Turn Your Empty Land Into A High-Performance Industrial Facility
Get approval-ready industrial drawings for authorities and optimised industrial systems for performance.
Industrial Architectural Design Services
Shelters Engineering’s 24+ years of industrial design experience in Pakistan showcases efficient factory planning & industrial construction expertise.
15+
Experince
130+
Project Done
Specialised Industrial Architecture Firm
At Shelters Engineering, our long-standing involvement in Pakistan’s Industrial construction and design ecosystem ensures long-term stability. We focus on delivering complete factory, warehouse and manufacturing plan solutions across Pakistan.
Our PCATP-certified architects have worked extensively across Pakistan, including Lahore Industrial Zones, Faisalabad Industrial Region, Sialkot Industrial Area, Gujranwala Industrial Zones and Karachi Industrial Areas.
We are licensed by the Pakistan Engineering Council PEC and design every industrial building design system with load calculated RCC and soil-tested foundation planning. Our regulated design system turns your land into a future-ready industrial infrastructure with high productivity.
Our Industrial Architectural Services
Industrial-Grade Design Workflows For Future-Proof Buildings
Industrial Architectural Design
Complete industrial eco systems with BIM-based industrial layout modelling and space zoning algorithms for production efficiency.
Factory Architectural Design
Industrial process sequencing by applying line balancing design (production sequence optimisation) and fire compartmentalisation design (NFPA aligned).
Warehouse Architectural Design
Designing logistics performance engines using vertical storage optimisation modelling and integrating Warehouse Management System (WMS) layout.
Industrial Facility Design
Human-machine circulation mapping and zoning separation modelling (clean vs heavy zones) to ensure full compliance with modern industrial safety.
Manufacturing Plant Architectural Design
Engineered production ecosystems designed with structural load stimulation (RCC + steel hybrid modelling) and vibration isolation planning.
Industrial Construction Documentation
Construction-ready, coordinated and approval-compliant technical packages, including architectural execution drawing and structural reinforcement detailing.
Industrial Architecture in Pakistan
Types of Industrial Architect We Design in Pakistan
01
Site Control Limits
We adapt column grid modulation and setback-driven massing based on the industrial estate bylaws.
02
Approval Complexity
Complete authority submission drawings and building bye-law coordination (FAR, ground coverage, height restrictions).
03
Energy Climate
Passive ventilation systems (cross ventilation) and HVLS fan zoning for indoor air quality and thermal comfort.
04
Execution Reality
Reinforced concrete frame (RCC) and local labour-driven constructability detailing to translate designs into on-ground construction.
Our Industrial Projects
High-Performance Commercial And Industrial Portfolio
Nishat Chunian Factory
Metro Cash & Carry
1 Kanal Industrial Hotel
Why Choose Shelters Engineering
Engineer-led Construction & Design Firm Founded in 2002
Integrated Delivery
Fully integrated delivery model with architecture, engineering, and construction all under one system.
Proven Legacy
24+ years of real execution experience as a PEC-registered C-2 construction and engineering firm.
Engineer Leadership
Led by Engr. Muhammad Jaffer (CEO – Civil Engineer, UET Lahore) and Engr. Adeel Jaffar (Director – MSc Civil Engineering, NUST).
Industrial Expertise
Integration of production flow with building design and designing heavy loads, machinery and logistics movement.
Build Feasibility
Real construction feasibility focuses on validating material availability in local markets and budget alignment.
Execution Mindset
Ensuring every line on the drawing must translate to site reality and every design must support contractor execution.
Technologies & Tools We Use
Eliminating Risks Before Construction Even Starts
BIM Modeling
- 3D Parametric Modelling
- Multi-disciplinary Coordination
- Real-time Design Updates
- Data-rich Building Models
- Integrated Design Workflows
Clash Detection
- Model Conflict Detection
- Pre-Construction Validation
- Federated Model Coordination
- Construction Stage Mapping
- Rework Risk Reduction
Structural Analysis
- Load Analysis Model
- Foundation Design Validation
- Structrak Safety Checks
- Material Efficiency Optimisation
- Code Compliance Verification
Sustainable Industrial Design
Improved Lifecycle Performance With Green Building Techniques
Energy Efficiency
Smart architecture and engineering decisions with natural ventilation pathways to reduce HVAC dependency and daylight optimisation.
Sustainable Materials
Use of low-carbon steel structures and recyclable structural components (especially in PEB systems) for a reduced carbon footprint.
Water Efficiency
Integrated rainwater harvesting systems for industrial reuse and greywater recycling networks to reduce dependency on municipal water systems.
Solar Ready Designs
Orientation planning for maximum solar exposure and electrical systems designed for hybrid energy input.
Low Carbon Layout
Reduced internal transportation systems of goods and production bottlenecks with movement efficiency inside the facility.
Green Building Compliance
LEED-aligned design principles were applicable with environmental impact reduction strategies for long-term regulatory compliance.
Regulatory Compliance & Approvals
Fully Compliant with Local, Provincial & Federal Regulatory Frameworks
Authorities Compliance
We work with CDA, LDA, SBCA, MDA and comply with height, FAR (floor area ratio) and setback regulations.
Industrial Zoning
Approved industrial area zoning (IA categories) and full insurance with restrictions on mixed-use development.
Building Bylaws
Our structural compliance includes load-bearing capacity verification, earthquake-resistant design, and fire safety exits.
Approval Documentation
Entire submission of architectural drawings (signed by licensed architect), structural drawings (signed by structural engineer) and zoning layout.
Environmental Compliance
Waste disposal planning for industrial operations with fire safety systems aligned with industrial risk levels
Post Construction
Site inspection by PCATP verified engineers and verification of completed drawings vs approved plans.
Our Process Timeline
Each Stage Is Designed To Reduce Risk And Improve Cost Control
01
Consultation & Requirement Map
We conduct detailed client briefing sessions to understand production goals, capacity and expansion plans.
02
Concept Design
We develop initial factory or warehouse layout concepts with space zoning (production, storage, loading, utilities) and workflow optimisation.
03
Detailed Design
Fully engineered construction-ready systems with final floor plans, industrial workflow integration into spatial design and circulation design
04
Approval Drawings
Submission of drawings to relevant authorities with zoning, FAR compliance documentation, and industrial compliance layouts
05
Construction Documentation
Issued for construction (IFC) documents, including MEP system drawings, BOQs, material specifications and technical standards
06
Execution Support
Ensuring no deviation from approved industrial design, maintaining structural safety standards and monitoring industrial workflow
07
Project Supervision
Ensuring a fully completed and operational industrial facility with final site inspection, quality assurance and final project handover documentation.
Our Track Record
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Residential Projects
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Commercial Projects
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Industrial Projects
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Government projects
Frequently Asked Questions
What type of projects does your industrial architect handle?
Our PCATP architects commonly handle manufacturing plants (textile, food, automotive, pharmaceutical), warehouses, storage facilities, temperature-controlled facilities, logistics, distribution centres, industrial sheds and pre-engineered buildings. We handle both new construction and upgrading existing industrial systems by expanding operational facilities and retrofitting older buildings.
What makes an industrial layout efficient?
An industry should be designed according to industrial workflow logic, with unit directional material source systems and minimising unnecessary movement of workers and machinery. Strategic machine sequencing in production lines reduces unnecessary movement, and separate zoning for production, storage, and logistics is a must for an efficient industry layout.
What is the cost of industrial architectural design in Pakistan?
The price of industrial architecture design depends upon project size, complexity, and scope. Small industrial shed design typically costs around PKR 80 to 150 per sq ft, medium warehouse or factory costs around PKR 120 to 250 per sq ft, and large industrial facility design costs PKR 200 to 400+ per sq ft.
How do industrial architects help reduce construction costs?
Hiring a certified architect can definitely help you reduce total project cost as he will implement structural optimisation strategies such as reducing steel and RCC usage, ensuring smart machine replacement and standardised modular design systems for cost saving.
Can you design an industrial building for future expansion?
Yes, our architects design expandable modular systems with modular column systems and reversed land space for future construction. We allow businesses to grow without demolition with flexible utility routing (MEP planning for scaling) and phased construction planning (build in stages).
Is industrial architecture different from normal architectural design services?
Yes, industry architecture is fundamentally different because of its focus on production flow instead of living comfort. Architects have to consider heavy machinery load considerations, large span structural systems and utility-heavy designs for industry-based architecture.
Can a good industrial design reduce staff requirements?
Yes, smart designs can reduce manpower dependencies and can make each worker more productive per hour. It is possible by implementing efficient material flow and automated storage systems to reduce manual labour. Optimise design layout, walking times, and centralised control systems to reduce supervision needs in industry buildings.