SEINZEN is an independent multidisciplinary MEP engineering consultancy — integrating mechanical, electrical and public health design, BIM coordination, building performance analysis and commissioning support for complex buildings.
We work as a single accountable engineering team from brief through construction issue, using Revit-based models, ISO 19650 information management and buildingSMART openBIM workflows to deliver coordinated, auditable documentation.
Independent multidisciplinary MEP consultancy with integrated delivery responsibility
SEINZEN operates as an independent engineering consultancy — not a contractor, manufacturer or multi-discipline conglomerate. We integrate mechanical, electrical, public health, fire and life safety, BIM and building performance within one accountable team.
Our founding purpose is to deliver calculation-led, model-coordinated MEP design that remains buildable on site — with transparent documentation structured for tender, construction and operational continuity.
We support developers, design teams and asset owners on complex buildings where interdisciplinary coordination, data quality and performance verification must be resolved before IFC issue — not under programme pressure on site.
How SEINZEN defines its engineering mandate and long-term direction.
To deliver integrated multidisciplinary MEP engineering that is evidence-based, model-coordinated and documented to a standard sufficient for competitive tender, site installation and operational transfer.
To be the engineering partner clients appoint when complex buildings require integrated MEP design, openBIM coordination and measurable building performance — delivered with professional continuity across project phases.
Eight principles that govern how SEINZEN designs, coordinates and delivers on every commission.
Load calculations, simulation and measured data precede system selection — catalogue defaults are not substitutes for engineering proof.
One accountable engineering team owns MEP design from concept through commissioning — no fragmented sub-consultancy handoffs.
Engineering governed by applicable international codes — ASHRAE, NFPA, EN and ISO — selected by jurisdiction and building type.
Federated BIM, clash detection and interdisciplinary review resolve routing conflicts before IFC — not on site under programme pressure.
Routing, plant room layouts and penetration strategies developed for constructability — coordinated with architecture and structure before detailed issue.
Energy, thermal and operational targets validated through dynamic modelling and verified at handover — not assumed at design stage.
Drawings, specifications and model data issued to a standard auditable at tender and construction — aligned to coordinated Revit models.
Design intent, model data and handover documentation structured for operational continuity — from commissioning through facility management.
How SEINZEN connects discipline design, BIM coordination and performance verification within one delivery framework.
Mechanical, electrical, public health and fire protection systems sized to measured loads, occupancy profiles and code requirements — not catalogue selection.
ASHRAE · EN · NFPA methods
Production Revit models with defined LOD gates, federated coordination and clash resolution aligned to ISO 19650 and buildingSMART openBIM deliverables.
ISO 19650 · IFC · COBie readiness
Interdisciplinary workshops establish routing hierarchy, ceiling zone ownership and structural penetration protocols before detailed clash cycles begin.
Navisworks · Pre-IFC gates
Energy modelling, TAB support and commissioning documentation verify systems against specified criteria at handover.
Simulation · TAB · Handover records
SEINZEN leadership profiles are published only after admin verification of name, role and professional background.
Leadership profiles will appear here once verified personnel records are published in the admin panel.
Multidisciplinary engineers, BIM coordinators and technical specialists — profiles shown only with verified data.
Team profiles will appear here once verified personnel records are published in the admin panel.
Integrated MEP capabilities delivered across project stages — from concept analysis through construction issue and commissioning support.
Central HVAC, heating, cooling, ventilation, smoke control and central plant design sized to measured loads.
MV and LV power distribution, lighting, emergency power, ELV systems and building automation interfaces.
Domestic water, drainage, storm and sanitary engineering sized for peak demand and code-compliant venting.
Sprinkler systems, smoke control and fire suppression coordinated with architectural and structural models.
Production Revit modelling, LOD management, federation, clash detection and IFC deliverables.
Interdisciplinary coordination, constructability review and pre-IFC issue packages.
Energy modelling, thermal analysis and operational performance validation.
Design review, peer checking and owner-side advisory through tender and construction.
SEINZEN invests in disciplined engineering practice, standards literacy and BIM competency across the team.
Engineering methods aligned to ASHRAE, NFPA, EN, ISO and jurisdiction-specific codes — applied consistently across commissions.
Revit production modelling, ISO 19650 information management and buildingSMART openBIM workflows maintained as core delivery skills.
Interdisciplinary workshops, clash resolution protocols and constructability review embedded in every project stage gate.
Design review, peer checking and lessons-learned capture across project close-out — improving methods without compromising evidence requirements.
An engineering-led environment where technical rigour, coordination discipline and professional accountability define daily practice.
Calculations, simulations and model checks precede issue — assumptions are documented and traceable.
Disciplines work within shared clearance rules and coordinated routing strategy — not in isolated silos.
Information release points and coordination gates mapped to the master schedule with accountable owners.
Client communication, documentation quality and site support delivered with the standards expected of an independent consultancy.
How SEINZEN maintains engineering accountability across design, coordination and handover.
LOD milestones, clash clearance thresholds and calculation sign-off required before coordinated issue.
Revit model QA against BEP requirements, naming conventions and federated coordination standards.
Drawings, specifications and BOQ aligned to coordinated models — auditable at tender and construction.
Commissioning records, TAB reports and asset information structured for operational transfer.
Explore SEINZEN engineering disciplines and BIM capabilities in detail.
Central plant, air handling and zone systems sized to measured heating and cooling loads, occupancy profiles and indoor environmental requirements.
MV and LV power distribution, protection coordination, earthing and resilience engineering for safe, reliable building electrical infrastructure.
Federated Revit MEP models, LOD milestone delivery, clash detection and digital handover structured for construction issue and operational continuity.
Multi-discipline MEP coordination, clash resolution and design integration ensuring constructible routing through ceiling zones, risers and plant rooms.
Indoor environmental quality, thermal comfort, overheating analysis and operational performance assessment through simulation and post-occupancy evaluation.
Independent design review, peer checking, owner-side advisory and technical due diligence through tender, construction and commissioning phases.
Engineering-led careers in multidisciplinary MEP design, BIM coordination and building performance. Expressions of interest welcome.
Project-specific scope, coordinated delivery approach and indicative fee structure for your building programme.