Plant and infrastructure
Utility capacity, plant space and distribution routes are tested before late design decisions make them expensive.
MEP design consultancy · Tbilisi
Accountable MEP design for buildings that need to perform.
Our engineers help developers, architects and delivery teams control technical risk through coordinated building-services design, rigorous technical governance and clear responsibility.
Engineer-led
Performance-based
Internationally informed
Engineering decision model · Select to view at full resolution
The commercial problem
MEP risk becomes expensive when it is found late.
We connect engineering decisions to cost, space, programme, compliance and operation from the first design conversation.
Coordination and buildability
Risers, ceiling zones, louvres, access and structural interfaces are resolved as part of the engineering strategy.
Life safety and compliance
Regulatory duties, fire-engineering interfaces and system responsibilities are defined before information is issued.
Performance and operation
Loads, controls, maintainability and commissioning requirements are carried through from design intent to handover.
Core services
Engineering scope built around project outcomes.
Each appointment starts with a defined brief, responsibility boundary, information schedule and review route.
MEP–01
MEP Design
Comprehensive mechanical, electrical and public-health design with an explicit Basis of Design, coordinated information flow and accountable technical oversight.
Design brief and Basis of Design report · System schematics and coordinated layouts · Equipment and plant schedules · Technical specifications MEP–02Mechanical and HVAC
Heating, cooling, ventilation and plant design developed from verified loads, operating profiles, energy criteria and spatial constraints.
Load calculations and ventilation schedules · Psychrometric analysis · Plant and equipment selections · Schematics and layouts MEP–03Public Health Engineering
Domestic water, drainage, plumbing and utility systems designed around demand, pressure, hygiene, resilience and maintainable distribution.
Demand calculations · Storage and booster sizing · Domestic hot-water calculations · Pipework schematics and layouts MEP–04Fire Protection Coordination
Defined design and coordination support for firefighting systems, smoke control and building-services life-safety interfaces.
Scope and responsibility matrix · Performance criteria and design calculations · System schematics and layouts · Cause-and-effect input MEP–05Technical Reviews and Design Audits
Independent review of design assumptions, calculations, drawings, specifications, compliance and buildability before project commitment.
Independent review report · Risk-ranked observations · Calculation spot checks · Design-compliance matrix MEP–06Calculations and Analysis
Load calculations, system sizing, pressure-loss checks and performance analysis linked to stated inputs and design decisions.
Input and assumption register · Calculation sheets and model outputs · Sensitivity and diversity checks · Duty and selection schedules MEP–07Feasibility Studies
Early technical assessment of utilities, plant space, system options, compliance constraints and delivery risks before major commitments are made.
Feasibility report · Option and risk matrix · Preliminary loads and demands · Plant and riser allowance schedule MEP–08Contractor and Site Support
Technical clarifications, shop-drawing review and construction-phase support tied to an established design intent and recorded acceptance criteria.
Technical review comments · RFI responses and decision records · Submittal registers · Site observation recordsNeed an independent review rather than a full design appointment?
Define the review scopeSector focus
Sector knowledge changes the engineering brief.
We prioritise building types where operational requirements, life-safety interfaces and spatial decisions materially shape the design.
Commercial and workplace
Flexible occupation demands systems that remain efficient, controllable and maintainable beyond the first tenant layout.
Residential and mixed-use
High-density buildings turn small assumptions into repeated cost, space and operational consequences.
Hospitality and leisure
The engineering must protect the guest experience while supporting intensive back-of-house operation.
Industrial and manufacturing
Process conditions, contamination routes and production continuity govern the building-services strategy.
Mission-critical environments
Continuity, maintainability and failure response must be designed into the system from the outset.
Review the engineering priorities for each building type.
View sectorsSelected experience
Complex projects. Clearly defined engineering scope.
The projects below reflect experience across hospitality, industrial, residential and mixed-use environments. Each example focuses on the technical challenge, the engineering response and the principal project constraints.
Hospitality and events · Georgia
Luxury hospitality and events venue
The engineering approach aligned room loads, ventilation demand, air distribution, plant capacity and coordination requirements before equipment selection was finalised.
Industrial food and beverage · Georgia
Beverage production facility
Comfort, process and safety requirements were assessed separately so that ventilation, utilities and plant decisions responded to actual production conditions - not floor area alone.
Residential · Georgia
Major residential development
The design-management approach established consistent criteria, clear zone boundaries and coordinated vertical distribution across architecture, structure and life-safety systems.
High-rise mixed-use · Georgia
High-rise mixed-use development
Static pressure, pressure zoning, central-plant capacity and distribution routes were resolved as connected engineering decisions rather than isolated discipline calculations.
Experience note: These examples reflect professional experience gained through previous employment and consultancy engagements. This experience now informs MILLI MEP’s technical approach, design coordination and project delivery.
Delivery process
A visible route from brief to verified information.
Define
Establish project goals, technical requirements, performance criteria, responsibility and constraints.
Design
Develop the design basis, system strategy, calculations and coordinated engineering solutions.
Coordinate
Resolve architectural, structural, fire-strategy and building-services interfaces.
Review and Verify
Check calculations, drawings, schedules and specifications for accuracy, compliance and constructability.
Deliver and Support
Issue controlled documentation and provide support through construction, commissioning and handover.
Technical governance
Standards inform the design. Performance proves it.
The applicable statutory requirements, client criteria and recognised engineering guidance are established within the Basis of Design. Conflicts and departures are recorded, not hidden.
Review technical governanceIssue control / MM-QA-01
- 01 Responsibility and scope confirmed
- 02 Criteria and assumptions recorded
- 03 Calculations linked to selected systems
- 04 Interfaces reviewed across disciplines
- 05 Documents checked before issue
- 06 Changes controlled through revision
Technical insight
Questions worth resolving before design advances.
Utilities · 8 min read
Why utility-capacity planning must happen before concept design
Why electrical, water, drainage, gas, heating and cooling utility capacity must be tested before an MEP concept is fixed.
Life safety · 9 min readSmoke-control principles architects should resolve before fixing the ceiling zone
A practical briefing note on the architectural decisions that affect smoke extract, replacement air, shafts, reservoirs and access.
Plant space · 8 min readReading a plant-room drawing: what coordinated means in practice
A practical MEP briefing framework for plant capacity, spatial allowances, risers, access, resilience and future replacement.
Project enquiry
Bring the project constraints. We will define the engineering route.
Send the location, building type, approximate area, current stage, required services and target deliverable date. We will use that information to test appointment fit and the next technical step.
Use the project enquiry form info@millimep.com 511 17 55 66