All FAQs at a glance

If you have Austrian social security and your treatment costs are covered by your health insurance: depending on the distance between your place of residence and MedAustron, you might be provided with an accommodation close to MedAustron for which you only have to pay a deductible. Your Patient Care Coordinator will contact you during your initial consultation to support you in all matters regarding accommodation and transportation.
Please note: if you do not want to make use of the provided accommodation, you have to cover the total costs for your privately organized accommodation.

If you do not have Austrian social security or are paying for the therapy yourself: in cooperation with the Wiener Alpen tourism agency, MedAustron has selected a number of particularly suitable accommodation options near our center which offer special prices for our patients. These accommodations range from private rooms and hotels to apartments and guest houses in Wiener Neustadt and its surroundings, as well as Baden and Vienna. If you need help in finding the ideal accommodation for your stay, your Patient Care Coordinator will gladly assist you.

For rides to your treatments at MedAustron, your general practitioner can issue a “Request for transportation cost assumption by a contract transport service.”  Your doctor must specify the exact type, duration and treatment location (MedAustron) of the necessary treatments. For more information, please contact your general practitioner or your health insurance company.

In addition, we work with transportation and rental car companies that offer discounted rates for our patients. If you are travelling by public transport, we will be pleased to help you with tips on planning your journey.

Ion beam therapy is a form of radiation therapy used to treat cancer. Protons or carbon ions are used – both are charged, massive particles.

Protons are obtained from hydrogen gas H2, carbon ions from carbon dioxide CO2. The physical properties of protons and carbon ions are similar, but carbon ions have a much higher, so-called “biological effectiveness”.

Compared to conventional radiotherapy with photons, particle therapy is able to reduce the radiation exposure of the adjacent healthy tissue and almost completely spare the tissue behind the tumour. Therefore, particle therapy is an ideal treatment for localized tumours in the vicinity of radiosensitive organs. Since strongly growing tissue reacts more sensitively to radiation, proton therapy is particularly suitable for cancer in children and adolescents.

Please upload your application including CV and motivation letter in our application tool by clicking on “Apply now” in the lower area of the respective job advertisement. In the job list you can also find the position “unsolicited application”. Our application tool will guide you through the individual steps. Sending the application, normally takes only a few minutes. Due to data protection reasons, we do not accept applications by e-mail.

Curriculum vitae: This should include the exact duration of previous employment and training, as well as a brief description of previous activities and skills.

Letter of motivation: Why do you want to work at MedAustron and why are you the right person for this position? Let us also know what you are looking for, when you are available and your preferred number of hours per week if you are applying for a part-time position. What else would you like to tell us that is not apparent in your curriculum vitae?

Training and service certificates: If possible, please combine your references into a single, clearly arranged file.

Please prepare your application documents in the language in which the advertisement was written and upload them as a PDF file.

If you have any questions about the vacancies or your application, please contact Julie Van Ysendyck, BA on +43 664 80878 154.

You can upload your unsolicited application via the job posting “Unsolicited application” in our online application tool. Please state the section for which you are applying, your preferred working hours and the possible start date. If you wish, we will be happy to contact you directly as soon as we advertise a new position in your field of interest.

We currently do not train apprentices at MedAustron.

You can withdraw your application at any time in your profile in the respective job by clicking on “Withdraw”. In your account settings you can also request a deletion of the entire profile. You can find more information about data protection in your applicant account and on our website. If you still have any questions in this regard, please contact datenschutz@medaustron.at.

After receipt of all necessary documents, you will get a prompt reply regarding the therapy decision.

The answer is no, because MedAustron is an outpatient centre. If you need accommodation, we will be pleased to assist you.

Please provide us with the following documents: Doctors’ letters, operative report, histology, digital imaging with related medical findings (MRT, CT, PET-CT).

Please submit your therapy request via the online form on our homepage or by e-mail to patient@medaustron.at or by phone at +43 / 2622 / 26100 – 300.

The treatment of moving target volumes with scanned particle beams has long been an important area of research in ion beam therapy. For intrafractional adaptive radiotherapy, i.e. in case of changes during an irradiation fraction, the focus is in the field of medical image processing, four-dimensional dosimetry and special methods in radiation planning.

Interfractional adaptive radiotherapy also deals with position changes of the target volumes, where the time interval of the movement is larger, i.e. changes between the individual radiation days (fractions). Treatment adaptations are based on magnetic resonance images, which provide information on morphological changes and changes in tumour characteristics. So-called deep learning approaches are also used for evaluating and further processing the individual images.

Research in the field of magnetic resonance-based beam application or development of combining magnetic resonance imaging and ion beam therapy is an emerging topic in radiotherapy. In contrast to photon therapy, the particle beam is directly influenced by the magnetic field in ion beam therapy. Studies on the effects on dose distribution, on dosimetric measurements and finally on patient treatment are the starting point for magnetic resonance-based particle therapy.

MedAustron offers the possibility to investigate proton computed tomography with energies of up to 800 MeV. Such high proton energies are not used in therapy. In order to reduce distance uncertainties in the irradiation planning process, it is of essential interest to improve determining the energy output of the particles.

Currently, treatment planning in ion beam therapy is based on the product of absorbed dose in water with a biological weighting factor. However, this approach is not sufficient for a comprehensive quantitative description of biological impacts. Therefore, microdosimetric spectra are recorded by means of experimental measurements, which represent the cornerstone for further correlation with biological data.

Preclinical research focuses on the investigation of molecular biological and immunological processes in the tumour and its microenvironment, which contributes significantly to the therapy resistance of the tumour. The effects of ion beam therapy on the tumour microenvironment are currently unknown and are being explored in adequate spheroid and xenograft models. In addition, it is planned to visualize and investigate radiation-induced processes in the tumour using non-invasive preclinical imaging techniques.

In case one of your treatment sessions has to be cancelled, a new appointment will be scheduled at the end of your planned treatment period, therefore prolonging it. When we plan your treatment, we will already take general days on which no patient treatments can take place (e.g. due to maintenance work) into account.