14.02.2017 Video broadcast from building 5 conference hall
14.02.2017 Programme of The First International Conference «Modern Technologies of Mathematical Education for Engineering Students – MetaMath»(NEW)
08.02.2017 Conference Venue:

Dear colleagues!

It is our pleasure to invite you and your colleagues to participate in the forthcoming International Conference «Modern Technologies of Mathematical Education for Engineering Students – MetaMath».

Conference Dates: February 16-17, 2017

Venue: Russia, Saint-Petersburg, Saint Petersburg Electrotechnical University "LETI"

Conference Aim: to consider international and Russian best practices of mathematical education for students in the field of engineering and technology, to explore best practices of modern technologies application within mathematical courses and disciplines, to discuss problem situations and to determine ways of ensuring the quality of mathematical education for future engineers.

Conference Organizers:

Conference is organized with the support of the InternationalTempus Project: MetaMath (Modern Educational Technologies for Math Curricula in Engineering Education of Russia)

Organizers invite to participate: Rectors, Vice-rectors, heads of educational and research divisions, deans, heads of departments, professors, associate professors, students and PhD students of universities that are involved in mathematical education for engineering students.

Working languages: English, Russian

Conference Program includes plenary sessions featuring invited experts from Russia and abroad, participants’ presentations in line with the key topics of the Conference.

Conference Topics:

  • Efficient methods of mathematical education (interactive approach, project based learning, serious games, etc.);
  • Math teaching in the context of natural sciences and engineering courses (ratio between fundamental and applied components);
  • Comparative analysis of Russian and international best practices of mathematical education;
  • Application of ICT and e-learning teaching methods for engineers’ mathematical education (adaptive and intelligent teaching systems, problem solvers and training tasks generators, environments for cooperative/collaborative training, etc.);
  • Modern technologies and methods of mathematical education for students with different levels of competences and motivation (bridging courses, work with talented students, support of independent work of students, lifelong learning);
  • Quality assessment of mathematical education for engineering students (modern technologies for testing and monitoring mathematical knowledge and competences).

Organizing Committee

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