Student Research at RUDN
We have applicants enrolling and scientists graduating
Always dreamed of making a discovery that would change the world for the better? You can’t stay indifferent to outstanding challenges and unaccomplished tasks, can you? Do you want to write a competitive scientific paper and do your own research led by the top RUDN scientists?
Our Student Research Council (SRC) is willing to give you guidance while you take your first steps in science!
We organize clubs and associations to immerse our students in a professional environment. Here, they will learn to conduct research, write scholarly articles, and practice the rules of thumb. The schedule and frequency of classes are set for each club/association individually at the beginning of the academic year.
You may choose a club/association you like not matter what your department is. If you want to change the course of your scientific activity, we will help you find a research team you like.
Your curators-to-be are RUDN teachers and scientists. Experienced mentors will organize round tables with well-known speakers, as well as debates, trainings, and workshops, and they always come up with new learning formats.
For more details you can always contact persons in charge of student research. Their contact details are available in relevant department files once you decide on your research direction.
Here students are involved in design and digital modeling. If you want to work in a high-tech laboratory or a computer lab, make a DIY race car or a buggy – you are welcome at RUDN design offices. Our students handle engineering cases and offer new architectural projects.
The Student Research Society links students interested in scientific activity, scientists and teachers. It is one of the key student self-government bodies. It brings together active members from all RUDN departments. SRS members are organizers of high-profile scientific conferences and workshops held at the university and key popularizers of science among students.
“SRS promotes interests of activists of the student science. Using SRS, students can develop their organizational and professional skills and qualities required for team work. A RUDN slogan says ‘Be a leader!’ I believe that being part of SRS is being a leader”, Ilya Vlasov, SRS Departmentman.
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It is possible to make fuel from peat and sawdust! Even environment-friendly. To make fuel yourself you’ll need an insulated vessel, a thermometer, a filter… But RUDN University’s student of the Faculty of Physical-Mathematical and Natural Sciences decided to study scientific methods of clean fuel generation which are applied in industry and improve this technology herself. The principal source of the generation of diesel fuel, petrol and hydrocarbons, such as propane and butane, is oil. Hydrocarbons are obtained by oil cracking – it is heated and then the vaporized hydrocarbons are condensed. Petrol and diesel fuel are obtained by mixing hydrocarbons containing different amount of carbon and hydrogen. Nevertheless, easily accessible oil reserves are getting exhausted and oil prices are high. For these reasons fuel producers often use poor-quality materials which contain sulfur in large quantities. It makes the product toxic and when it vaporizes it harms the environment. These oil resources are not suitable for clean diesel oil and hydrocarbons generation. That’s why the application of other resources containing carbon and hydrogen has become important. Such resources as natural gas, coal and biomass can replace oil.
RUDN chemists have created a biodegradable polymer based on chitosan and polyhydroxybutyrate. Chitosan, which is obtained from animal shells and fungal cells, gives the compound antimicrobial properties, so it can be used for disposable medical and hygienic materials and products.
RUDN University professor together with colleagues from France and the USA has developed a technique for describing blood clotting regarding the individual characteristics of patients. This will help to make more accurately diagnosis and select drugs dosages for the treatment of haemophilia, thrombosis and other blood coagulation disorders.
RUDN chemists have proven the effectiveness of metal complexes for catalysis of cyanhydrin production — substances important for the chemical industry. Chemists managed to achieve 96.3% of the reaction efficiency.