Here you can read a short description about our current and past tenders in English.
Submitted to the Széchenyi Plan Plus Digital Renewal Operational Programme Plus support scheme:
"ASSOSCED - Development of an AI-driven OSCE exam planning system"
(place of implementation: 1121 Budapest, Konkoly Thege M. út 29-33., plot no.: 9121/8)
project application
DIMOP_PLUSZ-1.1.2/A-24-2025-00327
based on the decision of the
Supporting Authority,
has been awarded
HUF 35,000,000
in non-refundable support!
The aid intensity: 70 %
The project is implemented with support from the European Union and co-financing from the Hungarian State. The amount of non-refundable support provided by the European Regional Development Fund and the Hungarian State for AVIATRONIC Kft.'s investment is: HUF 35,000,000
Project content overview:
AVIATRONIC Kft. is a technology company with more than 30 years of professional experience. Its main activities are complex software development and engineering services.
The aim of the project is to develop an agentic, MCP-based, cloud software system (ASSOSCED) that uses artificial intelligence to automate, standardize and accelerate the planning of OSCE-type medical examinations.
The development is justified by the need to reduce administrative burdens in higher education in healthcare and to provide digital support for objective, competency-based assessment. Thanks to its Moodle-independent architecture, the system can become available to any higher education institution.
The following cost elements will be implemented within the framework of the project:
- Digital product innovation
- Flat-rate costs related to digital product innovation
- Use of services related to professional implementation (not financed)
- Costs of obtaining, validating and protecting patents (not financed)
A key objective of the project is to increase the efficiency of exam planning and to enable the creation of auditable, AI-supported examination materials in university education.
As a result of the development, using the support awarded under the DIMOP_PLUSZ-1.1.2/A-24 call for proposals, AVIATRONIC Kft. will expand its portfolio with a market-ready, innovative educational software product, significantly contributing to the development of digital university education services in Hungary.
Project start date: 2025.07.01.
Planned project completion date: 2026.12.31.
Further information about the call: DIMOP_PLUSZ-1.1.2/A-24
During the project, tasks supporting export activities were implemented. Aviatronic Ltd. successfully
participated in two international exhibitions and also carried out two product demonstrations
successfully.
Amount of support: HUF 10,000,000
The basis of the research project titled "Development of a testing method based on physiological and psychological personal calibration data and a suitability testing system working on neurofeedback principles" with identification number KFI_16-1-2017-0567 is the increased emphasis on mental suitability and state screening during the suitability testing of individuals performing tasks with high responsibility or particularly high loads (e.g. aircrew) in recent times. As part of the development, a new calibration methodology that records individual baseline values and a correlation-based evaluation algorithm targeted at real situations will be developed. In addition, an integrated multi-channel measuring system will be developed for testing based on the methodology. Beyond complex examinations, the system will be suitable for measuring instrumental stress levels and for protocol-based screening. The innovation resulting from the project will reduce the danger and risk caused by the mental state of individuals performing tasks with high demand, when applied to suitability testing.
More about our FIPOK product in English...
The primary function of the HADICOR system is the quick and accurate identification of faulty computer components. The secondary application of the system is testing that provides quality control after repairs are made in the service center. It verifies the faultless operation of the device and documents the successful repair through printed test results.
More in Hungarian...