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Experience level:
More than 5 years
Education level:
Vocational secondary
Languages:
Russian: Native
Leading engineer in the field of fire protection systems with over 5 years of experience. Successful launch of transport infrastructure facilities, including more than 4 airports with an area of 19,000 m2 to 50,000 m2
Responsibilities:
– Drafting technical regulations, risk assessment and decision-making on process optimization.
– Installation, repair, commissioning and maintenance of alarm systems, fire protection systems, access control and management systems, video surveillance systems, as well as work with an upper-level system such as RPlatforma.
– Control of the subcontractors’ work order and technical supervision at key stages.
– Process optimization, as well as team mentoring.
– Ensuring trouble-free operation of low-current systems and fire protection systems.
– Coordination with related services, as well as with contractors.
– Staff training and a semi-annual knowledge test of low-current systems.
– Launching, approving and concluding contracts with contractors for material support, design, and other necessities, as well as finding optimal prices for services and materials through market analysis and requesting commercial proposals.
Progress:
Launch of airports and terminals in terms of fire protection systems and low-current systems (OS, ACS, SVN, SOS)
– Participation in the launch of a new airport in Novy Urengoy (19,000 m2)
– Participation in the launch of the new Yelizovo Airport in the Kamchatka Territory (50,000 m2)
– Participation in the launch of international terminal B after modernization in Koltsovo, Yekaterinburg
– Participation in the launch of the new Ignatievo International Airport in Blagoveshchensk (25,000 m2)
– Successful implementation of projects to modernize fire protection systems for various facilities ranging from 1,000 m2 to 4,000 m2.
– Integration of various low-current systems among themselves.
– Introduction of a new perimeter security alarm system based on radio wave detectors.
– Taking part in solving the company’s crisis situations during business trips.
– Significant reduction in financial costs for the maintenance of CAPS systems due to the introduction of additive technologies (3D printing).
– Optimization of production processes in terms of maintenance and emergency repairs through the design and printing of 3D parts (own design of more than 78 models for various purposes).
– Development and implementation of design standards, which reduced project approval time by 30%.
Analytical thinking is the ability to systematically analyze complex problems, find logical relationships, and make informed decisions.
Result-oriented approach — focus on achieving project goals within the set deadlines.
System thinking is the ability to see the relationships between the components of complex systems.
Initiative is a proactive approach to identifying and solving problems.
Perseverance – perseverance in overcoming technical difficulties.
Self-organization – effective management of own time and resources.
Responsibility – readiness to be responsible for the results of their work.