Study in Germany

Home » best consultant for Germany counseling

Category Archives: best consultant for Germany counseling

Study Opportunity for Mechanical Engineering in Germany

September 8, 2015 5:29 am / 2 Comments on Study Opportunity for Mechanical Engineering in Germany

Mechanical engineering and plant engineering account for Germany’s largest branch of industry, consequently making it a decisive driving force for technical progress. Hence, the branch is one of the country’s most important engineering disciplines. Mechanical engineering not only deals with machines in the narrower sense, such as heat engines and thermally-driven machines, machine tools, production and processing machines, automatic machines, and robots, as well as vehicles of all kinds, traffic and transport engineering, utilities engineering, process engineering (plant engineering), nuclear and reactor engineering, production and safety engineering as well as precision engineering products (electrical and electronic devices of all kinds). Automation of the production processes and the growing significance of information technologies play an ever greater role in all fields, as does the field of mechatronics as a multidisciplinary field built on the foundations of mechanical engineering, electrical engineering and computer science/information systems. This not only means making intelligent use of machines and systems, but also and increasingly of ensuring the environmentally-compatible use of technology and engineering and of conserving resources through responsible action.

The diversity of the fields has resulted in a strong subdivision of subject areas within mechanical engineering. For more information, see degree programmes in print and media engineering and technology, automotive engineering plus traffic and transport engineering, precision and micro engineering, aerospace engineering, mechatronics, production engineering, materials sciences and engineering, materials engineering, building materials, paper engineering.

There are also a number of method and task-orientated subject areas, such as general mechanical engineering, mechanics, structural engineering. The study of technical and economic contents is mainly provided by industrial engineering programmes, with specialisation in mechanical engineering. The basic study stage in mechanical engineering programmes conveys the principles of mathematics, science and engineering in the various areas. Students only begin to specialise in the advanced stages of their studies.

For more details mail us on smita@qbixacademia.com

Frequently asked questions on Germany education system

September 8, 2015 3:08 am / Leave a comment

I want to do an MS in Germany. Is it necessary to learn German language? In my under graduate degree we were having German language as a subject so is it necessary that i have to give exam of level A1 and A2 to qualify my admission in Germany? 

If you are applying for a course taught in English, it is often not mandatory to know the German language. However, it is always an advantage to know some German language if you wish to find part time jobs, to land good internships or more importantly seek employment in Germany after your studies. For some international degree programmes, basic German language proficiency is required. In case you are opting for such programmes, you may want to appear for A1/A2 exams. Such programmes often give students a semester or two to achieve the proficiency level.

I am a second year student of Electronics and Communication Engineering. I would like to know the fee structure for MS courses. Are part-time jobs allowed during the course of study?

In Germany, most of the institutions of higher education charge no or very little tuition fee — to the tune of 500 Euro per semester. However, you will need to pay semester contribution ranging from Euro 50 to 250, depending upon the university and the services or benefits provided. Besides this you need to take into account your living expenses of around Euro 740 a month and travel expenses to and from India when you prepare your budget. As an Indian student, you can work for 120 full days or 240 half days in a year. While this can certainly support your sustenance, we advise not to have an earn-and-learn strategy for higher education in Germany.

What are the chances of job prospects in Germany after completion of an MS degree?

The German Parliament has implemented the EU Blue Card and a new unlimited work and residence permit to grant foreign graduates of German universities unrestricted access to the job market. Also, after completing one’s degree programme from a German university, one is allowed to stay in Germany for 18 months to look for a job in keeping with one’s qualification.

For more information mail us on smita@qbixacademia.com

Germany Best Country to study abroad for Indian Students

September 8, 2015 3:06 am / Leave a comment

GERMANY BEST TO STUDY
Germany is a world leader in exports and R&D. It is also India’s most important EU business partner, especially for machinery, automobiles, chemical and electrical products as well as IT. With more than 300 institutions of higher education it is one of the leading countries in the field of research, science and technology. There are many reasons to study in Germany –
  • Excellent academic standard
  • Germany provides the best and the most cost-effective study options for overseas students. Most colleges are state-funded. In 2010, five of Germany‘s 16 states charged tuition fees at state-funded colleges, while in 11 states tuition was provided free of charge.
  • There are no university-sponsored scholarships in Germany, but a number of private and public institutions award scholarships, usually to cover living costs and books.
  • Internships – the completion of your program is followed by paid internship in top MNCs that lead to full-time placement.
  • Students are allowed to stay on and work for 1 year after completion of their study program.

Most programs are exclusively taught in English, therefore, German language skills are not a prerequisite. If you are willing to learn German, you can join the German Language Courses at the University, which are free of charge. As a foreign student, you are allowed to work 90 days or 180 half days in a calendar year. This right is not restricted for campus jobs like in the US. You can obtain Permanent Residency within 5 years of working full-time in Germany. So get ready to pursue a dream engineering degree on foreign shores.

Regards,

Smita

Aviation Technology Basic Information in Germany

September 8, 2015 2:59 am / Leave a comment

The European aviation safety organization EUROCONTROL predicts that the number of flight movements in Germany alone will double in the years between 2003 and 2025. This growth generates new jobs at airports and at aircraft manufacturers. However, the growing volume of air traffic also has a sizable downside: noise pollution, the emission of pollutants and greenhouse gases, and a continuously growing demand for fuel.

For years now, the aeronautical industry has been demonstrating above-average growth. In 2007, turnover topped the 20 billion euro mark. Even if the current economic conditions worldwide are having a negative impact on air transport efficiency, EUROCONTROL forecasts the long-term doubling of flight movements in Germany by 2025 compared with 2003.

At present, air traffic is responsible for only some three percent of worldwide greenhouse gas emissions. But given that it is also the fastest-growing mode of transport, its share will increase enormously unless we find new ways to reduce specific fuel consumption. If we want to be able to cope with the increase in air traffic that has been forecast for the coming decades, innovative technologies will have to be developed that allow growth in traffic volume without substantial increases in the strains this places on man and the environment.

Nanotechnology from Germany Information

September 8, 2015 2:57 am / Leave a comment

Nanotechnologies are a horizontal sector with many possible applications in areas such as energy technology (fuel and solar cells), environmental technology (materials cycles and disposal) or information technology (new storage techniques and processors) as well as health. They hold great technological and economic potential for Germany. Today, about 1000 companies work on the development, application and distribution of nanotechnology products. About 63,000 jobs are involved, with an upward trend. Experts believe that the market volume across all industries will be more than one trillion euros worldwide in 2015.

The Federal Government’s “Nanotechnology 2015 Action Plan” carries on from the “Nano-Initiative – Action Plan 2010”. Under the umbrella of the High-Tech Strategy it presents a concept that pools lines of action and fields of application in the context of nanotechnology. It focuses research and research funding on the societal challenges addressed in the High-Tech Strategy, i.e. climate and energy, health and nutrition, mobility, security and communication. Economic exploitation, responsible use, a regulatory framework and a public discussion are other important factors.

For more details on admission process mail us on smita@qbixacademia.com 

Regards,

Smita

Study Opportunity in Germany for Electrical Engineering

September 8, 2015 2:55 am / Leave a comment

Electrical engineering makes the whole range of electrical and electromagnetic forms and laws available for technical applications. Today, the field is substantially shaped by the advances made in information and communications technology (ICT) and by microelectronics. Following the various requirements of practice and application, several study areas have developed. The most important of these are: electrical power engineering, information and communications technology (communications engineering), (micro)electronics, automation engineering, and general electrical engineering, whereby the latter contains study areas from the above-mentioned areas in the sense of a broad-based training.

Electrical power engineering encompasses the generation, transmission, distribution and application of electrical energy. This includes disciplines like electrical mechanical engineering, electric heat, high-voltage engineering, power supply and performance electronics. Renewable energies (sun, wind, biomass) are meeting with growing interest.

Information and communications technology (communications engineering) deals with the transmission, communication and processing of messages (information) using wireless or landline technology. Key branches include digital signal processing, electrical and optical communications technology, high frequency engineering and communications networks. Due to the great significance of digital communications technology (digital engineering), the use of computers and programmable processes plays a predominant role in this field.

Automation engineering deals with the development and application of procedures for controlling technical processes, including the development of the requisite hardware and software for these processes. Automation tasks plus instrumentation and control problems require, among other aspects, the application of systems theory and control technology methods, measurement technology/metrology, process computer and communications technology.

(Micro)electronics is of great significance for all three fields. With its development of electronic circuits, semiconductor elements and highly-complex integrated circuits, it forms the basis for the commercial and technical expansion of the above-mentioned fields. This study area treats both the physical-technical principles of electronic components as well as their systems-specific, i.e. applications focused aspects. Computer-aided design methods and simulation techniques play a major role, along with technological aspects.

Light is used to gain and transmit information, and to reproduce it on monitors and displays. Occupational fields for optoelectronic engineers include, inter alia, laser engineering, image processing, optical communications engineering and optical sensors used in industry, traffic and transport engineering and in medical engineering and technology.

Key base subjects for studying electrical engineering include mathematics, physics and applied computer science/information systems, whereby mathematics is more important here than in other engineering disciplines. Mechanics, materials sciences, engineering thermodynamics are important complementary subjects. Yet, business administration principles and management methods are also studied. In the advanced stages, systems theory plays an important role, since it deals with modelling (simulation), analysing and optimising the complex information, power engineering and automation systems. A wide range of specialisation options are available that are not given closer treatment here. The following are closely related to electrical engineering: mechanical engineering, particularly precision engineering, mechatronics and computer science. Since the various branches are so closely linked, students should avoid very early specialisation. However, early experience with applications, e.g. in internships, helps facilitate the later career entry.

Job Opportunities in Germany for Electrical engineer

September 8, 2015 2:53 am / Leave a comment

Employment Opportunities

Electrical engineers mainly work in the electrical and electronics industry, the computer industry, in telecommunications engineering, and in the electrical power generating and utilities industry. They are also to be found in many non-electrical engineering branches, such as mechanical engineering, the automobile industry, the chemical industry, mining, metallurgy (iron and steel) and so on, as well as in traffic and transport technology and control. They can work as freelance engineers and also find positions in the civil service (various agencies and authorities, higher education).

For more details mail us on smita@qbixacademia.com

Job Opportunities for Mechanical engineering student in germany

September 8, 2015 2:50 am / Leave a comment

Employment Opportunities

Mechanical engineers will find employment opportunities wherever machines and plants are developed, built, operated and maintained/serviced/repaired. Depending on the respective study focus, mechanical engineers will, for example, be occupied with development, project planning, design, construction and testing, with production planning and monitoring, quality assurance, maintenance/servicing/repair, application consultancy and sales. Over and above this, employment opportunities are to be found in engineering offices, in business, industry and professional associations, in teaching and research, in technology and engineering testing institutions (TÜV), and in the civil service. Freelance occupations are also possible, for example, in planning and design fields and as technical experts.

For more details mail us on smita@qbixacademia.com

Job opportunities in germany after completing Ship Engineering, Nautical and Marine Engineering/Technology

September 8, 2015 2:29 am / Leave a comment

Employment Opportunities

Nautical engineers find their main activity field in the shipyard industry where they largely work in development and technical design areas as well as working as operational and manufacturing engineers. They also work in cost-calculating and sales departments. Employment opportunities are also to be found in companies supplying fixtures and fittings for ships, in classification agencies, in marine/nautical engineering and hydroengineering testing institutes and in private or freelance engineering offices. Working in shipping companies and authorities (e.g. navigation and shipping offices) nautical engineers will largely be responsible for testing and monitoring tasks or for the procurement of ships, fixtures and fittings.

Pharmacy, Pharmaceutical Engineering from Germany

September 8, 2015 2:19 am / Leave a comment

Study Field Outline

Pharmacy

Pharmacy studies the use of drugs and medicinal products, including their development, production, testing and quality assurance, plus measures to protect patients, to supply the general population with the required products, and to provide proper information on these products to all involved or working in the public health system. Studies include commercial aspects and special areas of the law.

Pharmaceutical engineering

Degree programmes address the technology and engineering of producing pharmaceuticals. Students acquire cross-disciplinary knowledge in the fields of chemistry and pharmacology, biology and pharmaceutical technology. They also study areas of engineering, such as industrial and mechanical engineering. Law and business management subjects round off the studies.

Employment Opportunities

After receiving the licence to practice, the majority of pharmacists work as retail pharmacists or as pharmacists employed in a public-sector pharmacy. Outside the field of public-sector pharmacies, employment opportunities can be found in particular in hospitals, the pharmaceutical industry, in testing and examination institutions, in the armed forces, in public administration, at universities, in the cosmetics industry, in the washing agent and detergents industry, in the pesticides/pest control and fertilisers industry.

Studies at UniversitiesPharmacy

Basic study stage (4 semesters):

Lectures, seminars and practical courses in general, inorganic and organic chemistry, principles of pharmaceutical biology and of human biology, principles of physics, physical chemistry and drug morphology plus the principles of pharmaceutical analysis. During the pre-sessional periods/recess of the basic study stage, students are required to complete eight weeks of clinical practical training under the guidance of a dispensing chemist/pharmacist.

Main study stage (4 semesters):

Extension and consolidation studies in pharmaceutical fields, including pharmaceutical/medical chemistry, pharmaceutical biology, pharmaceutical engineering/biopharmacy, pharmacology and toxicology as well as clinical pharmacy.

Pharmaceutical examination:

The first and second examination sections are completed in the course of the student’s university studies, while the third is taken after completion of the practical training. Some universities offer postgraduate courses in Pharmacy “Diplom-Pharmazie” for students completing the second examination section that leads to the academic degree of “Diplom-Pharmazeut/in”.

Practical work experience:

After graduation, six months is spent working in a public dispensing pharmacy, in a hospital or a dispensing pharmacy of the German federal armed forces (whereby three months can also be spent working on a general hospital or a federal armed forces hospital ward), in the pharmaceutical industry, in a university institute or in another suitable scientific or research institute (including those belonging to the German federal armed forces) or in a drugs testing/inspection centre or a comparable institution (including those belonging to the German federal armed forces).

Continuing education and training:

According to the Chamber Laws of the individual federal states, holders of the Licence to Practise Pharmacy have the opportunity of engaging in continuing training in the field of officinal pharmacy, clinical pharmacy, drug information, pharmaceutical technology, toxicology and ecology, pharmaceutical analysis, theoretical and practical training, clinical chemistry and public health. The University of Bonn offers students completing the second section of the pharmaceutical examination an opportunity to take a postgraduate course leading to a Master of Drug Regulatory Affairs degree.

 

 

Post navigation

← Older posts