• Ensures agreed operational procedures associated with operating and controlling the installed (or virtual) Telecommunication system hardware and software are followed. This may include configuration and maintenance of multiple Telecommunication system hardware or software platforms. Implements maintenance routines, utilizing the appropriate tools and test equipment. Uses standard procedures and tools to carry out defined system backups, restoring data where necessary. • Supports the use of Telecommunication infrastructure management tools to collect and report on load and performance data and statistics. Carries out required monitoring, logging, and reporting tasks. • Supports the use of Telecommunication infrastructure management tools and test equipment to automate the provisioning, testing, and deployment of new and changed Telecommunication system infrastructure. Facilitates and oversees installation, removal, upgrading, and repair of equipment. • Identifies Telecommunication system operational problems and contributes to their resolution. Investigates, diagnoses, and resolves low-impact operational problems following incident management procedures, within service level agreement tolerances, referring to users, other staff, and suppliers, as necessary. Takes action on known Telecommunication system errors and documented workarounds, logging such actions and advising supervisor or specialists when management or specialist attention is required. • Installs or removes Telecommunication system hardware and/or software, using supplied installation instructions and tools; follows agreed standards, including those for Low voltage electrical work. Agrees with the timing of the work with those affected, e.g., users, and operations management, including, where appropriate, hand-over to client. • Conducts tests of the Telecommunication system hardware and/or software affected using supplied test procedures and diagnostic tools. Helps to resolve problems and faults, and corrects malfunctions, calling on help from more experienced colleagues if required. Documents result in accordance with agreed procedures. • Applies standard user/system interfaces, including reports, validation and error correction procedures, processing rules, access, security and audit controls, recovery routines, and contingency procedures. • Assists in producing simple Telecom infrastructure (hardware and related software) designs and specifications, complying with known standards and good practices.

- Provide expertise and guidance in areas of Process Control Domain Integrity and Cybersecurity, aligned with relevant RoK legislations and International Standards; - Coordinate and guide in the definition of the functional requirements of PCD applications and networks. Develop and maintain PCD related documents, procedures, guidelines and conduct general user’s awareness campaigns; - Ensure safe operation of Process Control Domain hardware and applications, stand-alone PLC based systems, automated fire and gas detection systems, automated fire extinguishing systems, emergency shutdown systems equipment with respect to PCD/Cybersecurity Integrity field wide; - Manage centralized security infrastructure, services, DNS, Microsoft Windows Server Upgrade Service (WSUS), McAfee ePO, Acronis Backup and Recovery systems and Access Control systems. Develop detailed operational process and procedures, identify or develop automated processes to prevent security incidents; - Deployment, configuration and administration of different pieces of network and security-related PCD hardware and software. These include firewalls, routers, switches, various network-monitoring tools, and virtual private networks (VPNs). System administration, supporting multiple platforms and applications. (Windows, Linux) - Develop and implement open-source/third-party tools to assist in detection, prevention and analysis of security threats; - Monitor networks and systems for cyber-security breaches, through the use of security tools that can detect intrusions and anomalous system behaviour (Claroty CTD, Nozomi). Conduct advanced/specialised penetration testing, simulating an attack on the system to find exploitable weaknesses; - Manage security systems, including the Firewalls, Windows AD event logs, syslog, anti-virus, file integrity, and vulnerability scanners for security events (Nessus); - Evaluate and investigate detected security events to determine if they represent significant security incidents and require some level of response. This response will be in the form of detailed configuration data, traffic analysis and/or event correlation to support the KPO incident management process; - Maintain knowledge of the functionality and technology of existing IT systems as well as ICSS technologies and general view of the current state of security threats across the ICSS environments as well as within a KPO PCD; - Develop and document processes to further embed practices and generate evidence of compliance to internal standards; - Perform other projects or responsibilities that may be requested by the Instrument Superintendent and Senior PCN Engineer; - Compile comprehensive reports on performed modification and replacement of obsolete equipment; - Take part in analysis of root causes and failure elimination of PCD Infrastructure; - Review of designs and technical projects, working drawings drawn up by Company order, as well as in installation, testing, adjusting, and commissioning of PCD Infrastructure; - Review, design, maintenance and configuration of Data Transmission Networks, including FOC, copper and radio links. Setup of networking and protective devices related to Data Transmission, including switches, firewalls, media converters, and others; - Participate in functional and qualitative testing of Data Transmission networks and components;

Responsibilities: - Develop and administer Detailed Project Plans from scratch, handling weekly meetings, analyzing Project Progress, and presenting milestones and achievements to the stakeholders; - Development of requirements for the project documentation cross-checking with the local regulatory requirements and accordance with the standards; - Implementation of Change Management, Red-Line Mark-ups on technical deviations; - Review of Project Documentation of all system components, coordinating Project Team communication and interaction, technical and progress meetings with an action plan with suppliers; - Planning simultaneous activities, construction readiness monitoring, and preparation of method statements; - Monitoring Project milestones (Engineering, Logistics, Construction, Commissioning, and Handover); -Incoming inspection of Project deliverables, and supplier conformance certificates, per the project design, cross-checking bill of materials with packing lists; - Inspection of cabling activities and components installation, walk-downs on mechanical completion; - Interaction with local service providers on external connection works, organizing cellular phone masts; - Mechanical completion certificates review and acceptance; - Pre-commissioning of the components separately, action plan, and SimOps meetings arrangement; Out of project responsibility: - Managing internal processes of the IT department (planning and budgeting, vendor evaluation, contract administering); - Developing strategy, roadmap, internal policy and procedures, work instructions; - Inspection of process compliance to the standard and best practices (ITIL, Cobit); Personal achievement: Project progress from 5% to 75% completion (milestones: Engineering, Procurement, Delivery, Mechanical completion, partially pre-commissioning);

- IСT service management. ACS, PAGA, axis CCTV; - ICT infrastructure acceptance includes full control of commissioning, quality assurance, project documentation review-based technology norms of RK SP, SN, ST, SNIP, defect fixing, etc. - Implementation and administration of VTM systems (Vessel Traffic Management System, AirBUS), and “Styris” software; - VHF radio connector. JORTON TR7750 TX / RX. ROIP workstation; - AIS is a shipping system that identifies vessels, their dimensions, direction, and other data. AIS BS610x4; - Meteo BS AWS - Automatic Weather Station. Vaisala AWS430x2. Several sensors; - Network based on CISCO equipment. ASA + FirePower protection level; - Server part on LINUX; - Ent. networking segment: Cisco-based equipment. Cisco Cat 9300 access level and Cat9500 aggregation, ASA + FirePower protection level, CUCM (Cisco Unified Call Manager) telephony, Solarwinds network monitoring systems; - Effective communication in English, Kazakh, and Russian language; Projects: - Architectural design of server infrastructure fault-tolerant and reserved (on equipment, data, databases, and applications level). It includes the following technologies: DELL equipment, DELL EMC storage, DELL ML3 tape library, and virtualization technology - VMware. This project is classified as a change in construction design and modification. Project implementation from scratch. Concept development, calculation of performance and capacity, preparation of detailed technical specifications (hardware + software + licensing), risk analysis, development, and analysis of alternative solutions, business cases, expense justification, financial rationalization, and optimization, and plan implementation development. - VTMS system (Vessel Traffic Management System) change management project. Strategy level to increase the level of fault tolerance and secure connection in Ent. network (by applying policies ASA, roll out DMZ sweep, etc.). - Other responsibilities are similar to my previous projects. IT service and technical support, IT budget planning, strategy development, technical specification for contracts, contract support, etc.;

Avencom LLP was chosen as one of the best system integrators in Kazakhstan for EPC contracts on the CaTRo (Cargo Transportation Road) division of the Future Growth Project in one of the largest Oil & Gas company Tengizchevroil (https://www.tengizchevroil.com/en/about); As a project engineer, I was responsible for providing technical solutions based on customer requirements. We’ve evaluated most of the solutions worldwide and agreed with Airbus France on a main product – Vessel Traffic Management system. In combination with the Power generation system from WindKinetic Italy, were have a power supply in the marine platform. The construction of the marine platform was chosen TOPAN LLP. Inshoresystems gives us the possibility to integrate Portable Pilot units, which was the main tool for vessel captains. For the safe parking on the dock, Hydrosphere integrated their Fixed Sector lights. A stable connection between onshore and marine platforms was implemented through WiMAX microwave channel. Milestones achieved as project engineer: - Factory acceptance test of main product with all components in Paris, preparing bill of materials and transportation and storage requirements. Packing list for each subsystem; - Full project documentation preparation i.e. detailed design specification, network architecture block diagram, method statement for installation and mechanical completion stage, cable schedule and bill of materials; - Integrated Factory acceptance test of all systems in customer presence. Preservation and preparation for the shipment; - Incoming inspection in customer premises, unpacking, and construction (installation of antennas in 70m tower, fixed the containers on the concrete blocks, cabling, and mechanical completion); - Pre-commissioning and commissioning of systems step by step; - Site Acceptance test of fully integrated system; - Start-up and handover to the customer; Personal achievements: Recognition from customers on timely achieved milestones and fewer punch list items compared with other projects; Maintenance contract for 3 years of implemented systems;

- Network equipment configuring (Cisco switches, routers, Wi-Fi, VoIP); - Windows Server 2012, AD; - Virtualization environment (VMware ESXi 5.5, 6.0); - CCTV (DVTel Latitude Admin Center + Panasonic WV-SC386, WV-SW396 total: 134 cameras); - Access Control (Perco Turnstiles); - Microware Wireless Equipment (Redline, Ubnt); - Hardware/software engineering and production support of IT; - Work with contractors, designing FO, CAT 5e, 6e cabling; - IT purchases, planning, projecting; Out of duty: supporting construction team on equipment preparation for the plant, commissioning plan development and handover activities to the operations team; Personal achievement: recognition from the management and bonus;

Implementation of local IT department ticket system, distribution of tasks, analyzing of quality, making trainings for staff, weekly report of IT department job, participate in contracts with technical side, planning IT department budget, consumption analyzing, preparing technical documentation and tasks; Configuring server apps like DNS, Hyper-V, IIS, OpenVPN on CentOS; Working with systems: CCTV DivLine (server + 78 cameras), access control Perco (61 door locks and 2 tourniquets) , voice alarm ITC, factsheet MagicInfo (server + 20 monitors), mini studio Wirecast; Managing network devices: Cisco wireless controller 5508, Cisco ASA 5500, Cisco switch ws-c6504, Cisco switch ws-c4509;

Responsibility for all technical machines (computers – 124, laptops – 569, servers – 2, network devices Cisco – 15, interactive boards with projector - 61); Fix or repair, installing and configuring of all old and new technical machines; Working with systems: CCTV DivLine (server + 78 cameras), access control Perco (61 door locks and 2 tourniquets) , voice alarm ITC, factsheet MagicInfo (server + 20 monitors), mini studio Wirecast; Managing network devices: Cisco wireless controller 5508, Cisco ASA 5500, Cisco switch ws-c6504, Cisco switch ws-c4509;

- Responsibility for server (installing, configuring, trouble-shooting, etc) - Organizing LAN; - Filtering incoming traffic; - Creating and administrating website http://edu-bko.gov.kz;

Configuring SunFire240 servers based on Solaris and Debian OS

- Cabling; - Repairing computers; - Configuring Lotus Notes workspace;

Faculty of Information Technologies, Master of engineering and technology

Faculty of Information Technologies, Bachelor in software engineering