Hungary

STEM Ambassador

Short summary: 

The goal of the STEM Ambassador program is to designate a person recognized in the fields of STEM who can represent the objectives of the Hungarian STEM Platform.

Description and objectives: 

The Ambassador is responsible for giving lectures on the importance and necessity of the STEM fields, representing and supporting the STEM Platform in Hungary and abroad and also setting a good example for the younger generations.

 

The STEM Ambassador must have reference from at least two experts recognized in the field of mathematics and engineering. Based on the references, the management of the Hungarian STEM Platform has the right to decide on the admission, the mandate will be valid until withdrawal.

 

The management of the Hungarian STEM Platform reserves the right to reject applications without having to justify it.

Country: 
Education level: 
Logo or photo: 
Organisation: 
STEM Hungary
Impact: 

The goal is to provide a model for young people to become dedicated engineers.

Reach: 

Two STEM Ambassadors have been appointed

Budget and funding model: 

Enrollment in the program is by voluntary selection and there is no allowance for STEM ambassadors.

Title (dropdown menu): 
Year start: 
2017
Status: 
Taskforce dosssier: 
data_page_icon_programme: 

COVID-19 series: Hungary - Taiwan-inspired E-learning Course for COVID-19 prevention

Source / author: 
Hungarian STEM Platform
Country: 
Hungary
Abstract: 

In cooperation with the Digital Education Institute of Taiwan and the Industrial Development Bureau of the Hungarien ministry of Economic Affairs the Hungarian STEM Platform launched the online course "STEAM Learning for COVID-19 Prevention and Control" based on an existing Taiwanese model. 

 

The course consists of a series of ten different lessons and aims to help teachers to integrate STEAM subjects into their teaching. Participants in the course receive advise on how the COVID-19 virus works, how it affects them, their school and their community. Activities for students include 3D-printing protective face shields, developing motivational LED-display boards and discussing the societal challenges related to the outbreak. 

 

The course is suitable for teachers of children between the first and twelfth grades, as well as other school staff (e.g. school managers) and STEAM activity distributors. 

 

In addition to the course, the STEM platform is making available free web-based learning programmes from other sources. 

Óbuda University

Óbuda University is the second largest technical university in Hungary with 13000 students, 6 faculties, 3 doctoral schools and 3 campuses. Óbuda University, the legal successor of Budapest Tech – or rather its legal predecessors: Bánki Donát Polytechnic, Kandó Kálmán Polytechnic and the Technical College of Light Industry – was established on January 1, 2010. Óbuda University has the only Engineering Education Centre in Hungary and has a strong relationship with industry for already ten years, which is the foundation of skill oriented learning. In 2014 the university launched the work-based dual education program. Most candidates in this program are from the faculty of IT engineering. It is a mission of the University to make higher-education more accessible in regions without higher education institutions, therefore a “higher education centre for community based studies” is established in the city of Salgótarján.

 

Óbuda University is the founder of the Hungarian STEM platform and is member of the EU STEM Coalition. Having long term experience with education-industry collaboration and the organisation of a variation of science competitions and activities, Óbuda University is well suited to boost a national pilot programme in Hungary.

Research and Innovation Performance Hungary: Country Profile 2014

Source / author: 
European Commission
Country: 
Hungary
Abstract: 

The indicators in the report present a synthesis of research and innovation performance in Hungary. They relate knowledge investment and input to performance and economic output throughout the innovation cycle. They show thematic strengths in key technologies and also the high-tech and medium-tech contribution to the trade balance. The indicator on excellence in science and technology takes into consideration the quality of scientific production as well as technological development. The Innovation Output Indicator covers technological innovation, skills in knowledge-intensive activities, the competitiveness of knowledge-intensive goods and services, and the innovativeness of fast-growing enterprises, focusing on innovation output. The indicator on knowledge-intensity of the economy focuses on the economy’s sectoral composition and specialisation and shows the evolution of the weight of knowledge-intensive sectors and products.

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