Last Updated on August 23, 2022 by Alvina Ibe
Modern-day Turkey was formed from centuries of multicultural shifts and religious interactions, all of which came together over the course of the country’s history to create what we know of today as the bridge between the east and the west. With such a deep and often complicated history, it is no surprise that we can still see remnants of the past thriving in the society that has carried through to this day.
Students venture from around the world to witness this society and culture firsthand, and when they do so, they take up their studies surrounded by it. But what does that look like? What do students opting to travel to Turkey most commonly choose to study and why?
Here are three of the most popular fields of study in Turkey:
Textiles and Design
Turkey – in particular, Istanbul – is and has been right along one of the primary trading routes between Europe, Asia, and the Middle East. Textiles grew in prominence as a major source of income for locals as foreign traders came through their towns and homes, and that tradition of strong emphasis on textiles has carried through to even modern times.
While the government controls many industries, including much of communications, banking, and transportation, the country’s most important industry and largest exporter is textiles and clothing, which is almost entirely in private companies. Students from around the world have benefitted from the rich history of textile production in Turkey, which has translated to a large number of international students choosing to study industries such as industrial-, visual-, product-, fashion-, and textile design.
Turkish universities known for their programs in textiles and design include Istanbul Aydin University, Eastern Mediterranean University, and Uskudar University.
Despite decisions made by Turkey’s president and government that have been viewed as questionable by other leaders around the world, Turkey’s Gross Domestic Product (GDP) value has been steadily increasing. In fact, it witnessed an increase of over 5% in Q2 2017. Although the reality is complicated, these numbers do represent a strength that some other countries around the world are struggling to match.
This is opening the door for business students who have taken interest in the country as the location for their studies. Between both Bachelor’s and Master’s degree-seekers, business is becoming one of the most popular fields of study in Turkey for domestic and international students, alike. To learn more about the top MBA programs opportunities, check out our article on the Best MBA programs in turkey [link to Best MBA Programs in Turkey].
Computer Science and Engineering
Computer science and engineering is quickly becoming one of the most popular fields of study worldwide. It appears in many ways to be the future of business, technology, and even possibly communications, giving it a heightened potential for students in terms of jobs and career opportunities. For students interested in this career path and Turkey, many institutions in the country offer high-quality programs for you to enroll in.
Academic programs in computer science and engineering usually combines aspects of both computer science and computer engineering programs into a streamlined degree. While computer science programs tend to center primarily around theory and software, computer engineering programs traditionally diverge from computer science in its heavy electrical engineering requirement in later years of study.
Turkish universities known for their programs in computer science and engineering include Middle East Technical University, Sabanci University, and Istanbul Sehir University.
Golf in Turkey
Emerging as one of Europe’s best holiday hotspots, Turkey is home to a number of incredible golf courses most of which have been sympathetically merged with the magnificent natural landscape by the some of the games greatest designers and players. England’s most famous golfing son, Sir Nick Faldo and 2010 Ryder Cup Winning Captain, Colin Montgomerie have utilised their expertise and created two stunning resort courses in the heart of Belek.
Despite not boasting the quantity of courses of the Costa del Sol, the beautiful region of Belek is the epicentre for some truly quality golf courses. Home to more than one European Tour course, for those looking to experience championship golf in a glorious country then a golf trip to Turkey is for you.
How much does it cost to study in Turkey?
The annual fees of studying in Turkish private universities range between $ 2000 and $ 25,000 depending on the student’s chosen university, major and language of study
Can international students work in Turkey?
According to Article 41 (1) of Turkish law, “undergraduate, master and doctoral students can work under the condition that a work permit is obtained, but for bachelor’s students, the right to work begins after the first year of studying”.
Is it easy to get job in turkey?
In the last few years, Turkey has witnessed an increase in the number foreigners in the country, which has led to a significant increase in employment rates for foreigners present in Turkey.
Despite the companies’ need to employ foreigners who speak other languages, it is not easy to find a job opportunity if the student does not speak the Turkish language because most of the Turks do not master the English language or a language other than their own. So we advise students to learn Turkish as it helps them with having more opportunities.
Sonography Courses in Turkey – Ultrasound Training Courses in Turkey | Diploma in Ultrasonography and training for MBBS Doctors in Turkey
Institute of Ultrasonography training in Turkey is providing excellent online and offline classes for mbbs doctors. We have various ultrasound sonography program for doctors, sonologist, gynaecologist, sonographer, Physician, radiologist and Urogynaecologist courses in Turkey. We have short term and long term program as well as special 3 months, 6 months and one year ultrasonography courses in Turkey. we have online sonography training in Turkey. We are conducting Online and offline classes for mbbs doctors in Turkey. Our Certificated and Diploma in highly reputed in Ultrasonography field.
Why Choose Online Ultrasound sonography Courses in Turkey
It is an excellent career to plan your future in a specific area. It takes much study, experience, and opportunity to select a particular region as your technical career process.
To do so, you must select a degree or diploma in ultrasonography course based on your experience in a specific area. You may gain complete information and expertise on the field from the free ultrasound course for sinologists.
We offer all major ultrasound classes. We offer you all. Persons interested in this area should undergo a suitable online ultrasonography course in Turkey. Choosing which Sonologists will be transparent for your potential objectives.
Uplift Your Skills in The Sonography Field
The sonography of imperatively diseased patients has evolved and grown into one of the most versatile approaches to diagnosis and conduct their treatment. It comprises both cardiac and cardiac ultrasounds.
You will get up-to-date lessons from prominent scholars and professionals in the primary sector with a particular online sonography course.
As we offer online and on-campus courses, you can conveniently choose an online ultrasonography course for the sonographers you prefer.
Avail the correct information in the ultrasound industry
A reputable ultrasound training institute ensures that interested people who opt for online courses learn innovative technologies, use special instruments, and thoroughly appreciate the ultrasound industry.
You will build on educational experience and clinical expertise through our specialized abdominal ultrasound course to be a professional clinician.
Also, the skills are built to objectively analyse management solutions for a wide range of common diseases.
Enhance your training with the Ultrasound Courses
We offer a wide variety of practical teaching, supported by professionals in this area. The ultrasound courses will allow you to gain complete knowledge about the healthy use of ultrasound. To understand all medical services, you will have access to the lab in addition to preparation. The ultrasonography course online for ultra-sonologists also gives you outstanding clinical placement options and an internship to develop Turkey’s expertise and functional skills.
Boost your practical skills with our ultrasound course in gynecology
You will learn to face the complexities of diagnosis in regular health procedures by selecting our ultrasound gynecology course. We also concentrate on explaining and explaining various cases, in addition to developing your theory in this area and learning how to use ultrasounds in actual clinical settings while resolving diagnostic problems.
We look for interns prepared to continue to improve their skills to attend online advanced ultrasound training.
Build your career Through the online radiology ultrasound course
You will improve all radiology facets with the well-designed online ultrasound course for doctors to be an expert in this field. To enhance your knowledge and understanding of the complete and accredited online ultrasound course, provide the students with highly engaging content, like practical activities and questions on self-examination, for radiologists to build up their careers rapidly.
Get the proper techniques with the course of abdominal ultrasound.
This course would help students consider regular and irregular abdominal scans, and They are examined with usual abdominal sonogram pathologies. You will learn and expand your techniques and understand exactly with experts through the abdominal ultrasound course.
During lectures offered by the online doctor, ultrasound staff on organ systems in the abdominal cavity, including liver, gallbladder, pancreas, GI tract, etc.
We have sonography training in Turkey online as well as offline and hands on training. You can contact our centre through online website or by email and phone call. You can submit your application by post as well.
A vocational school is a type of educational institution, which, depending on the country, may refer to either secondary or post-secondary education designed to provide vocational education or technical skills required to complete the tasks of a particular and specific job. In the case of secondary education, these schools differ from academic high schools which usually prepare students who aim to pursue tertiary education, rather than enter directly into the workforce. With regard to post-secondary education, vocational schools are traditionally distinguished from four-year colleges by their focus on job-specific training to students who are typically bound for one of the skilled trades, rather than providing academic training for students pursuing careers in a professional discipline. While many schools have largely adhered to this convention, the purely vocational focus of other trade schools began to shift in the 1990s “toward a broader preparation that develops the academic” as well as technical skills of their students.
Vocational schools were called “technical colleges” in Australia, and there were more than 20 schools specializing in vocational educational training (VET).Only four technical colleges remain, and these are now referred to as “trade colleges”. At these colleges, students complete a modified year 12 certificate and commence a school-based apprenticeship in a trade of their choice. There are two trade colleges in Queensland; Brisbane, the Gold Coast, Australian Industry Trade College and one in Adelaide, St. Patrick’s Technical College, and another in Perth, Australian Trades College.
In Queensland, students can also undertake VET at private and public high schools instead of studying for their overall position (OP), which is a tertiary entrance score. However these students usually undertake more limited vocational education of one day per week whereas in the trade colleges the training is longer.
Education in Canada is a provincial responsibility, and education evolved independently in each province, much like separate countries. Vocational School is an old antiquated term that was previously used until the late 1960s when the education system evolved from basic primary education to include High School and then technical schools or colleges in the mid 1960s. In the past (pre mid 1960s) some provinces Vocational schools in Western Canada were sometimes called “colleges” in Canada. However, a college may also refer to an institution that offers part of a university degree, or credits that may be transferred to a university.
In Ontario Technical schools like Central Technical School in Toronto, which was started in the late 1800s to train workers in the evening, eventually evolved into high schools when the education system was extended to high school level. When the public education system was expanded in the by the early 1920s high school level education was provided in Technical / Commercial Schools or Collegiate Institutes in a hybrid high school/ college level like situation. In Ontario prior to the mid 1960s a Vocational School was a trades or job training school that provided training in a very focused trades related area, and these were started in the early 1950s, and the few that existed were merged as departments of the Community colleges that were established starting in the mid 1960s .
Secondary schools had evolved into three separated streams: technical schools, commercial and collegiates (the academic schools). By the mid 1960s in suburban areas purpose built High Schools for slow learners or individuals that were being trained for jobs after high school was also termed “vocational schools”. By the early late 1960s many of the technical and commercial school programs in large populated areas like around Toronto, were being merged or had purpose built combined schools were being built. While the schools still exist, the curriculum has changed so that no matter which type of school one attends, they can still attend any post-secondary institution and still study a variety of subjects and others (either academic or practical). In Ontario, the Ministry of Training, Colleges and Universities divided post-secondary education into universities, community colleges and private career colleges.
In the Province of Quebec, there are some vocational programs offered at institutions called CEGEPs (collège d’enseignement général et professionnel), but these too may function as an introduction to university. Generally, students complete two years at a CEGEP directly out of high school, and then complete three years at a university (rather than the usual four), to earn an undergraduate degree. Alternatively, some CEGEPs offer vocational training, but it is more likely that vocational training will be found at institutions separate from the academic institutions, though they may still be called colleges. Although many (if not most) vocational programs are in high school.
The Financial Case for Trade School Over College
It’s unfortunate that some of the best money saving tips have such a stigma attached to them.
Here’s a newsflash – college isn’t for everyone. Your level of intelligence doesn’t necessarily equate to whether you got your bachelor’s.
You have to be pretty smart to really understand how engines work or how to wire a house without electrocuting yourself.
Carpentry requires tons and tons of math.
We’ve held white collar jobs up on such a pedastal over the years that it’s easy to forget that there’s no shame in a job where you get your hands dirty.
As a matter of fact, a lot of people might be a lot happier working in a skilled trade than sitting behind a desk. The funniest part is that you’re likely to make more money in many of those jobs than you could ever make in an office.
You’d also have to be living under a rock to be unaware of the college debt crisis affecting the majority of millennials. College is expensive. Over the last few decades, the cost of a college degree has tripled, completely out of proportion to standard inflation.
The average millennial has $30,000 in college loans. I know I finished up grad school with exactly that amount of debt dangling over my head and that was after not paying a penny for undergraduate and landing a few scholarships for grad school.
As a result of those $30,000 in loans, I wound up living full time on a cruise ship and a circus train for two-and-a-half years to pay them off. I was incredibly lucky to land these unique jobs that paid for room and board and allowed me to funnel nearly everything I made into paying off those debts.
Few are so lucky. For the majority of millennials, the cost of paying off their student loans has wound up holding them back from living on their own, making major purchases like buying home and even being able to start a family.
For a lot of people, it doesn’t have to be like this. I don’t just mean that they should’ve bootstrapped themselves harder during college to come out without any debt – I mean they probably shouldn’t have gone to college.
Trade schools cost a fraction of what public and private schools cost. The average cost of vocational school comes out to around $33,000 – for the entire education. This the average cost of a single year of college.
Additionally, people who choose vocational schools are able to enter the workforce sooner. Most programs run two years, but many can be completed in even less time. This allows you to start earning a real salary sooner.
What can you study though? Long gone are the days of trade school just being for mechanics and cosmeticians (thought both career paths are fine). These days you can study tons of different professions, including:
- Computer Networking
- Massage Therapy
- Medical Assistant
- Pharmacy Technician
You would graduate with one to three fewer years of debt. In 2014, the average mechanic’s wage was a little over $37,000 a year, which beats out most liberal arts degrees. As of 2013, the average salary for a registered nurse was nearly $69,000 a year, which far surpasses a lot of traditional degree fields.
Trade schools also are often equipped with strong job-placement programs. If you can do well in your classes there, it can be much easier to land a job than if you attend the average state school with a lackluster job-placement program.
Additionally, while most colleges try to create strong job-placement programs, if you were thinking about majoring in a smaller subject or really anything outside of the STEM or business field, schools are likely to be less equipped to help you find a job after graduation. Vocational schools pride themselves on having strong ties to the professional world in all of the program subjects they offer.
If you’re not quite ready to make the leap to trade school, but think it could work for you, community colleges can be a great option for beginning your higher education. Community colleges allow you to take basic prerequisite courses for four year institutions at a fraction of the cost and many community colleges have vocational certification programs that can sometimes be completed at an even lower cost than a trade school devoted fully to certification programs.
10 STEPS TO KICK START YOUR AESTHETIC CAREER
It’s been a challenging couple of years for many with a rise in people looking for different career directions. If you have reached a point in your professional career where you are looking for a new challenge or seeking some new skills the aesthetic industry could be the next step that you are looking for.
It can be daunting entering a new sector or starting up a new business. You need to consider your options and know what you are entering into.
Here is our 10 step guide to kick start your aesthetic career:
1.RESEARCHING – IS THERE A DEMAND/ MUCH COMPETITION IN YOUR AREA?
In order to succeed within your aesthetic business, you need to make sure that there is a demand for your services. It is crucial at this point to conduct market research and use the collated data to inform your business strategy. It is also a good time to look and see how many other businesses exist and what they are offering to give you that competitive edge.
2.TRAINING IN THE CORRECT FIELD
In order to avoid no further delays, it is best to make sure that you have completed as much training as you can beforehand. When getting started within the aesthetic industry, we recommend that you start with our introductory Foundation Botox and Filler course and then build on your skill set and portfolio with more advanced treatments.
You need to decide if you will operate as a Sole trader, Partnership or Limited Company. Each with their own set of pros and cons it would be up to you to decide which structure would be best for your business going forward. Now is a good time to get an accountant and decide with him the best way to set-up your business (this can save you money in the long run).
4.CREATING A BUSINESS PLAN
A business plan is the most important part of setting up a business, as this is the vital document needed for securing the investment to get started. This plan should include your business objectives and will provide you with the clear direction. In addition to this you will need to consider a time frame to plan out how long you want to take to reach your end goal. This plan can also assist you in thinking about the worst case scenario and can allow you to devise a contingency strategy for any unforeseen events that may occur.
5.NAMING YOUR BUSINESS & CREATING A LOGO
It is important to ensure that you have an effective name and appealing company logo. This should reflect and portray the type of business that you want to be. A unique name and logo needs to be thought about carefully to ensure that there is no confusion with competitors. If you have the same name or a logo that is similar, this may result in legal action and loss of sales. When creating the logo, it’s a good idea to name the business so that people know what you do. Make sure that you research different designers and shop around to ensure you are getting the best for your business and allocated budget.
6.FUNDING YOUR BUSINESS
Many people tend to use their own savings when starting up their own business. In some cases there are grants available, or you may look to take out a loan from the bank (this will require a business plan) Alternatively, you may know someone that is looking to invest their own money into a new business.
7.FINDING A LOCATION
It is important to consider where your business will be based. How easy is it to get to for your clientele? Is there plenty of parking? Does it fulfil your requirements? Can you look at expanding when the time comes? Do the costs fit in with your budgets? When choosing the correct location and place, it is always worth taking along a trusted friend, colleague or family member with you – two heads are always better than one and it can help you to visualise the final look.
8.REGISTERING YOUR BUSINESS
You are legally required to register your business with either Companies House or HMRC before you can start trading. Depending on the type of business structure that you decide will depend on the documentation that you will need. There are certain deadlines that you will need to meet when completing this and all the information that you will need to know and the relevant dates can be found on the Government website.
9.REGISTERING YOUR DOMAIN NAME AND WEBSITE
It’s now common practise for many of your potential customers to research online before contacting you. Your website is therefore very important as it will become the key source of receiving enquiries. Use your website to give potential clients all the information they need about your business, your employees, treatments and services that you offer. You will need to register and purchase your domain name for your website first, and then pay for this every year after.
10.GAINING THE CORRECT INSURANCE
To be able to practice in Aesthetic Medicine and kick start your aesthetic career, you must have medical indemnity insurance, public liability insurance, building and contents insurance. If you practice without the correct insurances and end up with a claim, this can result in heavy fines and your business may not be able to continue.
AESTHETIC TRAINING WITH COSMETIC COURSES | KICK START YOUR AESTHETIC CAREER!
Here at Cosmetic Courses we offer support right the way through your aesthetic career from choosing which course to start with, creating tailored training packages to meet your requirements and business support to help you become a successful practitioner. But what makes us stand out from other training providers? We are one of the only aesthetic training providers led by a Consultant Plastic Surgeon, we have been training delegates since 2002 so we know what it takes to become a safe and competent injector and we place a real emphasis on practical-based training.
Medicine in Turkey
Study Medicine in Turkey could be a very affordable alternative to think about. Studying medicine remains a dream for many students from various parts of the world that has yet to be realized. In their home countries, it is difficult for many of the prospective students to enroll in medicine for different reasons.
According to the QS list, Turkish universities are among the top universities in the world every year, and Turkey is one of the countries that has good quality in the field of medicine, dentistry, and paramedical sciences. For example, this year, Hacettepe University ranked 251th in the world in the field of medicine and dentistry.
Many brilliant future students, therefore, gave up their quest and dream of studying medicine. There we are! Don’t give up at all! We’re going to bring hope to make your dreams come true!
In Turkey, Medicine can be studied in English or Turkish. At our outstanding universities located in Istanbul, Ankara or İzmir – students have lots of options.
To help with your application, MEDU is here. Take the first step and arrange your free consultation to get started today.
Admission No entry examination For some universities
DURATION Six Years
CITIES Most cities in Turkey
ACCEPTANCE In 2-3 weeks
TUITION FEES 5000$ – 27.500$ per year
LANGUAGE Turkish or English
SCHOLARSHIPS Contact us
English Proficiency test Needed
FIRST AND SECOND YEAR:
The first two years are filled, as in other countries, with basic science.
You get a theoretical and practical introduction to diseases from the 3rd year onwards.
4TH AND 5TH YEAR consist of clinical internships
The final year of medical education is spent in the university hospital as a future practicing physician. The roles of a regular doctor are performed by you. Students are classified as ‘interns’ in the 6th year. This is the preliminary stage of Turkey ‘s assistant medical school.
Have you ever wondered why several thousand applicants want to study medicine in Turkey every year? You may be surprised, but according to the available statistics, several thousand applicants want to study this field in Turkey every year, and their number is increasing every year; But what is the reason for all this demand?
The reasons for choosing Turkey to study, especially medicine, are many and not all of them can be included in this article. Here are the most important reasons:
- Turkey, unlike the United States and Canada, where students are required to complete four years of prep-school before a six-year medical degree, starts higher education upon arrival; This means when you get accepted in a Turkish university for Medicine, you don’t need to study any prep-school!
- Studying in turkey will give you access to world-class labs, the latest technical developments, a conducive environment for studying and perusing life, and you will also have the opportunity to be taught by world-class professors, doctors, and medical masters.
- The Turkish education system has been a member of the EU education system or the Bologna Process since 2001. Thus, the university degrees of this country are of high quality and are approved by European countries.
- Medical education in Turkey has a global reputation. Its close scientific cooperation with world-renowned universities and the presence of international professors from the United States and Europe have led students to enjoy a high level of quality education in the implementation of joint projects with top international universities.
- The necessary tests to enter Turkey are the SAT test and the YOS test. These tests are much simpler than you think. MEDU has a great offer for YOS preparation.
- After graduating from Turkey, with a medical degree obtained from this country, you can practice medicine in all countries of the world.
The above is some of the important benefits of studying medicine in Turkey, but you should experience this wonderful feeling for yourself in Turkish universities and see what a pleasure it is to study in this country with the many facilities it has provided to students.
Students can study at top international universities at a much lower cost than European universities and enjoy a normal upward life.
Turkish medical degree validity
The position of medicine in Turkey is of special importance. Turkey is traditionally a university country with prestigious and large universities at the international level. Turkey has a global reputation in the field of medicine, so Turkey is a healthy country. The reference of a large number of patients from different countries of the world to Turkey for treatment or cosmetic surgeries indicates the prestige and position of medicine in Turkey. Turkey attaches great importance to medical science, as Turkish hospitals, clinics, and doctors are world-renowned. Medical students in Turkey learn medical skills under the tutelage of prominent Turkish and other national professors. According to the Turkish Medical Tourism Development Council, the number of medical tourists to Turkey in 2018 has increased by about 31% compared to the previous year. Turkish investment and planning in the development of health and medical infrastructure have increased the number of visitors in need of medical services, which reached one million in 2017. This number has reached more than one million and three hundred thousand people in 2018 so that many patients and people come to Turkey to visit advanced and specialized medical centers. Turkish medical universities, such as Istanbul University of Medical Sciences and Ankara University of Medical Sciences, have a global reputation and are among the top international rankings. All of the above indicate the superior position of medical sciences in Turkey; Therefore, studying medicine is a smart choice that many people consider in their plans.
Medicine in Turkey is highly regarded internationally. Many Turkish universities have a global ranking of 500 to 1000 internationally and have a global reputation. Most Turkish universities teach in foreign languages other than Turkish, such as English, and their teaching methods are the same as in American and European universities, so many foreign students’ study there. Students have no problem studying medicine in Turkey and can choose English courses. After completing their studies, students can enter the labor market of English-speaking countries or apply to continue their studies in English-speaking universities. Turkey is like a bridge between East and West and many foreign students’ study there, so the number of foreign students who apply for admission to Turkish universities every year is estimated at more than 50,000.
The Turkish education system has been a member of the EU education system or the Bologna Process since 2001, so all the documents of the Turkish education system are approved by the European Higher Education Area (EHEA). The EHEA helps ensures that higher education systems across Europe are compatible, with similar high-quality standards. Turkish universities have close scientific cooperation with world-renowned universities and international professors from American and European countries teach there. Therefore, students have the opportunity to participate in the implementation of joint projects with top international universities while having a high-quality level of education.
ecome a Medical Doctor in Turkey (8 Steps)
Turkey is a transcontinental country that serves as a natural bridge between Europe and Asia. Istanbul is one of the world’s most historic and important cities, while Ankara is the capital of the country. Some of the oldest traces of human existence in Eurasia can be found on the territory of Turkey. It is an early member of the UN, NATO, and a close associate to the European Union.
Turkey is one of the top tourist destinations in the world, and an increasing number of foreigners are also moving there long-term. In this article, we will go over the process to become a medical doctor in Turkey.
1. Turkish Language Requirements
According to many people who have studied it, Turkish is one of the most beautiful and pleasant to learn languages out there, which is great news for anyone who wishes to move to the country. Like many languages, though, it has its quirks and unique characteristics that will take some time to master, but considering that it uses the Latin alphabet, the transition for English people shouldn’t be too difficult, even though it is considered tougher than French or even German. Dedicated learners can expect to master the language in less than one year.
Until late 2011, foreign doctors were not allowed to work in Turkey. From 2012 onwards, foreign doctors are allowed to work but are also required to take a language proficiency test, that they will need to pass with a minimum score of “B” if they wish to become a doctor in Turkey.
2. Study in Turkish medical schools
Medicine programs are highly sought after in Turkish universities, for both Turkish and foreign students, so the competition to get into them is fairly stiff, but the admission rates are still very high at around 90%, depending on the field of study and university. Some universities require pre-admission exams that test the student’s logic and common sense, while there are also some pre-admission exams in which the student will have to prove his proficiency in the language he will study in, whether it’s English or Turkish. In addition, all international students, including medical students, have to take the YÖS Exam.
The general medicine programs at Turkish universities typically last for 6 years. The first 2 years are spent learning theory and basic science, the third year is spent on a theoretical and practical introduction to various topics and diseases, while the 4th and 5th year are reserved for clinical internships. The final year of study is spent as a practicing physician at the university hospital, where the study will take on the duties of a regular doctor.
3. Pass the required medical exams
Before you are allowed to work in Turkey as a GP or residency, you will need to go through a series of tests. You will need to pass these tests to become a medical doctor in Turkey. After you submit the necessary documents to the Ministry of Higher Education, you have 8 to 12 months until the process is complete to learn the Turkish language and prepare for the equivalency exam which is called STS, that must be taken in Turkish, and will test your knowledge in medicine. Passing this exam isn’t too hard as you only need to score 35 of 100 points, but the language barrier can prove to be a challenge for some students.
4. Complete the Residency
After you pass the exam, you will have to spend 6 to 9 months of training at a governmental educational hospital in Turkey. Once that is finished, you are allowed to work as a medical doctor in Turkey. If you wish to specialize further, for example as a surgeon, there is an additional exam relating to your specialty that you will need to pass. If you fail to pass it, you will have to work 3 months under supervision at a teaching hospital, and if you show yourself in good light, you can start practicing as a specialist.
5. Getting Medical License to Become a Doctor in Turkey
The process that allows you to practice medicine in Turkey doesn’t come in the form of a single license, but a series of documents, permits, and other things you will need to provide and obtain. It is also very worth noting that working at state hospitals in Turkey is forbidden for foreign nationals, and while working at public hospitals is very much possible, the process is quite complicated. You will need to obtain a residence permit, work visa, equivalency (your foreign degree needs to be approved by YÖK), at least a “B” level knowledge of Turkish, and a few other documents and requirements. With these permissions, you are allowed to start working at a private hospital in Turkey. Please note that most of the permissions will only last you for 2 years, after which you will have to renew them.
6. Turkish Work Visa for Doctors
To start working as a medicl doctor in Turkey, you will first need to acquire a work permit/visa. This visa is given by the Ministry of Family, Labor, and Social Services. You can apply for this visa at the Republic of Turkey consulate in your home country. In order to apply, you will already need to have a job contract from a private hospital in Turkey. The hospital will also need to file an online application to the before-mentioned ministry, providing them with additional information and documents. Once the work visa is issued, candidates are required to enter Turkish territory within 180 days.
IBN SINA MEDICAL SCIENCES SCHOLARSHIP PROGRAM
İbn Sina Medical Sciences Scholarship program is a government-funded, competitive scholarship, awarded to outstanding applicants from countries outside Turkey to pursue a full-time degree and is available for non-Turkish nationals from all countries. This program provides scholarships for Undergraduate degree.
The scholarship aims to build a network of future leaders committed to strengthening cooperation among countries and mutual understanding among societies. One of the most significant peculiarities of the scholarship is that it is a combination of direct university admission and award.
Engineering careers are some of the most searched and well-paid in the world. To get “the best seats” in the Engineering industry you should make sure you are the best at what you do, or at least you have the best tools to develop the right set of skills the industry expects you to have.
Studying at one of the best engineering schools in the world can be a great start, but it’s not the only way. It’s a good starting point to have an idea about the best engineering universities, but you shouldn’t disregard other engineering schools just because they are not on the top 100 lists. Explore your options thoroughly before making a decision!
We have ranked Engineering schools and colleges in the US. You can find information on admission requirements, tuition & fees, acceptance rate, GRE scores, GPA, research expenditure etc. All these schools provide undergraduate, graduate and PhD degrees in engineering. For other recommended engineering programs, please scroll to the bottom to find more information.
#1 Massachusetts Institute of Technology, MA
Research Expenditure: $447.783 million
PhDs granted (2017): 550
Graduate Acceptance Rate: 12%
Undergrad Acceptance Rate: 7 %
Undergrad Fees: (in-state/out-of-state): $49892/$50000
Graduate Fees: (in-state/out-of-state): $49000/$49000
#2 Stanford University, CA
Research Expenditure: $208.41 million
PhDs granted (2017): 504
Graduate Acceptance Rate: 13%
Undergrad Acceptance Rate: 5 %
Undergrad Fees: (in-state/out-of-state): $49617/$49617
Graduate Fees: (in-state/out-of-state): $51000/$51000
MS in Engineering (average scores for accepted students in Engineering)
- ~18% acceptance rate
- TOEFL 110/120.
- GRE V score 159/170.
- GRE Q 163/170.
- GRE A 4.5/6.
- undergrad GPA 3.78/4.00.
#3 University of California, Berkeley, CA
Research Expenditure: $219.018 million
PhDs granted (2017): 340
Graduate Acceptance Rate: 17%
Undergrad Acceptance Rate: 12 %
Undergrad Fees: (in-state/out-of-state): $17185/$45000
Graduate Fees: (in-state/out-of-state): $12000/$27000
#4 California Institute of Technology, CA
Research Expenditure: $114.411 million
PhDs granted (2017): 138
Graduate Acceptance Rate: 8%
Undergrad Acceptance Rate: 7 %
Undergrad Fees: (in-state/out-of-state): $49908/$49908
Graduate Fees: (in-state/out-of-state): $46000/$46000
Most graduate students at Caltech receive financial aid for their graduate education. 99% of doctoral students have full financial support. There is no minimum requirement of GPA, but most students are in top 5-10% of the class. The Graduate Record Examination score is required by all Graduate Engineering Programs.
#5 Georgia Institute of Technology, GA
Research Expenditure: $558.219 million
PhDs granted (2017): 628
Graduate Acceptance Rate: 33%
Undergrad Acceptance Rate: 20 %
Undergrad Fees: (in-state/out-of-state): $13000/$33000
Graduate Fees: (in-state/out-of-state): $15798/$42190
#6 University of Illinois at Urbana-Champaign, IL
Research Expenditure: $238.991 million
PhDs granted (2017): 320
Graduate Acceptance Rate: 25%
Undergrad Acceptance Rate: 46 %
Undergrad Fees: (in-state/out-of-state): $20872/$36992
Graduate Fees: (in-state/out-of-state): $23000/$39000
#7 University of Michigan, MI
Research Expenditure: $293.93 million
PhDs granted (2017): 396
Graduate Acceptance Rate: 25%
Undergrad Acceptance Rate: 20 %
Undergrad Fees: (in-state/out-of-state): $15000/$47000
Graduate Fees: (in-state/out-of-state): $25000/$47000
- One of the Best Aerospace Engineering program in the country
- all PhD students are fully funded
- Average GRE scores for PhD students is 320 (GRE V + Q), Minimum AWA >4.0, GPA >3.6.
- Minimum TOEFL 84, IELTS 6.5
- 40% of graduate students are international students.
- Masters Program – Median score for GRE: (V:164, Q:155, AWA: 4.0)
#8 Cornell University, NY
Research Expenditure: $123.162 million
PhDs granted (2017): 204
Graduate Acceptance Rate: 28%
Undergrad Acceptance Rate: 12 %
Undergrad Fees: (in-state/out-of-state): $52853/$52853
Graduate Fees: (in-state/out-of-state): $31000/$31000
#9 Carnegie Mellon University, PA
Research Expenditure: $103.097 million
PhDs granted (2017): 256
Graduate Acceptance Rate: 19%
Undergrad Acceptance Rate: 13 %
Undergrad Fees: (in-state/out-of-state): $53620/$53620
Graduate Fees: (in-state/out-of-state): $44000/$44000
#10 The University of Texas at Austin, TX
Research Expenditure: $217.413 million
PhDs granted (2017): 452
Graduate Acceptance Rate: 17%
Undergrad Acceptance Rate: 24 %
Undergrad Fees: (in-state/out-of-state): $10836/$36000
Graduate Fees: (in-state/out-of-state): $10000/$18000
There are no minimum requirements. Having Petroleum engineering degree is not a requirement, but most students have that background. The majority of students get some financial assistance. For fall 2016, the acceptance rate was ~12%; Average GRE verbal score was 155 and average GRE Quant. score was 165, GPA was 3.7/4.
#11 Purdue University, IN
Research Expenditure: $244.824 million
PhDs granted (2017): 534
Graduate Acceptance Rate: 29%
Undergrad Acceptance Rate: 47 %
Undergrad Fees: (in-state/out-of-state): $12042/$30844
Graduate Fees: (in-state/out-of-state): $12000/$30000
#12 University of California, Los Angeles, CA
Research Expenditure: $92.343 million
PhDs granted (2017): 250
Graduate Acceptance Rate: 27%
Undergrad Acceptance Rate: 12 %
Undergrad Fees: (in-state/out-of-state): $14632/$42646
Graduate Fees: (in-state/out-of-state): $17000/$33000
#13 Princeton University, NJ
Research Expenditure: $73.985 million
PhDs granted (2017): 100
Graduate Acceptance Rate: 13%
Undergrad Acceptance Rate: 6 %
Undergrad Fees: (in-state/out-of-state): $47140/$48000
Graduate Fees: (in-state/out-of-state): $46000/$46000
#14 University of California, San Diego, CA
Research Expenditure: $178.81 million
PhDs granted (2017): 230
Graduate Acceptance Rate: 28%
Undergrad Acceptance Rate: 26 %
Undergrad Fees: (in-state/out-of-state): $14018/$43000
Graduate Fees: (in-state/out-of-state): $12000/$27000
#15 Texas A&M University, TX
Research Expenditure: $290.413 million
PhDs granted (2017): 400
Graduate Acceptance Rate: 27%
Undergrad Acceptance Rate: 84 %
Undergrad Fees: (in-state/out-of-state): $12247/$38000
Graduate Fees: (in-state/out-of-state): $12000/$24000
#16 University of Wisconsin-Madison, WI
Research Expenditure: $147.315 million
PhDs granted (2017): 244
Graduate Acceptance Rate: 23%
Undergrad Acceptance Rate: 51 %
Undergrad Fees: (in-state/out-of-state): $11934/$36183
Graduate Fees: (in-state/out-of-state): $13000/$26000
Average scores are.. GRE Quantitative: About 780
GRE Analytical Writing: About 4.0
Average TOEFL (iBT): 100
Approximately 325 students are enrolled in our graduate program, with roughly 60 percent being doctoral candidates.
Student interns or co-ops earn, on average, 75 percent of a full-time engineering salary and gain valuable real-world experience.
Bio & Biomedical Engineering is a subdiscipline in the field of Engineering & Technology which aims to improve human health and health care systems through innovative use of technology.
B.Sc.s and M.Sc.s in Bio & Biomedical Engineering are interdisciplinary degrees that involve the same mathematical, analytical, and conceptual knowledge from related fields, such as Biology, Chemical Engineering, Robotics, Mechatronics, Materials Science, and even Computer Science.
Some of the subdisciplines covered by Bio & Biomedical Engineering are orthopaedic implants, medical imaging, stem cell engineering, biomedical signal processing, and others.
Biomedical Engineering students will develop a strong understanding of both biological processes and engineering, allowing them to bring new improvements in the Medicine field. They will learn how to develop, maintain, and improve new machines and medical tools, which are used in hospitals, clinics, and medical research centres. The life of many people will depend on the proper functioning of these devices. It’s crucial that they are reliable and stable, both from a hardware and software point of view.
Bioengineering students will focus more on biological and chemical principles, research, and laboratory work. You will learn everything there is to know about the exciting field of stem cells engineering and creating artificial organs. This, together with cloning, has the potential to save millions of human lives and increase our lifespan significantly. Some are already arguing that if you are alive in 30-50 years, you might live to be 1,000 thanks to advances in Bio and Biomedical Engineering.
A Bachelor’s or Master’s degree in Bio & Biomedical Engineering opens promising opportunities and career prospects. You can find exciting work in the following occupations: clinical engineer/scientist, medical device developer, biomechanics engineer, bioengineering researcher.
When you enter any engineering discipline, you must have a strong interest in science and mathematics in a way that allows you to solve problems of a highly technical nature. For biomedical engineering, you must be willing to add the life sciences and medical knowledge necessary to understand the frame work of the problems on which you will work.
This is not part of the traditional engineering education and requires not only an above average ability in math and science but also a willingness to embrace these other areas due to the interdisciplinary nature of biomedical engineering. The modern life sciences have become more analytical and computer based in their approach to fundamental knowledge, and the biomedical industry in now considered one of the leading edge industries whose benefits we are just beginning to reap.
The output of these industries directly benefits the health and well being of people. Therefore the biomedical engineer is often attracted to this humanistic component as well as the advanced technology. Examples are bountiful and include devices such as implantable cardiac pacemakers and defibrillators, joint replacement implants, biomedical imaging, novel drug delivery systems, and tissue engineered skin used for grafting. If these topics and applications interest you and you enjoy the challenge of working on such people oriented problems, then Biomedical Engineering is for you.
Biomedical engineers work with a broad range of professionals ranging from other engineering specialties, to basic laboratory scientists, to physicians and nurses. Strong communications skills are essential as the biomedical engineer often becomes the general interpreter for such widely educated individuals; the biomedical engineer who knows the language of both engineering and medicine.
High school preparation for biomedical engineering would include four years of math (through pre-calculus), one year each of physics, chemistry and biology. Most universities also expect the prospective Biomedical Engineer to have 4 years of English and a mix of social studies and language courses which comprise a strong pre-college curriculum.
In order to be a successful biomedical engineer, you need to have an understanding of many different fields within the medical sciences. From anatomy and physiology, to tissue engineering and bioinstrumentation: there is no shortage of topics that will be covered in any given school curriculum. Because each program is unique, you should always check with your prospective university before applying.
Human Anatomy and Physiology:
Human Anatomy and Physiology:
Human anatomy is the study of the composition of the human body. It involves studying how different parts of the body are organized and work together to allow humans to function. Human physiology is a science concerned with how our bodies function as well as how they change from birth to death, including our structure, growth, development and aging process. The human body can be segmented into two main groups for study: structural systems and functional systems. In this course we will focus on functional systems such as cardiovascular system, respiratory system etc..
Biomaterials and Tissue Engineering:
This module introduces you to the field of tissue engineering, which is the process of creating functional tissues and organs by using natural or synthetic materials. The module also covers biomaterials and their application in tissue engineering.
You will learn about:
- Tissue engineering applications including gene therapy, drug delivery systems, and cell survival mechanisms
- Biomaterials used in clinical studies such as polymers, ceramics and metals
Physiological Fluid Dynamics:
Fluid dynamics is a branch of physics that deals with the motion of fluids (liquids and gases). It is concerned with the forces that are exerted on the fluid, the pressures created by those forces, and how these movements affect other objects in contact with the fluid.
The principal areas of study in fluid dynamics are:
- Atmospheric Sciences – The flow processes in our atmosphere including gravity waves, vortices; water vapour, clouds and precipitation; winds; turbulence; forecasting weather patterns; pollution monitoring (smog); climate change investigations including global warming.
Bio-instrumentation and Systems Analysis:
- Theoretical foundations of bio-instrumentation
- Theory and practice of systems analysis in biomedical engineering
- Bio-instrumentation and Systems Analysis: Theoretical foundations, Modeling, Signal Processing, Data acquisition and Control
Medical Imaging Techniques and Signal processing:
Medical imaging is a branch of biomedical engineering, which deals with the development of medical imaging devices and their applications in the diagnosis and treatment of disease. This field encompasses a broad spectrum of topics including:
- Radiography (X-ray)
- Magnetic Resonance Imaging (MRI)
- Computed Tomography (CT or CAT scan)
Biomechanics of Body Systems: Joints and Prostheses
- Biomechanics of Body Systems: Joints and Prostheses
Joints are used to replace damaged body parts, and prostheses are used to replace missing body parts. For example, if you have a damaged hand or arm, your doctor may recommend that you get a prosthesis that looks just like a regular hand but has artificial fingers. Prostheses can also be made of different materials like metal or plastic as well as carbon fiber which is very lightweight.
Biomedical Image Processing and Pattern Recognition
Pattern recognition is a branch of computer science that deals with the design and analysis of algorithms that recognize patterns in data. Pattern recognition can be categorized as either supervised or unsupervised learning. Supervised pattern recognition involves learning from labeled training data, whereas unsupervised pattern recognition involves learning from unlabeled data (or “noisy” data). In this course, we’ll mostly be looking at supervised machine learning problems and algorithms.
Pattern recognition is used in many fields like robotics and artificial intelligence for tasks such as face detection or speech recognition; it’s also used in signal processing where it helps us understand signals coming from real-world phenomena such as sound waves or brain activity signals measured by EEG electrodes placed on your scalp during electroencephalography (EEG) recordings.
Special Topics in Biomedical Engineering for various topics in specializations including Electronics, Cell and Tissue Engineering, Computers, Mechanics, Industrial Engineering, etc.
The field of biomedical engineering is dynamic, and there are always new developments. In this course, you will learn about the latest research in your chosen specialization by studying topics such as:
- Electronics: A look at microelectronics, nanotechnology and its applications to bio-sensors and supercapacitors;
- Cell and Tissue Engineering: The cutting edge techniques for growing tissue outside the body;
- Computers: Artificial intelligence (AI), deep learning, computer vision; how AI can be applied to healthcare; brain imaging techniques using MRI/CT scanners or fMRI machines; machine learning algorithms such as neural networks or support vector machines (SVMs); computer vision processing algorithms such as optical flow estimation; autonomous vehicles research work involving self-driving cars/taxis etc.; augmented reality technology enabled by heads-up displays like Google Glasses (now discontinued), Microsoft HoloLens etc.; image processing tasks such as object detection in images using convolutional neural networks (CNNs) etc.; advances in speech recognition systems based on deep learning models that can recognize individual voices better than ever before; advances in text-to-speech synthesis systems based on deep learning models which produce high quality audio output with no loss of voice inflection or intonation – making conversations between humans sound more natural than ever before!
The field of biomedical engineering is dynamic.
The field of biomedical engineering is dynamic, so it’s important to keep up with changing trends in the industry. As you learn more about this multidisciplinary field, you’ll discover that it’s a fast-changing field with many new applications and innovations.
As you can see, there are many ways to specialize in the field of biomedical engineering. Whether you want to delve into electronics, cell and tissue engineering, or biomechanics, there’s something here for you! The coursework is rigorous but rewarding, with plenty of opportunities for hands-on experience through labs and projects.