Germany is one of the top nations in the world with a blooming health sector. With the rise in technology and the necessity for high-quality health-care, Germany has made huge developments in its health care system. This has opened up immense opportunist for people across the world for a career in the medical field in Germany.

Skilled labor is still a scarcity, multiple hospitals and clinics across the country are in great need of good skilled labor. Use this opportunity to start your career and life in beautiful Germany.

Medical technology is also called clinical laboratory science. Many areas of healthcare, such as the public health and pharmaceutical industries, rely on technicians or technicians to help treat patients, check results, or use compound drugs.

If you are considering a medical technology career, consider the type of road you are taking. Medical technicians usually have the expertise to perform more complex laboratory tests, supervise technicians and earn higher salaries. This position usually requires a bachelor’s degree.

Medical technicians report to technicians and may not be allowed to complete certain tasks. An associate degree or certificate is usually required to serve as a technician. For those who want to get into the field quickly, becoming a technician may be a good starting point.

Overview

The Master of Medical Laboratory Science (MMLSc) degree and preceding Postgraduate Diploma in Medical Laboratory Science (PGDipMLSc) allow a Bachelor of Medical Laboratory Science (BMLSc) graduate to pursue a full-time research option, possibly leading on to a PhD. These postgraduate qualifications also allow experienced medical laboratory scientists with unrelated or no previous university study to undertake research-based qualifications which may assist them into research and academic careers. Potential candidates should note that there is a strong focus on assisting the individual to develop self-directed research skills. These postgraduate qualifications are not designed to provide practising medical laboratory scientists with updates on their area of practice.

Medical Laboratory Science Leadership provides graduate level professionals and scholars the knowledge and skills needed to address the advances in high-complexity and specialized testing, administration, and educational needs in the diagnostic laboratory in order to maintain and improve the quality of healthcare nationwide.

Laboratory scientists examine body fluids and tissues, and perform complex tests on patient samples – relaying test results to physicians. Leaders in this space must gain unique knowledge, application, and understanding of laboratory specific processes, regulations, and challenges to meet the needs currently facing the laboratory profession.

Master Of Medical Laboratory Science In Germany

Activities of a Medical Technician

Working as a medical technician you can be made to carry out a lot of important tasks efficiently. Some of these objectives and activities are given below, these are some of the common activities you come across any medical technician job:

• Execution of examination courses in the functional diagnostics of the nervous system and sensory organs including the creation of results, quality and plausibility control.
• Execution of examination courses in the cardiovascular functional diagnostics including result creation, quality and plausibility checks.
• Execution of examination courses in the pulmonological function diagnostics including result creation, quality and plausibility checks.
• Technical participation in the context of surgical and invasive functional diagnostics.
• Performing routine his techniques such as embedding tissue, microtomy and or cryotomy, H&E staining, coverslipping, special stains, IHC and ISH, and cell block preparation, grossing and tissue processing.
• Independent keeping of daily records on the preparation of laboratory equipment.

Requirements for a medical technician in Germany

Lab technicians need to be flexible. Work in this area may take different working hours and may require an urgent call for technicians to be notified within a short period of time. Lab technicians also need skills such as sound judgment, analytical thinking, and calming nerves, as their jobs may include stress from discoveries that could save lives or change lives.

Although this is not a strict requirement, many laboratory technicians have gained experience in the field before applying for a job. Some degree programs offer students the opportunity to engage in clinical internships in a local laboratory. Other students can participate in apprenticeships or extended training programs, but understand that they will be hired after a specific period of time. Getting entry-level employment in a non-technical field in a clinical setting may also prove beneficial. Become A Registered Medical Technicians in Germany

Becoming a medical technician:

At a minimum, laboratory technicians are required to complete an assistant degree in applied sciences. Some students may pursue a certificate course in a career-specific field or a bachelor’s degree in a related science field.

Earn an Associate of Science in Laboratory Science through a 2-year program designed to prepare students for immediate entry. In addition to general education courses such as English writing and college mathematics, students can complete courses on the following topics:

• Clinical chemistry
• Bacteriology
• Medical terminology
• Hematology
• Urinalysis

Bachelor of Science in Clinical Laboratory Science program can be completed in 2-3 years. They are designed to prepare students for the American Academy of Clinical Pathology (ASCP) Accreditation Board exams and to enter the profession after graduation.

A bachelor’s degree in clinical laboratory science also enables technicians to become technicians as their careers progress. General courses include:

• Human genetics and diagnosis
• Body fluid chemistry
• Clinical microbiology
• Research in lab science
• Mycology and virology

Jacobs University – Inspiration is a Place

Jacobs University Bremen gGmbH

Founded in 2001, Jacobs University offers a broad spectrum of MA, MSc and PhD programs ranging from the natural sciences and engineering to the social sciences and economics.

• MSc Data Engineering 

 Laboratory Animal Science – M.Sc.

RWTH Aachen University  International Academy

The implementation of  EU directive 2010/63/EU  on the protection of animals used for scientific purposes has immediate consequences for scientific personnel, their training needs and the associated job market. 

 Master of Science in Microsystems Engineering

University of Freiburg  Department of Microsystems Engineering

Microsystems Engineering is one of the most dynamic and interdisciplinary engineering fields. The Master of Science program in Microsystems Engineering (MSE) provides the educational basis for your success in this field. 

 Lasers in Dentistry – M.Sc.

RWTH Aachen University  International Academy

In cooperation with the Aachen Dental Laser Center (AALZ) the RWTH International Academy offers the postgraduate programme “Master of Science in Lasers in Dentistry”. 

 Computer Aided Conception and Production in Mechanical Engineering – M.Sc.

RWTH Aachen University  International Academy

Profound skills in computer-aided methods are of growing importance for every engineer in all fields of professional activity. The  M.Sc. 

 Optics & Photonics – MSc

Karlsruhe Institute of Technology  Karlsruhe School of Optics & Photonics

Do you have a first degree in Natural or Engineering Sciences? Are you looking for a Master Program that bridges your undergraduate Optics classes with the in-depth knowledge that is essential for cutting-edge research? With study plans tailored to your needs, the KSOP Master Program prepares you for an exciting career in the field of Optics & Photonics. 

 MSc Data Engineering

Jacobs University Bremen gGmbH  Postgraduate Courses

Big data has turned out to have giant potential, but poses major challenges at the same time. On the one hand, big data is driving the next stage of technological innovation and scientific discovery. 

2 yearsDuration578EUR/creditTuition feePassedApply dateAug 2020Start date

About

Medical Laboratory Scientists (formerly Clinical Laboratory Scientists or Medical Technologists) provide the science that supports healthcare. Most diagnostic and therapeutic medical decisions are based on laboratory test results generated by a Medical Laboratory Scientist. Bellarmine University Newburg , Kentucky asdasds , United States Not ranked World rankingN/ARead

Regulations for the Degree of Master of Medical Laboratory Science (MMLSc)

1. Admission to the Programme
   1. Admission to the programme shall be subject to the approval of the Pro-Vice-Chancellor (Health Sciences).
   2. Every applicant shall have qualified for the Postgraduate Diploma in Medical Laboratory Science with credit or distinction, or have equivalent qualifications acceptable to the Board of Studies for Medical Laboratory Science.
2. Structure of the Programme
   1. The degree will be awarded upon the submission of a satisfactory thesis embodying the results of research undertaken under supervision. The candidate shall have one or more supervisors, at least one of whom shall be a member of the staff of the University.
   2. The topic of the thesis and the supervisors of the research shall be approved by the Board of Studies for Medical Laboratory Science.
   3. The research should be of a kind that a diligent and competent student should complete within one year of full-time study.
3. Duration of the ProgrammeA candidate shall normally follow a programme of study for the equivalent of not less than one year of full-time study and not more than two years of full-time study. Exceptions shall be permitted only with the approval of the Pro-Vice-Chancellor (Health Sciences).
4. Examination
   1. The thesis shall be assessed by at least two examiners, at least one of whom shall be external to the University.
   2. The candidate’s supervisor shall not be an examiner but may make a report on the work of the candidate to the Head of Department concerned.
   3. Each examiner shall supply a written report on the thesis and recommend a mark and grade on the basis of the thesis as submitted, and an overall result selected from the options as specified in clause (d) below.
   4. The examiners may recommend that a thesis:
      1. be accepted without amendments;
      2. be accepted subject to amendments being made at the discretion, and to the satisfaction, of the Head of Department concerned:
      3. does not meet the criteria for the award of the degree, but may be revised and resubmitted for examination;
      4. does not meet the criteria for the award of the degree, and should be rejected without right of resubmission.
   5. Amendments (regulation 4(d)(ii)) and revisions (regulation 4(d)(iii)) shall be completed by a specified date to be determined by the Head of Department concerned.
   6. A candidate shall be permitted to revise and resubmit a thesis for examination once only.
   7. If a revised and resubmitted thesis is finally accepted, the result shall be either ‘Pass’ or ‘Fail’ (i.e. ungraded) and without eligibility for the award of the degree with distinction or credit.
   8. Where examiners cannot agree on a result, the Head of Department concerned should so report to the Pro-Vice-Chancellor (Health Sciences) or nominee who shall arrive at a decision after consulting a referee who should normally be external to the University.
   9. The candidate may be required to take an oral examination in the field of knowledge in which the thesis lies.
5. Level of Award of the DegreeThe degree may be awarded with distinction or with credit.
6. VariationsThe Pro-Vice-Chancellor (Health Sciences) may in exceptional circumstances approve a course of study which does not comply with these regulations.

Careers With a Master’s Degree in Medical Laboratory Science

Are you searching for a challenging career direction? Perhaps it’s time to get back in the lab and do some thinking that can change your life and the lives of others.

Medical laboratory scientists play a vital role in patient care while making use of leading-edge technology. They don’t work under a microscope — they work with them, operating mostly in the background as they use their innate curiosity to help clinicians diagnose, treat and monitor diseases.

Interested? Let’s take a closer look.

What is the field of medical laboratory science?

Diagnostic testing is the backbone of patient care. In fact, 70 percent of all physician decisions are based on laboratory test results provided by medical laboratory scientists, who are also known as medical technologists and clinical laboratory scientists. For example, you may work with a hematologist — a physician who treats blood disorders — to analyze red and white blood cells to determine if they’re normal or indicate a disease.

“This is for the person who really likes to work with their hands, ask questions and problem-solve,” says Maribeth Flaws, PhD, director of the master’s in Medical Laboratory Science program at Rush University.

Why obtain a master’s degree in medical laboratory science

A master’s degree helps medical laboratory scientists become leaders in a field that is highly valued and continues to grow as the instruments and technologies used to detect disease and monitor treatment become more sophisticated. Due to constantly evolving diagnostic technology, more and more medical laboratory scientists are spending less time in the lab and more time interacting with clinicians to help them figure out which tests to order and what the results mean for their patients.

With a medical laboratory science degree, you’ll have the opportunity to establish a career in this dynamic health care field. You’ll receive education and training beyond a bachelor’s degree that will include coursework to help position you as a future clinical laboratory leader. You will also be well-positioned to move into management roles faster.

In addition, obtaining a medical laboratory science degree can provide an excellent knowledge base that can be a stepping stone to degrees in other health care fields — from nursing and research to physicians and physician assistants.

Why choose a career in medical laboratory science?

• Strong job demand: The Bureau of Labor Statistics projects a 13 percent job growth for medical laboratory professionals from 2016 to 2026, which is considerably faster than other careers. There is a critical shortage in the field due to the rising importance of technology in making health care decisions. Graduates often receive multiple job offers and are usually able to be picky about where in the country they want to work, their work setting and which shifts they take.
• Rising salaries: The average salary for a medical laboratory scientist is $60,605, according to PayScale, but pay tends to be higher for medical laboratory scientists with a master’s degree. Salaries depend on different factors, such as where in the country you work and which shifts you take. In California, where the cost of living is higher, you may start off earning $100,000. The highest 10 percent of earners make more than $80,000.
• A variety of career options: Medical laboratory scientists don’t just work in hospitals or diagnostic laboratories. You may find yourself teaching, working in a research facility, or in a veterinary clinic or zoo. There is a demand for medical laboratory scientists in fertility clinics and pharmaceutical companies. Or you may find your niche in law enforcement working in a forensic crime lab.

Potential career areas with a medical laboratory science degree

There is certainly no lack of variety in the field. With a medical laboratory science degree, you’ll have the ability to work in different areas of medicine on any given day.

• Clinical chemistry: Search for markers of diseases, such as diabetes, cardiac disease and cancer.
• Clinical microbiology: Find out what is causing a patient’s infection. Do they have a virus, bacteria, a parasite, yeast or mold? If it is a bacteria, you’ll figure out what species it is to help clinicians identify which medications will be most effective.
• Hematology: Analyze blood to help diagnose and treat diseases such as leukemia or lymphoma.
• Immunohematology: Identify the antigens and antibodies related to red blood cells in patient and donor blood to determine a compatible match for a patient who needs a blood transfusion.
• Toxicology: Monitor medication levels in patients to ensure they have an appropriate amount in their system.

“You can be a generalist and do everything or you can be a specialist and just do what you like,” Flaws says. “There’s a lot of flexibility working in the clinical laboratory.”