  • Oil and gas industry companies
  • Companies in the energy supply and storage industry
  • Research institutions and universities
  • engineering companies
  • Business Consulting
  • Supporting service companies affiliated with the authorities and associations

Duration of study petroleum engineering for bachelor’s and master’s degrees

The Bachelor’s degree in Petroleum Engineering is taught over 6 semesters and is taught in both German and English. The Master’s degree in Petroleum Engineering is taught over 4 semesters and the language approved for the Master’s degree is English.

What is the median rate of income after graduation?

The annual salaries for graduates of a master’s degree in Petroleum Engineering range from 43 thousand euros to 72 thousand euros annually and this depends on the place of work and the years of experience gained.

Source:
gehalt.de

What are the conditions that must be obtained to be able to study this specialty?

For a bachelor’s degree, a high school diploma with a grade point average above 70% and sufficient knowledge of German and English is required. The MSc in Petroleum Engineering builds on a BSc in Energy and Raw Materials (focusing on Petroleum Engineering). An alternative requirement for admission is a Bachelor’s degree in Petroleum Engineering from a recognized (technical) university as well as a good knowledge of English.

Studying medicine in Germany

The most important information about studying medicine in Germany

The content and content of the medical specialty

A medical degree qualifies you for a job as a doctor. During undergraduate studies you will learn how the human body is organized At the introductory stage, students deal with the basics of genetics, cell biology, histology and physiology. You will also develop basic scientific knowledge, particularly in Physics and Physiological Chemistry. Additional learning content includes human anatomy and this includes for example the human musculoskeletal system, its nervous system or the biochemical and physiological processes of metabolism and emergency medicine and intensive care.

The most important subjects taught to medical students in German universities

  • Pathology and pharmacology
  • Terminology anatomical and osteology
  • musculoskeletal system
  • Functional systems and biological organization
  • Disease, causes of diseases and clinical pictures
  • Biochemistry, physiology and biophysics
  • nervous system and behavior

Duration of studying medicine in Germany

If you want to study medicine in Germany, you should know that this specialty contains the most materials and requires intensive learning. With no less than 12 regular semesters, studying medicine is one of the longest-running fields of study in Germany. The content and procedures for medical studies are regulated in all of Germany in the so-called license to practice medicine. Therefore, the materials and seminars that students must take in any semester are determined. Unlike most other academic fields, it is not allowed to write exams for subjects from the advanced classes if the student has not passed the exams scheduled for him in the previous semesters.

Job opportunities after completing medical studies

After graduation you can work as a doctor in hospitals. There is also the possibility of self-employment by opening private clinics. There are also potential areas of work in the pharmaceutical industry, for example in research and development or in conducting drug studies, in health policy, health organizations or medical associations. Medical graduates also work in public and private healthcare facilities. Furthermore, there is also the possibility, mostly post-doctoral, to work in research and teaching at universities as well as in public and private research institutions.

What is the median rate of income after graduation?

They are the leaders when it comes to comparing the salaries of academics: the salary of someone with a medical or dental degree in 2016 was €79,538 per year – 40% higher than the average of all specialists and managers. This top position already applies to the starting salary: at the start of their career, doctors earn €52,036 per year

What are the conditions that must be obtained to be able to study this specialty?

In order to be accepted to study medicine, you need a high school diploma recognized in Germany. And you need a very high high school average. To obtain a study seat, you must be actually in Germany and have finished studying the German language. After that, you can write to a German university to obtain a study seat to study medicine.

The best universities to study medicine in Germany

  • Aachen – RWTH1
  • Universitätsklinikum Schleswig-Holstein – Campus Lübeck
  • Münster – Westfälische-Wilhelms-Universität
  • Heidelberg – Ruprecht-Karls-Universitätsklinikum
  • München – Klinikum rechts der Isar

Source:
praktischarzt.de
academics

Studying Mechatronics in Germany

The most important information about studying Mechatronics in Germany

Structure and content of the study of mechatronics

This major is based on the components of engineering and technical sciences, which are supplemented by specialized knowledge in mathematics and physics. A mechatronic system is able to extract data and information from signals and convert them into motion. This for example is of great interest to measuring tasks and sensor technology. Students usually begin with general and technical mathematics, with physics, and the basics of electrical engineering and computer science (such as computer architectures, algorithms, data structures and, above all, programming).

Skills in manufacturing and construction play an important role in the development of mechatronic systems, especially computer-aided methods (CAD software). Students learn to make complex technical drawings or understand the process of working by hand. Various work and creativity techniques are also introduced. Added to this are digital measurement and control technology, in-depth design theory or microcontroller technology. Modules in Business and Project Management conclude a portfolio of competencies, which can also typically be tested in the context of industry training and practical project work.

The most important subjects studied in this specialty

  • Mathematics, physics and materials science
  • Building Elements and CAD
  • Analog and digital measurement technology
  • automation technology
  • systems engineering
  • control systems
  • Mechatronics and Embedded Systems

Career prospects after completing a mechatronic study in Germany

Bachelor’s/Master’s degree mechatronics degree graduates work primarily in product development, production technology, manufacturing, automation technology, quality management, and technical sales of mechatronic systems, particularly in mechanical and plant engineering companies. Mechatronic engineers also find areas of work in the automotive, aerospace, driving, automation, and transportation technology industries, as well as in general mechanical engineering and machine tool construction. There are also career prospects in robotics, medical technology, energy technology and environmental technology. After completing postgraduate and doctoral studies, mechatronics engineers are also free to work in research and teaching in technical colleges and universities.

What is the median rate of income after graduation?

The salary that mechatronics technicians earn is affected by the educational qualifications the student has. If the profession is learned through an apprenticeship (such as an auto mechanic technician), an average annual income of around 24,000 euros can be expected. With a degree from a university, the earning potential increases significantly. Graduates of a mechatronics course can expect an entry-level salary of between 30,000 and 40,000 euros per year, depending on the degree, type of university and experience gained.

Source:
academics.de

What are the conditions that must be obtained to study mechatronics?

Depending on the university, you need a general higher education entry qualification (high school diploma). To study for the master’s degree, you must have completed a bachelor’s degree in mechatronics or a related degree. A large percentage of universities have also set a minimum admission requirement for mechatronics studies. This rate varies in each university and varies from semester to semester.

Some of the leading universities in teaching mechatronics in Germany

  • HFU – Furtwangen University (Tuttlingen)
  • HM – Munich University of Applied Sciences
  • HFU – Furtwangen University (Tuttlingen)
  • TH Aschaffenburg (Aschaffenburg)
  • Hochschule Aalen (Aalen)

Studying mechanical engineering in Germany

The most important information related to the subject of studying mechanical engineering in Germany

Structure and content of the mechanical engineering specialization in Germany

This field of study can be roughly divided into three main areas: At the introductory stage, the scientific foundations, principles and methods of construction are taught. This is followed by the development of actual competence in the field of production, control, simulation and operation of machines and systems. In the third stage, in-depth options are usually presented, which result from practical application scenarios for mechanical engineering competence, for example aircraft technology, mechatronics, biomechanics, energy technology or theoretical mechanical engineering. Scientific elements primarily include physics (such as statistics, force theory, kinematics, kinematics or fluid dynamics) and materials science. In addition to detailed knowledge of mathematics, students also deal with electrical engineering and computer science. Computers play a special role, but virtualization is also allowed – from individual components to complex systems. The central topics of mechanical engineering are the elements of a machine as well as the various techniques and methods for its manufacture and construction. Teaching content in business administration ensures that graduates are also able to operate their planned production and manufacturing facilities. Industrial training and specialized project development is common

The most important subjects taught in the field of mechanical engineering:

  • manufacturing technology
  • Machine elements and machine dynamics
  • technical mechanics
  • electrical engineer
  • Thermodynamics and fluid dynamics for mechanical engineering
  • Control and Automation Engineering
  • Material technology and testing
  • Theoretical electric motors
  • the design
  • Aspects of component design

Career prospects after studying mechanical engineering in Germany

Mechanical engineering degree graduates work primarily in companies and plant engineering as well as electrical machinery and vehicle construction. In addition, it represents power suppliers and manufacturers in the field of measurement, control and regulation technology, medical technology, industrial companies, engineering and planning offices, and monitoring and technical inspection companies. Plan, visualize, operate, maintain and service machines and technical systems. In addition, mechanical engineers also work in production planning, customer service, logistics, quality management, administration, training, further education, purchasing, sales, warehousing, and materials management.

Some of the leading universities for teaching mechanical engineering in Germany?

  • TU Dresden
  • Technische Hochschule Mittelhessen
  • KIT
  • Uni Duisburg-Essen
  • Hochschule Esslingen

How much does a mechanical engineer earn after graduating in Germany?

As a mechanical engineer, your average salary is around €60,000 per year, which is €5,000 per month.

Studying industrial engineering in Germany

The most important information related to the study of industrial engineering

Structure and content of industrial engineering specialization in Germany

In this field, issues of engineering and economics are closely related. This enables students to analyze business decisions from a technical point of view and vice versa. Basic scientific and mathematical skills are imparted as the basis of technical teaching content. At the initial stage, students deal with physics, mechanical engineering and materials science, computer science, electronics, measurement and control technology, but also with chemistry and chemical analysis. In the field of economics, they gain knowledge about production, materials management, accounting, taxation and financial management. It is also important to learn a foreign language. Economics majors include management, financial accounting, costs and statistics, business law, or risk and crisis management. Technical disciplines such as electronics, microelectronics, process engineering, energy technology or construction technology, machinery and robotics. Usually, industrial training must be completed and project work carried out independently.

Special areas of specialization are:

  • Auto industry
  • Construction
  • Chemical and food engineering
  • electrical engineer
  • energy
  • Environment and Sustainability
  • Industry
  • Production and logistics
  • Mechanical Engineering
  • technical sales

Career prospects after completing industrial engineering studies

Graduates of an Industrial Engineering degree can work in production, product development, project management, production planning and control, purchasing and logistics, sales and control, resource management, practical marketing, operations research and business consulting branches and industrial sectors. These include, for example, mechanical and plant engineering, the automobile, the aerospace industry, the food and beverage industry, the steel industry and related test facilities, electrical engineering, civil engineering, the chemical, pharmaceutical, and bio-industries. Consulting firms, insurance companies, credit institutions, transport and logistics companies, as well as quality and environmental management are also potential areas of activity.

What is the median rate of income after graduation?

In addition to their technical knowledge of industrial engineers, they are also familiar with business, law and marketing. Because they combine these four different disciplines, industrial engineers often start out as consultants or directly into a management position in engineering. The starting salary is correspondingly high and averages €50,000. If you can really land a management position after a few years, you can earn a six-figure annual salary.

What are the conditions that qualify me for a university seat in this major?

To successfully complete a bachelor’s degree in industrial engineering, you need knowledge of natural sciences and technology. A talent for math is especially important because you need this subject for both areas. In order for a university to allow you to study for a bachelor’s degree in industrial engineering, you need a university entry qualification ie a high school diploma, often with a good grade point average.

What are the best German universities for this major?

  • RWTH Aachen
  • Karlsruher Institut für Technologie (KIT)
  • TU Darmstadt
  • TU Berlin
  • TU Dresden

Source:
engineering.de
karriere bibel

Studying electrical engineering and information technology

The most important information related to studying electrical engineering and information technology

Structure and content of electrical engineering and information technology

This major imparts competencies in mathematical, scientific, and electronic foundations as a prerequisite for subsequent engineering work in the field of electrical engineering and information technology. These include modules such as physics, technical mathematics, mechanics and computer science, but also building and materials sciences (particularly for electrical and mechatronic engineering). This basic training is usually supplemented with intensive laboratory phases, where the knowledge and skills acquired are tested in independently taken exams or construction tasks. In addition, knowledge of mostly foreign languages ​​must also be demonstrated. Other topics include measurement techniques, knowledge of materials and properties of components, signal transmission, microprocessors or robotics. As this field of study has become an integral part of a large number of industry branches, corresponding seminars are also held in subsequent semesters in different application contexts. These include, for example, automation technology, communication and media technology, technical information technology or business electives. Majors in information technology are primarily communication technology, circuit technology, or communication networks, while “special topics” of electrical power technology include the number of power electronics or power supply systems. Industrial training and practical project work are usually an integral part of the course.

The main subjects taught in this major:

  • Electrodynamics and technical mechanics
  • measurement technology
  • Math and system descriptions
  • electrical circuits
  • Energy Transfer Mechanisms
  • control engineering
  • Signals and systems
  • digital technology
  • Mechanical engineering and physics
  • microprocessor technology

Professional life after studying electrical engineering and information technology

Potential employers for electrical engineering and information technology graduates include the electronics, telecommunications, and information industries, as well as industries that maintain electrical and information technology sectors such as automotive, aviation, and multimedia companies. Electrical and information technicians also work professionally in administration, research, and education. Areas of responsibility include planning, production, and operation of IT and electrical systems and systems, sales, marketing and control in the areas of communications, news, information, microsystems, microelectronics, and multimedia. As well as high frequency transmission technology. Moreover, electrical and information technicians examine and solve problems in the field of environmental protection and rational use of energy and are engaged in the expansion of information, communication and energy infrastructure.

What is the median rate of income after graduation?

Electrical engineers with less than two years of professional experience earn an average annual salary of €48,500 after studying electrical engineering. This puts young engineers from the industry above the overall average salary of €48,000 per year. Experienced engineers can expect an income of around 64,700 euros per year.

Source:
Ingenieur.de
einstieg.com

This is what you can expect while studying this major

  • An electrical engineering course deals with all the processes related to electricity.
  • You must have a strong basic knowledge of Mathematics and Physics.
  • Computer skills, technical understanding, and analytical thinking
  • You can conduct experiments and excursions.
  • You will learn programming languages, technical English and business management.
  • Practical separation is often mandatory.