Aripix designs, produces, and integrates affordable modular 6-axis industrial robots with unique kinematics, proprietary firmware, software, and electronics.• Led the development of electronics and software, taking the project from "proof of concept" to a stable, industrial product • Implemented 8 industrial automation projects, with up to 4 jointly operating proprietary robots, CV, and custom equipment • Contributed 57% to the motion controller firmware and 51% to the core libraryCore responsibilities: • Leading and planning the company's technological development • Managing a team of software and electronics engineers • Planning and managing integration projects • Negotiating technical requirements with clientsStack: С, С++, C#, Python, Rust; STM32F4, RS485, CAN; STL, Boost, .NET, WPF, newlib, nanopb; protobuf; VC++, GCC, GNU Arm toolchain, Make, Ld, GDB, JLink, Git

• Led the development of two wearable medical monitors for the treatment of adolescent idiopathic scoliosis• Developed a scientifically sound approach to measurements• Conducted IP search and filed a patent (granted)• Created sensor firmware and a client libraryStack: C, C++; nRF52, I2C, SPI, USB, Bluetooth LE 5; Softdevice; GCC, GNU Arm, Git, Mercurial

BioBreath is developing a QCL-based breath analysis platform for medical diagnostics. • Pivoted the idea for medical application • Developed a model that justified the medical use of the test • Conducted a bioinformatics study of clinical data to assess the demand for the test • Found a solution to a critical problem in the device's design • Prepared a comprehensive business plan

Hemule is a spin-off company founded by a team of experienced scientists and engineers with the aim of making organ-on-chip technology accessible and affordable for small laboratories. • Y Combinator W15 batch finalist (California, United States) • OneStart 2016 semifinalist (London, United Kingdom) • Conducted market research • Maintained communication in joint projects with academia • Conducted IP searches and filed two patents (granted) • Managed the development of mathematical models that allow for rapid design of microfluidic chips with specified microenvironment characteristics • Designed the Microcirculation H-chip, which mimics blood flow, pulsation pattern, and interstitial liquid pressure gradient within a tissue • Developed a molding technology that allows for the production of custom multilayer PDMS chips with 2.5D features • Designed several custom multi-organ chips for various joint academic projects

The company's main project is the "Homunculus" microbioreactor, which enables the long-term viability of cells outside the human body and reproduces their physiological processes. • Assembled a team of talented scientists and engineers • Established a laboratory for the development, quick prototyping, and production of microfluidic and electronic devices • Led the development of a control unit and auxiliary components for the "Homunculus" platform • Contributed approximately 60% to the firmware of the control unit • Developed the electronics of the control unit • Filed seven patents (granted), three of which received the "Best 100 Inventions of Russia-2016" award • Organized and launched the production of control units and microfluidic chips • More than 20 control units have been shipped to Germany, and 20 have been sold in Russia • Coordinated several spin-off projectsCore responsibilities: • Planning and management of R&D projects related to biomedical equipment • Management of production facilities • Support of molecular biology and cell culture projectsStack: C, R, Python, C++; STM32F4, ADuC7, Ethernet, USB, RS232, Modbus, SPI, I2C, etc.; FreeRTOS, lwip, fatfs, Qt; ASN.1; GCC, GNU Arm toolchain, Waf, Doxygen, Altium, Mercurial; FreeBSD, Ubuntu, LinuxCNC

• Was conducting statistical analysis of data from various experiments, including microarray-based transcriptome and genome-wide associations studies • Developed a multichannel mechanomyograph for quadriceps muscle contraction measurement and patellofemoral pain syndrome treatment (the idea, design, electronics, firmware, documentation) • Participated in development of laser-evoked potentials (LEP) diagnostic device (component layout, firmware, electronics, documentation) • Participated in development of a ganzfeld photostimulation device (component layout, firmware, documentation) • Participated in several bioinformatic studiesResponsibilities: • Mathematical models, statistics, bioinformatics • Biomedical devices developmentStack: R, Python, C, C++; AVR; Bioconductor, CERN root; avr-gcc, Altium, Mercurial

3D models development for aerodynamic CFD calculations (R, SolidWorks)

ChemWell automated EIA and сhemistry analyzers programming and tuning.Distributed IT infrastructure development and maintenance (FreeBSD, Linux, Exim, Suqid, Samba, ipfw, Apache, MySQL, MSSQL, RDP, VOIP, PBX, Windows Server)

Desktop applications development (C++, Qt)