ENGINEERING INNOVATION
FROM DESIGN TO REALITY
Architecture · Engineering · Metal Works · Construction
ABOUT MIMTA
BUILT ON ENGINEERING DRIVEN BY DESIGN
Founded in 1984, MİMTA brings more than four decades of experience across architecture, engineering, construction, interiors and specialist fabrication.
Its portfolio spans hospitality, residential, aviation, public, commercial and complex architectural environments across Türkiye and international markets — creating a depth of technical knowledge that extends far beyond design alone.
Today, MİMTA combines design intelligence, engineering precision, fabrication expertise and project execution within one integrated structure. Since 1984, MİMTA has continued to evolve through metal engineering and design works.
EST. 1984
Four Decades of Project Experience
MULTI-SECTOR EXPERIENCE
Hospitality · Residential · Aviation · Public · Commercial · Infrastructure
SPECIALIST METAL ENGINEERING
Engineering · Fabrication · Installation
INTERNATIONAL DELIVERY
Completed Projects Across Multiple Markets
ENGINEERED FROM CONCEPT TO COMPLETION
01 - ARCHITECTURE
Concept Design · Detailed Design · BIM Coordination
02 - ENGINEERING
Structural Engineering · Technical Development · Value Engineering
03 - METAL WORKS
Steel Structures · Architectural Metal · Specialist Fabrication
04 - CONSTRUCTION
Project Delivery · Site Management · Turnkey Execution
SELECTED PROJECTS
ENGINEERED TO BECOME LANDMARKS
TURKMENBASHI INTERNATIONAL AIRPORT
TASHKENT INTERNATIONAL AIRPORT / VIP LOUNGES
ISTANBUL ATATÜRK AIRPORT
02 — HOSPITALITY
HOTELS · RESORTS · BRANDED RESIDENCES
Contemporary residential transformation focused on architectural quality, urban renewal and integrated project delivery.
COMPLETION / DELIVERY
2008
BUILT AREA
Not Disclosed
MİMTA ROLE
Architectural Design Consultant · Project Coordinator
PROJECT STAGE
Project Delivered
Contemporary residential transformation focused on architectural quality, urban renewal and integrated project delivery.
COMPLETION / DELIVERY
2001
BUILT AREA
Confidential
MİMTA ROLE
Architectural Design Consultant · Project Coordinator
PROJECT STAGE
Project Delivered
Contemporary residential transformation focused on architectural quality, urban renewal and integrated project delivery.
COMPLETION / DELIVERY
2006
BUILT AREA
26,500 m²
MİMTA ROLE
Architectural Design Consultant · Project Coordinator
PROJECT STAGE
Project Delivered
Contemporary residential transformation focused on architectural quality, urban renewal and integrated project delivery.
COMPLETION / DELIVERY
2025
BUILT AREA
6,500 m²
MİMTA ROLE
Architectural Design · Facade Systems
PROJECT STAGE
Legal Permission Phase / Project Delivered
03 / FEATURED PROJECT URBAN TRANSFORMATION
ISTANBUL · TÜRKİYE
Contemporary residential transformation focused on architectural quality, urban renewal and integrated project delivery.
YEAR
2026
TOTAL AREA
26,500 m²
SCOPE
Architectural Design Structural Engineering Facade Systems
STATUS
Construction Phase / Project Delivered
01 / INTERIOR + LIVING
ENTRANCE HALL
02 / INTERIOR + LIVING
LIVING ROOM
03 / INTERIOR + MASTER SUITE
MASTER BEDROOM
04 / INTERIOR + PRIVATE HALL
INTERIOR GALLERY
05 / INTERIOR + BATHROOM
BATHROOM
04 — COMMERCIAL & RETAIL
RETAIL · MIXED-USE · F&B · COMMERCIAL ENVIRONMENTS
01 / COMMERCIAL + RETAIL
FORUM SHOPPING CENTER
Architectural visualization enhanced from original project material.
02 / COMMERCIAL + RETAIL
YALIKAVAK MARİNA - MYSABELLA
YALIKAVAK · BODRUM · TÜRKİYE
03 / COMMERCIAL + BUSINESS CENTER
QJ OMAN
MUSCAT · OMAN
04 / COMMERCIAL + F&B
SUSHICO
ISTANBUL · TURKEY
METAL + GLASS SYSTEMS
Engineered in Metal. Defined by Glass.
A curated portfolio of architectural glass and metal systems — developed from technical resolution through fabrication and project delivery.
01 / FAÇADE SYSTEMS
CURTAIN WALL + STRUCTURAL GLAZING
ALUMINIUM · LOW-IRON GLASS · POINT-FIXED GLAZING · CUSTOM ENGINEERED
02 / CANOPY SYSTEMS
STRUCTURAL GLASS CANOPIES
LAMINATED GLASS · STAINLESS STEEL · ENGINEERED CONNECTIONS
03 / BALUSTRADE SYSTEMS
FRAMELESS GLASS BALUSTRADES
LOW-IRON GLASS · BASE SHOE SYSTEM · MINIMAL DETAILING
04 / ENTRANCE SYSTEMS
ENTRANCE PORTALS + GLASS DOORS
ALUMINIUM · STRUCTURAL GLASS · CUSTOM HARDWARE
05 / ROOF GLAZING
SKYLIGHTS + ATRIUM GLAZING
LAMINATED GLASS · METAL FRAMING · BESPOKE GEOMETRY
06 / CLADDING SYSTEMS
METAL CLADDING + FEATURE PANELS
ALUMINIUM · STAINLESS STEEL · CUSTOM FINISHES
07 / SPECIALIST GLAZING
SPIDER GLAZING SYSTEMS
POINT-FIXED GLASS · STAINLESS STEEL · STRUCTURAL DETAILING
08 / RETAIL FRONTAGE
SHOPFRONTS + SHOWCASE GLAZING
CLEAR GLASS · SLIM METAL FRAMES · PREMIUM FINISHES
09 / SCREENING SYSTEMS
PERFORATED METAL + DECORATIVE SCREENS
LASER CUT · PERFORATED PANEL · CUSTOM PATTERN
10 / INTERIOR SYSTEMS
GLASS PARTITIONS + METAL FRAMES
SLIM PROFILE · CLEAR GLASS · BESPOKE DETAILING
11 / SHADING SYSTEMS
LOUVRES + ARCHITECTURAL SUNSHADES
ALUMINIUM · STEEL · PROJECT-SPECIFIC GEOMETRY
12 / BESPOKE SYSTEMS
CUSTOM GLASS + METAL ASSEMBLIES
ENGINEERED DETAIL · SPECIAL FABRICATION · SITE-READY DELIVERY
05 / SPECIALIST METAL ENGINEERING
DESIGN · ENGINEERING · PRODUCTION · PROJECT DELIVERY
FROM DESIGN INTENT TO SITE-READY METAL SYSTEMS.
MİMTA develops specialist metal systems for projects where architectural intent, technical complexity and execution quality must work together.
Our role goes beyond fabrication. We resolve interfaces, coordinate geometry, develop production-ready details and align material, manufacturing and site requirements within one integrated delivery process.
WHY MİMTA METAL
ENGINEERING THE DETAIL BEFORE IT REACHES SITE.
Complex metal packages require more than manufacturing capacity. They require design understanding, technical coordination, material intelligence and production logic to be resolved before fabrication begins.
01
DETAIL RESOLUTION
Complex architectural details are developed into coordinated, production-ready solutions.
02
TECHNICAL RESOLUTION
Geometry, material behaviour, tolerances and buildability are coordinated into a workable system.
03
PRODUCTION DOCUMENTATION
Shop drawings, fabrication packages and production sequences are developed for controlled manufacturing.
04
CONTROLLED FABRICATION
Manufacturing, finishing and quality checkpoints are executed within a coordinated production workflow.
05
SITE DELIVERY
Packing, logistics, installation sequencing and site interfaces are aligned for project-ready delivery.
DESIGN COORDINATION · TECHNICAL RESOLUTION · FABRICATION PLANNING · DELIVERY CONTROL
MİMTA METAL
DESIGN. ENGINEER. FABRICATE.
From architectural intent to production-ready metal systems.
Engineering, technical calculations, production drawings and custom fabrication for complex architectural and infrastructure projects.
RIYADH BRT — METAL STRUCTURES / PROJECT VISUALISATION
7,200 m²
PRODUCTION FACILITY
2,500+
PRODUCT TYPES
5+1 AXIS
LASER TECHNOLOGY
4
CORE PRODUCTION DISCIPLINES
06 / INTEGRATED DELIVERY MODEL
COMPLEXITY, RESOLVED THROUGH ONE WORKFLOW.
From early design coordination to production release and site delivery, each stage is developed as part of one connected engineering and fabrication process.
01
DESIGN ALIGNMENT
Architectural intent, performance criteria and interface conditions are reviewed before technical development begins.
02
TECHNICAL RESOLUTION
Geometry, material behaviour, tolerances and buildability are coordinated into a workable system.
03
PRODUCTION DOCUMENTATION
Shop drawings, fabrication packages and production sequences are developed for controlled manufacturing.
04
CONTROLLED FABRICATION
Manufacturing, finishing and quality checkpoints are executed within a coordinated production workflow.
05
SITE DELIVERY
Packing, logistics, installation sequencing and site interfaces are aligned for project-ready delivery.
07 / WHAT WE SOLVE
DETAILS THAT NEED RESOLUTION, NOT JUST FABRICATION.
The most demanding metal packages are rarely defined by manufacturing alone. They are defined by interfaces, tolerances, geometry, material transitions and the way individual components come together on site.
01
COMPLEX JUNCTIONS
Multi-material and multi-component interfaces developed into coordinated, buildable details.
02
IRREGULAR GEOMETRIES
Curved, angled and non-standard forms translated into fabrication-ready systems.
03
METAL + GLASS INTERFACES
Connections, tolerances and alignment conditions coordinated between metal and glazing systems.
04
LARGE-SPAN ASSEMBLIES
Structural logic, fabrication sequencing and component integration developed for larger architectural systems.
05
BESPOKE ARCHITECTURAL FEATURES
Custom elements developed where standard products cannot meet the architectural requirement.
06
SITE-READY ASSEMBLY LOGIC
Details designed around transport, handling, installation sequence and final site conditions.
DETAIL RESOLUTION · GEOMETRY · INTERFACES · BUILDABILITY
08 / MANUFACTURING CONTROL
PRECISION, BACKED BY PROCESS.
Controlled production is built around fabrication planning, machining accuracy, finishing discipline and repeatable quality — ensuring that complex metal systems move from engineering intent to production with consistency.
WELDED PRODUCTION
SURFACE FINISHING
PRECISION MACHINING
BLASTING
5+1 AXIS LASER
MIMTA METAL · PRODUCTION FACILITY
INTEGRATED PRODUCTION FLOOR
CUSTOM FABRICATION CAPABILITY
09 / ENGINEERED FOR COMPLEX SCALE
SPECIALIST METAL FOR MAJOR PROJECTS.
Engineering and fabrication capabilities developed for complex transportation, aviation and large-scale infrastructure environments.
01 / TRANSPORT INFRASTRUCTURE
RIYADH BUS RAPID TRANSIT
PHASE 3 · RIYADH · SAUDI ARABIA
PROJECT CHALLENGE
Large-scale transport architecture requiring coordinated structural and architectural metal systems across repeated components, interfaces and site conditions.
TECHNICAL RESOLUTION
MİMTA developed the metal package around structural logic, fabrication sequencing, component coordination and production-ready detailing to support repeatable execution across the project.
METAL SCOPE
STEEL STRUCTURES
ARCHITECTURAL METALWORK
TRANSPORT INFRASTRUCTURE COMPONENTS
SPECIALIST METAL
ENGINEERING + FABRICATION
02 / AVIATION + METAL WORKS
ABU DHABI AIRPORT
ABU DHABI · UAE
METAL SCOPE
STEEL WORKS
03 / COMMERCIAL + RETAIL + METAL WORKS
SAKS FIFTH AVENUE
ALMATY · KAZAKHSTAN
METAL SCOPE
SPECIALIST METAL FABRICATION
10 / MATERIALS + SYSTEMS
MATERIAL INTELLIGENCE, ENGINEERED.
Material knowledge, fabrication intelligence and engineered systems developed for demanding architectural and infrastructure applications.
MATERIAL PRECISION · ARCHITECTURAL METAL SYSTEMS
01
STAINLESS STEEL
Precision-formed components and architectural metal systems for demanding environments.
02
ALUMINIUM
Lightweight fabricated systems developed around geometry, performance and architectural integration.
03
CARBON STEEL
Structural and fabricated solutions developed for complex architectural and infrastructure applications.
04
CUSTOM METAL SYSTEMS
Project-specific metal assemblies engineered from concept through production.
05
BASALT FIBRE SYSTEMS
Advanced basalt-fibre, BFRP and hybrid material systems engineered for critical infrastructure, protective structures and demanding industrial applications.
MATERIAL INTELLIGENCE
FORM. FINISH. PERFORMANCE.
Every material decision is developed around geometry, manufacturing method, surface quality and project performance. From stainless steel and aluminium to carbon steel and advanced basalt-fibre systems, MİMTA approaches material selection as an engineering discipline — balancing structure, fabrication, durability, integration and final architectural intent.
01
SHEET + PANEL SYSTEMS
Precision cutting, forming and architectural panel fabrication.
02
PROFILE + FRAME SYSTEMS
Engineered profiles, frames and project-specific assemblies.
03
STRUCTURAL SYSTEMS
Fabricated steel systems developed for complex project geometries.
04
CUSTOM FABRICATION
Special components and assemblies developed around project-specific requirements.
SURFACE FINISHING
BLASTING
PRECISION FORMING
CUSTOM FABRICATION
ADVANCED MATERIAL TECHNOLOGY
BASALT FIBRE SYSTEMS
ENGINEERED PROTECTION FOR CRITICAL ENVIRONMENTS.
MIMTA develops advanced basalt-fibre, BFRP and hybrid material systems for demanding architectural, infrastructure and protective applications. Combining material science, engineering and implementation capability, these systems are developed for environments where durability, resilience and long-term performance are critical.
APPLICATION ENVIRONMENTS
ENGINEERED FOR CRITICAL USE
Basalt-fibre systems are engineered for environments where strength, durability and long-term resilience are critical — from strategic infrastructure to specialised industrial and protective applications.
BASALT FIBRE SYSTEMS · PROTECTIVE MATERIAL TECHNOLOGY
01
DEFENCE & SPECIAL APPLICATIONS
Material systems developed for technically demanding defence, protective and specialised engineering environments.
02
CRITICAL INFRASTRUCTURE
Engineered solutions for the protection, reinforcement and resilience of strategic assets and infrastructure.
03
ENERGY & INDUSTRIAL FACILITIES
High-performance systems for energy, process, industrial and exposed operating environments.
04
PUBLIC & INSTITUTIONAL ASSETS
Durable reinforcement and protective solutions for public, institutional and large-scale infrastructure projects.
INTEGRATED DELIVERY CAPABILITY
FROM MATERIAL SCIENCE TO DEPLOYABLE SYSTEMS
MİMTA combines material technology, engineering, fabrication and field implementation within one integrated delivery capability.
10 / TECHNOLOGY + PRECISION
PRECISION AT PRODUCTION SCALE.
Advanced fabrication technologies translate engineered material systems into repeatable production accuracy, controlled quality and project-ready components.
PRECISION PROCESSING · ADVANCED FABRICATION TECHNOLOGY
01
5+1 AXIS LASER TECHNOLOGY
High-precision processing for complex geometries, repeatable production and engineered metal components.
02
PRECISION MACHINING
Controlled machining workflows developed for project-specific components and production-ready assemblies.
03
FORMING + FABRICATION
Cutting, forming and specialist fabrication coordinated around geometry, material behaviour and final assembly.
04
FINISHING + CONTROL
Surface treatment and production control integrated into the fabrication workflow for consistent project quality.
INTEGRATED PRODUCTION SEQUENCE
01 / CUT
PRECISION PROCESSING
02 / FORM
CONTROLLED GEOMETRY
03 / JOIN
ENGINEERED ASSEMBLY
04 / FINISH
SURFACE PERFORMANCE
05 / VERIFY
PRODUCTION CONTROL
QUALITY + PRODUCTION CONTROL
ENGINEERED. PRODUCED. VERIFIED.
Production quality is managed as part of the complete delivery process — from engineering information and fabrication documentation through manufacturing, finishing and final project coordination.
01
ENGINEERING CONTROL
Technical information, production drawings and fabrication requirements coordinated before manufacturing.
02
PRODUCTION CONTROL
Fabrication sequences, machining operations and production workflows managed for repeatable execution.
03
MATERIAL + FINISH CONTROL
Material specification, surface quality and finishing requirements aligned with project performance.
04
DELIVERY CONTROL
Production status, project coordination and delivery requirements managed through an integrated workflow.
7,200 m²
PRODUCTION FACILITY
2,500+
PRODUCT TYPES
5+1 AXIS
LASER TECHNOLOGY
4
CORE PRODUCTION DISCIPLINES
INTERNATIONAL PROJECT DELIVERY
ONE SYSTEM.
MULTIPLE MARKETS.
Engineering information, fabrication requirements, production planning, logistics and project coordination are integrated into a single delivery workflow developed around each project environment.
SELECTED PROJECT MARKETS
TÜRKİYE · SAUDI ARABIA · UAE · OMAN · RUSSIA · KAZAKHSTAN
PROJECT ENVIRONMENTS
ARCHITECTURE · TRANSPORT · AVIATION · COMMERCIAL · INFRASTRUCTURE
ENGINEERING + FABRICATION + DELIVERY
GLOBAL DELIVERY REACH · INTERNATIONAL CAPABILITY
DELIVERY FOOTPRINT
Türkiye · GCC · Central Asia · International
DELIVERY MODEL
Engineering · Fabrication · Coordination · Logistics
11 / GLOBAL DELIVERY + PROJECT EXECUTION
ENGINEERED HERE.
DELIVERED ANYWHERE.
INTEGRATED DELIVERY MODEL
FROM ENGINEERING TO SITE.
A coordinated delivery framework connecting engineering information, fabrication planning, production, logistics and project interface through one integrated workflow.
01
ENGINEERING
Design information, technical coordination and project requirements aligned for downstream execution.
02
FABRICATION PLANNING
Production sequencing, material readiness and fabrication requirements coordinated before release.
03
PRODUCTION
Manufacturing progress and quality control managed against project requirements.
04
LOGISTICS
Packing, documentation and international transport coordinated within the delivery programme.
05
SITE DELIVERY
Delivery sequencing and site interface managed through to installation readiness.
01
PROJECT CONTROLS
Schedule, coordination and delivery checkpoints aligned through one controlled workflow.
05
HANDOVER READINESS
Documentation, interface closure and site readiness managed through final delivery.
12 / QUALITY + TRACEABILITY
BUILT TO BE VERIFIED
01
01 — MATERIAL TRACEABILITY
Material identification maintained through fabrication and release.
02
02 — DIMENSIONAL CONTROL
Critical geometry and fabrication tolerances verified before assembly.
03
03 — WELD & CONNECTION CONTROL
Connection details and weld execution reviewed against project requirements.
04
04 — FINAL RELEASE
Inspection records and production documentation aligned for project handover.
MATERIAL · GEOMETRY · CONNECTIONS · INSPECTION · RELEASE
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