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About Freelancer
Mining engineer with several years of experience in the Mining and Metals Industry. My professional achievements include work in technical departments of the world’s largest mining companies such as Alrosa and PhosAgro. Currently, I am applying this experience in consulting work, where I assist companies in achieving their production and technical targets, as well as improving their operational performance. I collaborate with clients from CIS, South and North America. My competencies include calculation cut-off grade (COG, NSR, COG Eq), providing stope optimisation, designing and scheduling underground mines with a production rate up to 3.5 Mtpa for mining methods such as sublevel caving, sublevel open-stoping with backfill, open-stoping with pillar support, and cost model creation. I am a confident user of mining software such as Deswik (CAD, SO, IS, Sched), Datamine NPVS, Micromine Origin and Beyond.
I am continuously expanding my knowledge through training courses and attending webinars from leading companies. I am open to new interesting projects and collaborations. I am actively interested in innovations in the mining world, as well as improving operational processes.
February 2020 – May 2020: Senior Mining Engineer of digitalisation of underground mine – PhosAgro
June 2021 – January 2022: Junior Mining Engineer – Itasca Consultants GmbH
August 2022 – September 2022: Underground Mining Engineer 1st category – ALROSA
May 2023 – Present time: Staff Consultant Mining engineering – SRK Consulting
Presence
Education
GPA 4.98/5.0 Relevant project-work: 1. Evaluation of mining and geological conditions of the deposit; 2. Development of a block model of an ore polymetallic deposit in Micromine software; 3. Feasibility study of the open pit mine on a steeply declining deposit; 4. Creation of a model of the stage of the life cycle of a mining company; Main competence: Geological modelling; Calculation resources and reserves; Python coding; Mine planning; Mine planning (long-, medium-, and short-term); Feasibility study; Geological and economic evaluation of fields; Project work: “Introduction and use UAV systems in the mining sector” with a scholarship 3000 USA Dollars;
GPA 2.0 Relevant term-paper: 1. Determination of optimal modelling parameters of ore block models of lode pyrite-polymetallic deposit; 2. Pre-feasibility study of an open-pit mine; 3. Economic modelling in the mining sector; Main subjects: Feasibility study; Surface mine design; Underground mine design; Surface Geomechanics; Ground movements;
Work & Experience
• During my work, I have introduced the process of testing of apatite-nepheline ore in extraction drifts with X-Ray system. With that system, geological department has optimized the process of short-term planning; • Organized and controlled the work for dump-trucks and LHD drivers for short-term planning; • Calculating the tonnages resources every 12th hours and comparison with plan rate;
• Creation and maintenance of geomechanical numerical models of underground tunnels in FLAC 3D; • Providing 3D modelling of underground and surface mining constructions in Rhinoceros 3D for future geomechanical calculation; • Programmed geomechanical model with FISH-code; • Supporting projects from the approval stage till the finishing stage to costumer; • During my work in the company, I was involved to the development of the geomechanical model for the block-caving mining method of the kimberlite pipe mine; • Calculation of the tension which are involves for the pillars; • Analysis and selection of mining method between sub-level caving and block caving process for pipe deposit.
• Drill and Blast Planning and Scheduling for sub-level caving in BlastMaker and Micromine software; • Preparation and implementation of a Weekly Drill and Blast Plan in Conjunction with geologist and surveyors, planners and mining engineers; • Calculation extraction resources, dilution, losses. • Cave expertise after blasting operation; • Providing mine plans, technical reports and presentation for the next extraction levels; • Combining geotechnical and surveyor databases for creating the geomechanical model of the open-pit mine. The collecting database for this model was achieved by drone.
• Undergroung mine optimisation by Deswik Stope Optimiser (Sublevel Caving, Sublevel Open-Stoping with Backfill). Optimisation for Open-pit by Datamine NPVS; • Underground Mine Design; • Underground Mine Schedule up to 3.5 Mtpa; • Cost model creation; • Green House Gasses emissions calculations according to the scope 1, 2.
