27+ km
40+ km
of External Utility pipelines layed
Design → Construction
→ Commissioning
7+ Years
Project Management Experience
12+
Maksim Beskrovnyi
Managing full-cycle delivery of residential, industrial, and infrastructure projects, from design to commissioning.
LOCATION: Vladivostok/Russia - Ready to move to Canada/New Zealand permanently
Project Manager of Engineering Systems
150+
Large-Scale Projects
mid-scale and small projects
of HVAC & Plumbing
Systems designed
and installed
Heat Exchanger Units, District
Heating Substations, Pumping
Stations,and Boiler Plants Delivered
120+
3
New Divisions
Launched
25
Engineers
Hired & Led
Full cylce
For comfortable viewing I recommend use computer version
Project managment experience
Project Manager with 7+ years of experience in managing MEP systems and infrastructure and 9+ years expericence on engineering systems in common. I started my career in 2016 while completing my Master’s degree, beginning as a design engineer and project coordinator, and I have since developed full-cycle expertise across design, permitting, construction, and commissioning.
Over nearly a decade with one company, I gained in-depth knowledge of construction processes, stakeholder coordination, and regulatory approvals. I have successfully delivered large-scale residential, industrial, and infrastructure projects, ensuring high standards of quality, safety, and efficiency.
In my current role as Head of Engineering Systems, I have successfully led 12+ large-scale high-rise and industrial projects with consistently achieving 19–40% profit margins. I have also addicted cost optimization strategies that reduced project expenses by 10–20% annually, while maintaining high quality and compliance standards. My experience includes coordinating multidisciplinary teams, managing subcontractors, and working closely with clients, architects, and construction teams.
ABOUT
MY EXPERIENCE AND CONTRIBUTION TO THE COMPANY
My Impact & Results
Technical Expertise
Project Delivery:
• 12+ large-scale projects delivered with 19–40% profit margins
• 150+ mid-scale projects successfully completed
Business Growth:
Launched 3 revenue-generating divisions:
– Utility Systems Design
– Modular Gas Boiler Plants
– Interior Engineering Systems
Cost Optimization:
• Reduced project costs by 15–20% annually through value engineering
Operations Improvement:
• Built certified welding & pipefitting teams
• Improved production speed and quality through process optimization
Leadership & Team Development:
• Led and managed multidisciplinary teams
• Trained and developed 5+ junior specialists
• Strengthened team performance and coordination
HVAC & Utilities:
• Ventilation, air conditioning, heating and gas supply systems
Plumbing & Fire Protection:
• Water supply, drainage (sanitary & storm), pump systems, sprinkler systems
Design & BIM:
• AutoCAD, Revit, clash detection, system coordination
Construction & Delivery:
• Full-cycle project oversight (design → construction → commissioning)
• Quality assurance & technical control
Leadership:
• Team leadership, mentoring, and cross-functional coordination
Software:
• AutoCAD, Revit, MS Office pack, AI and productivity tools
EDUCATION
Far Eastern Federal University, Vladivostok, Russia
Specialization: Heat and Gas Supply Systems and Ventilation
Bachelor of Civil Engineering
2012–2016
Master of Civil Engineering
Far Eastern Federal University, Vladivostok, Russia
Specialization: Heat and Gas Supply for Populated Areas and Enterprises
2016–2018
WES Evaluated: Master's Degree Canada Equivalent
2023
RELOCATION
As a candidate relocating to your country my hiring process will be difficult. All immigration procedures will be handled by licensed consultants, and I will personally cover all associated costs. I am fully committed to integrating into Canadian standards and obtaining any required certifications to ensure full compliance.
I am motivated to bring a proactive, reliable, and results-driven approach to your team and contribute to the successful delivery of your projects.
By hiring me, you gain a reliable, responsible, and proactive specialist who is motivated to contribute effectively from day one and grow within your organization.
PROJECTS
High-Rise Residential Complex “Atlantic City”
– MEP Systems
Vladivostok, Russia · 64,000 m² · Two 24‑story towers + 5‑story parking with commercial space
Managed end‑to‑end installation of MEP systems (heating, plumbing, water supply, sanitary sewer and stormwater),
including approval and implementation of modern engineering solutions.
Impact for the client:
- Reduced MEP costs by optimizing materials and phasing.
- Accelerated construction schedule through phased heating pipeline reconstruction (2 phases instead of 4).
- Commissioned heating systems ahead of winter to keep construction on track.
Key solutions:
- Implemented SML pipes for stormwater and domestic sewage systems.
- Replaced galvanized steel water supply pipes with fire‑resistant PPR in underground parking levels.
Challenges solved:
- Coordinated summer road closures for thermal network repairs on a tourist‑heavy street.
- Managed seasonal constraints (plastic pipe installation bans in winter).
- Resolved utility clashes caused by design inaccuracies and outdated documentation.
- Secured multiple permits (excavation, road closures, vegetation removal).
Brinner Residential Complex
Modern residential complex with underground parking.
Role:
Project Manager
Scope of Work:
Design and installation of external water supply and drainage systems
Design and delivery of a heating substation
Full-cycle project oversight, including author’s supervision and construction control
Coordination of subcontractors and suppliers
Managed permitting process and obtained all approvals for commissioning
Key Highlights:
All construction works executed through subcontractors under full coordination
Managed procurement and equipment delivery to site
Key Result:
Project successfully delivered and commissioned 4 months ahead of schedule
Integrated Residential District Development
Large-scale residential district development including 37+ high-rise buildings (17+ storeys) delivered in collaboration with 12+ developers.
Role:
Developed integrated engineering solutions for district-wide heating, water supply, and drainage systems
Led MEP design and coordinated multidisciplinary teams
Managed stakeholder communication (clients, contractors, authorities)
Oversaw construction and subcontractor performance
Coordinated permitting process and ensured regulatory compliance
Delivered projects through commissioning and handover
Key Results:
Installed 9+ km of engineering utility networks
Delivered 11 heating substations and 2 booster pump stations
Achieved full regulatory approval and successful commissioning
Ensured reliable and uninterrupted system performance in operation
Enabled future expansion and connection of additional developments
Delivered of two central heating substations
Remote and technically challenging environments, including
full-cycle execution from design to commissioning.
Total Project Value:
$3.7M+
Deadline June 2025 - December 2025
Role:
Project Manager (Full-Cycle Delivery)
Scope of Work:
• Complete design and engineering of heating substations
• Installation of modular buildings and full MEP systems
• Integration of pumping systems, heat exchangers, HVAC, and automation
• Implementation of electrical, control, fire alarm, and dispatch systems
• Coordination of logistics, procurement, and equipment delivery
• Full project lifecycle management through commissioning and handover
and operational efficiency
• Eliminated installation conflicts through advanced 3D modeling
• Ensured reliable system performance in high-risk and remote conditions
Key Challenges:
• Remote location with complex logistics and limited material availability
• Harsh weather conditions, including extreme snowfall
• High seismic risk environment (up to 8.8 magnitude)
• High-temperature heating systems (150/70°C)
• Tight building constraints requiring precise equipment layout
• No local contractor availability
Key Solutions:
• Implemented full 3D/BIM modeling to optimize equipment layout and prevent clashes
• Developed logistics and supply strategies for remote delivery
• Ensured system resilience under extreme environmental and seismic conditions
Key Results:
• Successfully delivered 2 heating substations within schedule
• Optimized equipment layout for maintenance and operational efficiency
• Eliminated installation conflicts through advanced 3D modeling
• Ensured reliable system performance in high-risk and remote conditions
DESIGN DIRECTION
Led the development of an engineering division delivering integrated MEP solutions, covering design, installation, and maintenance.
-
Built a full-cycle engineering ecosystem
-
Implemented BIM workflows and scaled project delivery capacity
-
Strengthened client relationships and ensured stable project pipeline
-
Established a reliable structure for executing complex projects
RESULTS:
Commercial & Residential Projects
Residential Complexes · Office Buildings · Administrative Facilities · Shoping Centers · Hotels · Restaurants & Cafés
-
Faster design delivery through optimized workflows
-
Precise equipment specifications for efficient procurement and coordination
-
Construction-ready drawings that reduce errors and accelerate execution
Industrial Projects
Plants · Warehouses · Boiler Houses · Pumping Stations · District Energy Systems
-
Space-efficient engineering solutions reducing building size and overall costs
-
Faster equipment selection and procurement
-
Reduced installation time through well-coordinated systems
-
Flexibility to quickly adapt to design changes
High-Rise Residential Complex
24-storey residential high-rise with underground parking.
Role:
Project Manager
Scope of Work:
• Full-cycle design of internal and external engineering systems (MEP)
• BIM coordination and detailed system modeling
• Author’s supervision during construction
Key Challenges:
• Non-standard underground parking height creating major design constraints
• High complexity of system coordination requiring advanced BIM modeling
• Continuous need for detailed visualization of system intersections
Key Result:
• Successfully developed coordinated engineering solutions for a high-density building
• Ensured constructability through precise BIM-driven design
Complex for the Production of Vitamins and Minerals in the Agro-Industrial Sector
Role:
Project Manager / Lead Design Engineer
Scope of Work:
-
Full-cycle design of HVAC, Plumbing, Water Supply, and Gas Supply and air systems
-
Design of steam pipelines and thermal networks
-
Development of gas-fired steam boiler plant (10 MW) and heat substations
-
Design of water distribution systems and utility infrastructure
-
Engineering of smoke extraction and general ventilation systems
-
Design of water-based and air heating systems
-
Automation of engineering systems and process control
-
Coordination of engineering disciplines
-
Design supervision during project implementation
Key Challenges:
-
Coordination of a large-scale complex including 2 production plants, 4 warehouses, and administrative buildings
-
Collaboration with Chinese investors and equipment suppliers
-
High safety requirements, including explosion-proof ventilation systems
-
Design of above-ground steam pipeline network with service platforms
-
Integration of a 10 MW boiler plant into the overall energy system
Key Results:
-
Delivered coordinated engineering solutions for a multi-building industrial complex
-
Ensured compliance with industrial safety and process requirements
-
Developed integrated HVAC, steam, and utility systems for reliable operation
-
Implemented automation to improve system efficiency and control
-
Achieved effective coordination between international stakeholders
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