Michael Skvortsov

Experience

• 

  SPIK SZMA

  Mar 2000 - Nov 2018

  Participation in the development of more than 40 control systems of diverse vendors along all production stages: concept, design, PLC and SCADA software developing, DCS software developing, factory acceptance test, site acceptance test, validation, commissioning and start-up.Supervision and responsible (but not limited) for:● create control system layout, system hardware and software specification on the basis of the customer requirements, typical I/O connection diagram, I/O layout, panels design and electrical layout, calculation of energy consumption and heat generation;● develop functional specifications, process control narratives, cause and effect diagrams, detailed logic diagram;● PLC programs and operator interfaces;● preparation design documentation;● organization and carrying out of factory acceptance test;● supervising at commissioning and start-up.Make reliability and/or verification of SIL level calculations for DCS/SIS systems on design stage.Automated industrial processes: crude oil rail loading, tank battery of oil products, pumping stations; instrumentation air compressor stations, recycling water supply units, aeration station, foam fire extinguisher of oil product tank, nitrogen-oxygen plant, heating centers; condensate stations, sunken pumping stations, coalmine fan layout; custody transfer meters (oil and heat), horizontal pumping systems; waste water treatment. Show less Control systems design, PLC and HMI software developing, commissioning and start-up (generally TOSDIC CIE-DS, the Toshiba’s DCS).Developed:● Typical I/O connection diagram, I/O layout● Control system mathematical support● Control and protection algorithms, control and regulation strategies ● Control programs and operator interfaces Configuration and programming: Toshiba V2000, Emerson ROCOperator’s station developing: OIS-DS, InTouchDCS: TOSDIC CIE-DS (Toshiba)Automated industrial process: recycling water supply units; heating centers; condensate station, sunken pumping stations; nitrogen-oxygen plant Show less Control systems design, PLC and HMI software developing, commissioning and start-upDeveloped:● Field wiring connection diagram to cabinets, I/O layout● Control and protection algorithms ● Control programs and operator interfaces Configuration and programming PLC: Toshiba V2000, Siemens S7-300Operator’s station developing: OIS-DS, InTouch, iFixDCS: TOSDIC CIE-DS (Toshiba)Developed and implementation the data base (MS Access 2000, migration to MS SQL) for automation of project design. Automated industrial process: water meter units; recycling water supply units; sunken pumping stations; nitrogen-oxygen plant; crude oil rail loading Show less

  • Lead Process Control Software Engineer

    Sept 2005 - Nov 2018

  • Senior Process Control Software Engineer

    Mar 2003 - Sept 2005

  • Process Control Software Engineer

    Mar 2000 - Mar 2003
• 

  Bilfinger GreyLogix GmbH

  Nov 2018 - Mar 2021

  Lead Software Engineer / Functional Safety Engineer

  Development, management and implementation project design documnation and software for PLC and SCADA. Develop procedures and participate in SAT, FAT, V&V tests. Acting as a functional safety engineer for the automation control system projects. Create and review safety requirement specifications, SIS validation and verification reports. Management of changes according to IEC 61511. Participate in installation and commissioning phases of the projects.

• 

  Unylecta Engineering

  Mar 2021 - Apr 2023

  Lead Software Engineer / Functional Safety Engineer

  Developing, manage and implementation project design and software (PLC, SCADA) to the automation process control systems. Lead and manage the functional safety of the automation control system projects. Create and review safety requirement specifications, C&E charts, SIL validation tests and SIS verification reports. Management of changes according to IEC 61511 / IEC 61508.

• 

  REE Automotive

  Apr 2023 - Jul 2024

  Functional Safety Engineer

  Functional Safety Engineer for All-by-Wire (steer-by-wire, brake-by-wire and drive-by-wireindependent wheel control) vehicle platform for trucks and commercial vehicle (class 4).Contributing to HARA, Functional Safety Concept and Safety Goals for vehicle platform.Developed Functional Safety Requirements, as well as Technical Safety Concept and TechnicalSafety Requirements for electrical vehicle platform, requirements allocation to HW and SW.Performed FMEA and FTA analysis per safety goals for different domains (steering, braking,propulsion, power supply). Performed common cause and dependent failure analysis. As aresult, power supply dependencies between some redundant sensors were eliminated,achieved more independence between steering and braking domain failures.Performed FMEDA analysis for custom ECUs. As a result, numerous improvements have beenmade to the HW design and BSW of ECUs.Created requirements for safety mechanisms, algorithms for plausibility checks.Created HW and SW functional safety requirements for ECUs and microcontrollers, sensors (IMU, WSS, steering angle sensor, pedal position sensors, motor position sensors) and actuators (EDU, steering andbraking motors, EPB).FuSa tool: Medini Analyze, Isograph.Requirements tool: Polarion.System architecture tool: Enterprise Architect.Configuration management tools: SVN, Git. Show less

• 

  ATOM

  Oct 2024 - now

  Solutions Architect