Scientia
Menu
Services
ProductsProrock 2.0MagicoreDigger SlopeNUR ExtensometerJoint ExplorerScientiaJoints
Training
Blog
Wiki
About us
Contacts
RUContact

About us.

Scientia LLC — research and consulting in mining geomechanics

Scientia specializes in research and consulting in mining geomechanics, offering solutions from the leading edge of science. Scientia carries out comprehensive geomechanical studies of mineral deposits, seeking opportunities to improve the safety and economic efficiency of mining operations.

The company develops specialized instruments and software, including:

  • Magicore — a service for automatic core documentation from photographs
  • Digger Slope — software for open-pit slope optimization
  • Prorock — numerical modeling software
  • the NUR automated extensometer
  • the Joint Explorer electronic geological compass

ООО «Скиентия»

Address: 620014, Sverdlovsk Oblast, Yekaterinburg, Sheinkmana St., bldg. 9, office 65
ИНН: 6686148633 · КПП: 668601001 · ОГРН: 1236600002572

Science and education

Our team is engaged in science and the growth of the professional community. We share our findings and discoveries in scientific papers, at conferences, in our social media, and in ourWiki.We also providetrainingin our fields of expertise.

Publications

  1. 1) Guzeev I.A., Ilyasov B.T., Musikhin A.S. Artificial intelligence for core documentation of rock masses // "Mosty i Vremya", special issue of "ROADS. Innovations in Construction" No. 130. 2025. p. 30.
  2. 2) Ilyasov B.T., Ozhiganov I.A., Trofimov A.V. On the effect of spatial strength variability on rockburst hazard of rock masses // Mining Industry Journal No. 6. 2024. pp. 74-82.
  3. 3) Ilyasov B.T., Kulsaitov R.V., Neugomonov S.S., Soluyanov N.O. Stability assessment of a supported opening based on combined finite-discrete element modeling // Mining Journal "Geotechnical modeling in mining: tasks, methods and current practice" No. 1 (2306). 2023. pp. 118-123.
  4. 4) Soluyanov N.O., Kuzmin S.V., Tsymbalov A.A., Davydov A.A. Analysis of input data for building the geomechanical model of the Glubokaya mine, Skalisty deposit, S-6 rich ore zone of the Oktyabrskoye deposit. Kola MMC (Nornickel). 2023. No. 6. pp. 12-17.
  5. 5) Ilyasov B.T. On the need for explicit modeling of rock failure in geomechanics, with practical examples // Proceedings of the conference and young scientists' school "Rock and Mineral Failure". Yekaterinburg, USMU, 2023. pp. 68-70.
  6. 6) Ilyasov B.T., Soluyanov N.O., Sadinov Sh.M., Sodikov I.Yu. Optimization of the Besapantau open-pit slopes based on 3D modeling in the DIGGER SLOPE software // Mining Bulletin of Uzbekistan No. 1 (92). 2023. pp. 4-12.
  7. 7) Guzeev I.A. Predicting structural failures of pit benches from combined joint survey data // Proceedings of the conference and young scientists' school "Rock and Mineral Failure". Yekaterinburg, USMU, 2023. pp. 66-68.
  8. 8) Ilyasov B.T. Development and application of a geomechanical model of an open-pit mine // VI international forum Seymartec Mining. Chelyabinsk, 2022. p. 16.
  9. 9) Musikhin A.S. Modern methods of structural-geological surveying in geomechanics // VI international forum Seymartec Mining. Chelyabinsk, 2022. p. 17.
  10. 10) Ilyasov B.T., Guzeev I.A. Study of jointing in iron-ore deposits based on aerial photography to justify stable bench parameters // "Mine surveying, subsurface geometry and mining geomechanics — 100 years on the "grey" Urals". Yekaterinburg, USMU, 2021. pp. 165-172.
  11. 11) Ruziev N.B., Sadinov Sh.M., Musaev G.M., Ilyasov B.T. Study of the Amantaytau deposit and development of its geomechanical model // Mining Bulletin of Uzbekistan No. 3 (82). 2020. pp. 32-34.
  12. 12) Ilyasov, B., Makarov, A., Biryuchiov, I. Prediction of rock movements using a finite-discrete element method // EUROCK – 2018. Geomechanics and Geodynamics of Rock Masses. pp. 805-810.
  13. 13) S. Antonyuk, B. Sogrin, V. Kolpakov & N. Soluyanov. Modeling geomechanical system of the Polymetal Company. Eurock "Geomechanics and geodynamics of rock masses". Saint-Petersburg, 22-26 May 2018.
  14. 14) Ilyasov B.T. Prediction of rock mass deformations using the Prorock software // Problems of Subsurface Use. No. 1. 2018. pp. 39-51. DOI: 10.25635/2313-1586.2018.01.039.
  15. 15) Soluyanov N.O., Antonyuk S.A., Sogrin B.B., Kolpakov V.B. A geomechanical model as a tool for safe mining of ore deposits. VII International scientific and technical conference "Innovative directions in the design of mining enterprises", Mining University, Saint Petersburg, 12-13 May 2016.
  16. 16) Soluyanov N.O. A methodology for building a geomechanical model for open-pit mine planning // Mine Surveying and Subsurface Use No. 6, November-December 2015.
  17. 17) Makarov A.B., Hormazabal Esteban, Livinsky I.S., Spirin V.I., Soluyanov N.O. A back-analysis method for joint cohesion and friction from bench failures in open pits. VI International scientific and technical conference "Innovative directions in the design of mining enterprises", Mining University, Saint Petersburg, 14-15 May 2015.

Licenses

We are a member of an SRO (self-regulatory organization) for engineering surveys and design documentation, and hold licenses for mine surveying operations and educational activities.

Contacts

ООО «Скиентия»

Address: 620014, Sverdlovsk Oblast, Yekaterinburg, Sheinkmana St., bldg. 9, office 65

ИНН: 6686148633 · КПП: 668601001

Phone:+7 (922) 203-24-60(Russia)

E-mail:info@scientia.ru

Our Telegram channels

Personal data processing policy

Educational organization information