MIEM HSE’s Annual Technoshow Will Be Held Online
On May 31, MIEM students will present their projects at the Institute’s annual exhibition, which this year will be held online. Of 200 team projects created at the Institute this past academic year, the expo will feature the 25 most brilliant and successful, both in terms of innovation and practicality.
The Technoshow is not just a project exhibition. ‘The Technoshow has become a celebratory event that marks the completion of each year at the Institute, where we focus on project-based learning,’ says MIEM Director and Academic Supervisor Evgenii Krouk. ‘The pandemic is no reason to abandon it.’ In virtual pavilions, student team leaders will present their projects, many of which were initiated by the Institute’s business partners.
HSE News Service spoke with MIEM faculty members about how projects are selected for the expo, which areas show the most promise for next year, and how MIEM is continuing to expand its project-based education.
Maxim Chuyashkin, Director of the Center for Project Development Management at MIEM
How students get involved in a project
Throughout the year, the project office accepts project applications from departments and faculty members, external clients, and students. All applications go into our Project Sandbox, where they undergo an initial evaluation that checks their general idea, the completeness of the project description, and the project’s overall significance. At the second stage, MIEM teachers evaluate the applications in terms of their content, the complexity of their implementation, their potential usefulness, and so on. At this stage, the size and composition of the project team are also determined, and a team leader is recommended. After passing all of these assessment stages, the project is entered into the catalog of available projects, where potential team members select them. To get onto a team, you need to apply and successfully pass an interview with the project manager.
At the end of the academic year, students begin to choose their projects for the next year, reach out to potential leaders, and form teams. Team members are encouraged to learn and apply new skills.
Veronika Prokhorova, Deputy Director of MIEM
Project work at MIEM
Our institute turned to project-based education in 2018, focusing on third-year students. Since then, we have been constantly increasing the number of projects, more and more students are getting involved in project work, and the number of companies we partner with continues to grow. But much more importantly, students and teachers’ attitudes towards the educational process are changing, as well as the approach we take to designing the curriculum itself. More and more activities are built around projects. The learning process is no longer just learning. The Institute has strengthened its standing as a place of scientific discovery, innovative product creation, and self-realization. In short, we are building an open, project-oriented MIEM, and we believe that together we can find the right solutions.
Anton Sergeev, MIEM Advisor, Expert and Project Manager
From our industry partners, we are seeing an explosive increase in interest in artificial intelligence systems, machine learning, big data, and the Internet of things. If a few years ago these things were just trendy hot topics, now a lot has changed. We receive carefully thought out requests for promising robotic systems in a wide variety of industries, including security, education, transport, and trade. The business sector has a clear understanding of how to make money using smart technology. They come to MIEM to test out their bold hypotheses by enlisting clever minds and young talents. Within the framework of the project model, we can assemble student teams for almost any task in IT or microelectronics, quickly test hypotheses, or assemble a prototype. This is convenient for large companies, and they see the benefit of working with a university in practice.
Of course, right now you can’t overlook the impact of COVID-19—the world is actively moving online. We make new digital products both for ourselves and for partners. Now the educational issue of online instruction is largely resolved. The next step is robotic proctoring, when the system itself monitors the class. The problem of how to remotely access laboratory equipment remains to be solved. There is a demand for these decisions both in the education system itself and in business. And MIEM has already begun working on these kinds of systems.
Vasily Burov, MIEM Advisor, Expert
Trends, directions, and areas of development
A significant number of the Institute’s current projects relate to cyberphysical systems, which is a field that does not get a lot of attention but is in fact one of the world’s fastest growing today. This is all related to the Internet of things, robotic systems, smart things, and industrial and home automation. In particular, I would like to mention the project areas related to medical applications at the intersection of mathematics, cybernetics, and electronics. This has already been a crucial area on the global stage for a long time, but now with the coronavirus pandemic, which we have all been enduring for the past several months, I think that interest in this field in Russia will only increase.
Another promising area that cannot be ignored is security apps. The modern digital world presents completely new demands in this area, and our students are quite capable of developing programmes to meet these demands. For example, this year there was a number of popular projects related to banking operation security using serious mathematical models and artificial intelligence technologies.
Denis Korolev, Associate Professor, School of Computer Engineering, MIEM, one of the Institute’s project direction visionaries, head of several projects
Digital MIEM: virtual pavilions at the Technoshow and an important direction for the Institute
This past year, we digitalized and upgraded a lot of aspects of MIEM. This was largely to the merit of our students, without whom we never would have been able to manage such a number of different tasks on our own. This included not only online services, but also building infrastructure (magnetic locks, video rooms, our miniature assembly hall on the 1st floor, and a media center). Building everything from the ground up, we established project work support, and, with the transition to online education, we launched our own online learning environment within a couple of weeks. More precisely, we added missing elements and linked them to existing services.
Those involved in all this did a great job. But the plan for next year looks even more impressive. To the already large number of new endeavors we have planned, we have added refining and developing support for those that have already been completed. We will also be in charge of the services that MIEM faculty and students use and are now critical for both project-based and academic work: personal accounts, digital footprints, flexible tracks, single window, and other projects.
That is far from all. Some of our plans go beyond the confines of MIEM. We are working on a ministerial project, building commercial services, and more. A few years ago, I would not have taken these fantasies seriously, but MIEM has changed a lot, and the main driver in this regard has been the students. Especially those who stay with us. In projects, in the master’s programme, and in the doctoral programme, those who remain at MIEM—those who care, those who believed us—bring their visions and ideas to fruition.
Valeria Nemna and Polina Podkopayeva contributed to this article.
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With five hours of networking, 22 ‘video guest halls’, and over 800 visitors from 16 countries, this year’s MIEM TechnoShow was a spectacular online exhibition. Attendees could visit various ‘rooms’ to see the projects MIEM students had been working on this past academic year.
Though students of the Moscow Institute of Electronics and Mathematics (MIEM) only learned that their defenses would be moved to an online format a few weeks before the defense date, they showed impressive results. 134 projects developed by student teams collectively totaling 383 students were presented. Of them, the best 37 projects were recommended for participation in the annual MIEM Tech Show.
Daria Romanova, third-year student of Information Science and Computation Technology, with her project, ‘Developing immersive software with a performance analysis system for teaching physics at high school’, won the Innovation Promotion Fund’s national UMNIK programme. The programme supports research and technology projects with commercial potential by young researchers.
In 2018, MIEM became HSE University’s first department to officially introduce project work to its curriculum. Students choose their projects in September and present them in poster form in January. The January poster session serves as an interim evaluation mechanism before student present their final versions of their projects before an expert jury in May and June.
The best features of the university model created by HSE over the years will be preserved, but a new model is essential for further development. This new model will focus on project-based learning for all students, as well as the digital transformation in the field of education.
Starting this academic year, hands-on project work has officially been incorporated into the MIEM educational programme curricula. Working within real-world professional parameters, current third-year students designed, soldered or coded projects for real clients. Once the students presented their projects at a final defense, a Tech Show was held at HSE University for the first time on June 10.
From March 8th to April 7th, 2019 HSE ART GALLERY is hosting a large-scale exhibition on the topic of Women Who Change the World. This joint project by HSE ART GALLERY and LEVI`S® has given HSE Art and Design School students the opportunity to realize their ideas on this important theme.
Master’s programme in Prototyping Future Cities offered by the HSE Vysokovsky Graduate School of Urbanism was launched in 2017 and has since become quite popular among international students. Students from all over the world come to Moscow to learn how to use technologies to deal with future challenges of urban development. Two of the first-year students have talked to HSE News Service about studying on the programme and the projects they have been working on.