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Experience level:
More than 5 years
Education level:
Higher
Languages:
Russian: Native
English: B1
Serbian: A1
A versatile professional with a diverse background spanning from mechanical design to industrial construction. Highly adaptable and a quick learner, with a strong drive to acquire expertise in new industries and face new professional challenges.
Key projects:
– Aluminum rod production: construction of a new rod production line within the existing foundry at KRAMZ.
– Environmental & Emission controls: construction of Semi-dry gas scrubbers and electrostatic precipitators for calcining furnaces at KrAZ.
– Construction of dry gas treatment plants and modernization of wet scrubbers at IrkAZ.
– Facility modernization: upgrade of melting and casting units at KRAMZ.
– Retrofitting alumina unloading terminals to accommodate new rolling stock (railcars) at IrkAZ.
– Industrial infrastructure & waste management:
– Modernization and decommissioning (conservation) of hydraulic structures (tailing ponds/sludge storage) at IrkAZ.
– Construction of a sulphate evaporation unit for process solutions at KrAZ.
Core Responsibilities:
– Design Management: developed terms of reference for engineering, procurement, and construction and managed contracts for surveying and design works.
– Technical consulting: authored technical evaluations and expert opinions for equipment procurement.
– Vendor Management: conducted technical audits of equipment manufacturers and collected critical engineering data for design integration.
– Design oversight: served as the primary liaison between the project team, equipment suppliers, and design institutes.
– Documentation control: coordinated the review, approval, and archiving of FEED, detailed design, and technical construction documentation.
Key Projects:
– Eco-Soderberg technology Integration: Implementation of environmentally friendly electrolysis technology at the Krasnoyarsk Aluminum Smelter (KrAZ).
– Technological crane modernization: retrofitting and upgrading existing overhead process cranes in electrolysis rooms.
– Pilot casting complex: construction of an experimental foundry and casting facility at KrAZ.
– Master alloy production facility: served as acting Project Manager for the construction of a fused master alloy plant (through Pre-FEED, Design, and early-stage Construction).
Core Responsibilities:
– Procurement & tendering: managed competitive bidding processes and vendor selection for civil, mechanical, and electrical works.
– Contract management: drafted and executed high-value contracts for construction, installation, and engineering-survey services.
– Project controls: monitored project timelines (scheduling) and budget expenditures; approved payments and managed change orders (additional works).
– Construction supervision: oversaw on-site construction and installation to ensure compliance with technical documentation, quality standards, and volume requirements.
– Supply chain coordination: organized equipment and material procurement in alignment with the project master schedule.
– Commissioning: led pre-commissioning and commissioning activities, ensuring quality control and final volume verification.
– Stakeholder management: acted as the primary liaison between the client and multiple subcontractors.
– Project close-out: managed technical documentation archiving, reporting, and final handover/acceptance procedures.
Key Projects:
– RA-300 Reduction cell optimization: Revised design documentation based on construction insights from the Khakas Aluminum Smelter.
– RA-500 Advanced Reduction Cell: Developed full design documentation for the next-generation experimental reduction cell.
– RA-400 Busbar Optimization: Optimized the design of the under-shell busbar system for improved efficiency.
– KrAZ Busbar Modernization: Developed engineering solutions and documentation for upgrading existing busbar systems at the KrAZ.
– RA-167 Implementation: Designed the RA-167 reduction cell specifically for integration at the Novokuznetsk Aluminum Smelter (NkAZ).
Core Responsibilities:
– Mechanical Design: Developed detailed design documentation for reduction cell components and assemblies in accordance with ESKD (Unified System for Design Documentation) and technical standards.
– Structural Analysis: Conducted static and dynamic stress analysis (FEA) for structural nodes and components using specialized engineering software.
– Field Engineering & Supervision: Provided end-to-end (field engineering) during the fabrication, sub-assembly, and final installation of reduction cells to ensure 100% compliance with technical specifications.
– Quality & Technical Control: Performed technical inspections during high-volume assembly and on-site mounting within the potrooms.
– Commissioning Oversight: Provided technical support and quality control during the pre-commissioning and start-up phases.
– Documentation Management: Maintained the field supervision log and drafted official Terms of Reference for design modifications and engineering changes.
Core Responsibilities:
– 3D Modeling: developed comprehensive 3D product models using specialized CAD furniture design software.
– Client Liaison: presented designs to clients and finalized technical specifications and aesthetics based on their requirements.
– Production Documentation: generated detailed technical drawings, cutting patterns (nesting/cutting lists), and bills of materials (BOM) for the manufacturing department.
Key Projects:
– Technical Documentation Development: authored comprehensive repair, maintenance, and operation manuals for newly designed and manufactured mining machinery.
– Testing Equipment Design: developed full design documentation for specialized test benches and simulators designed to replicate the operations of mining equipment working parts.
Core Responsibilities:
– Design Engineering: developed mechanical design documentation in strict accordance with ESKD (unified system for design documentation) and relevant industry standards.
– Structural & Stress Analysis: performed static and dynamic strength calculations for structural components and mechanical nodes, utilizing specialized FEA (finite element analysis) software.
– Field Engineering: conducted on-site supervision and technical inspections during the manufacturing and assembly stages to ensure compliance with engineering designs.
1. Project Management & Construction
Extensive experience across diverse roles within industrial construction project teams, including project development, construction management, engineering support, and full-cycle project management.
2. Engineering Design Expertise
Proven design engineering background across multiple industries: heavy machinery manufacturing, non-ferrous metallurgy, and bespoke furniture production.
3. Software Proficiency
Advanced user of specialized engineering and productivity software:
CAD/CAE: AutoCAD, Autodesk Inventor, SolidWorks, CosmosWorks (SolidWorks Simulation).
General: Microsoft Office Suite and professional project management tools.