> Detailed Architectural drawings (plans, elevations, sections)
> Specifications for flooring, roofing, doors, windows, painting, special finishes, etc.
> Schedule of items for Architectural works
> Interior Designing

> Civil & Structural Detailed Drawings
> General Layout Drawings
> Foundation Design
> RCC and Steel Analysis & Design
> Underground / General Civil
> Bar Bending Schedule
> Structural Design & Structural Analysis
> Structural Design Calculations
> Pipe Support Design and Drawings
> Fabrication Drawings
> Connections Details
> Drainage Layouts – ISB, OSB, Soil drainage, Storm water

> Preparation of P&IDs
> Review of Process information, specifications
> Preparation of Process package for further Engineering
> Safety and Loss Prevention Engineering
> Thermal Design for Equipments

> Load List
> Single Line Diagrams
> Electrical Layouts
> Transformer Sizing
> Short Circuit Calculations
> Substation Engineering
> Voltage Drop & Cable Sizing
> System Studies
> Specifications – Electrical Equipment
> Lighting / Earthing / Lightning / Grounding Calculation
> Cable Schedule
> Cable Tray Layouts

> Instrument Layouts
> Cause & Effect Chart
> Instrument Index
> Specifications & Datasheets
> System Engineering – PLC / DCS / SCADA
> Loop & Hook-up Drawings
> Logic & Wiring Diagrams
> Control Valve / PSV sizing
> Instrument Layouts
> Fire & Gas Layouts
> Cable Schedule
> Cable Tray Layouts

> Equipment and Piping Layouts
> Piping Design
> Piping Material Specification
> Piping Load Calculation
> Stress Analysis
> Piping General Arrangement Drawings
> Isometrics & BOM
> Pipe Supports Design

> Ventilation system: Design of natural and mechanical ventilation
> Natural Ventilation: Designing based on stack effect and wind velocity
> Mechanical Ventilation: Forced ventilation system (with/without air washer) as per client & atmospheric condition
> Air Conditioning: DX system, VRF system, chiller-based AC, package AC system
> Heat load calculation, air distribution diagram, air balancing
> Sizing of Air Handling Unit, selection of type of chillers (based on water, power & space availability)
> Selection of filters to ensure adequate indoor air quality
> Insulation selection, static pressure calculation
> Duct sizing, routing, and interface with architectural/civil design

> Study fire hazard category of manufacturing facility
> Fire load calculation
> Design of system as per NFPA / UL / FM Global standards
> Active fire protection system
> Design OSB hydrant system and ISB fire hydrant system
> Design of fire sprinkler system
> Selection of fire extinguishers
> Design of Fire Alarm (FA), Detection (FAD) & Protection system (FPS)
> Design of Foam Sprinkler system
> Fire water tank sizing
> Passive fire protection (fire door, building material selection, etc.)