Mechanical Design

Mechanical Design

For buildings to be used comfortably, healthily and sustainably; it is possible with properly planned and integrated mechanical systems. As STAKON, we develop mechanical system projects in residential, commercial, industrial and public buildings in line with energy efficiency, indoor air quality and safety objectives.

Our Approach

  1. Comfort and Efficiency Focused Design
     Interior temperature, humidity balance, air circulation and acoustic comfort are considered as a whole. Heating, cooling and ventilation systems are designed according to the needs of project users.

  2. Project Type Specific Approach in System Selection
     The most suitable system type for different building types such as hotels, offices, residences, factories, shopping malls (VRF,     fancoil, split, central air conditioning, underfloor heating, etc.) is determined.

  3. Interdisciplinary Coordination
     Mechanical systems are designed in an integrated manner with architectural, electrical, and interior design solutions. Shaft layouts, ceiling elevations, and ease of installation are taken into consideration.

  4. Energy and Regulatory Compliance
     All systems are designed in accordance with TS, ASHRAE, LEED, and national/international energy regulations. Thermal insulation, energy consumption limits, and efficiency classes are considered.

Our Service Scope

  • Heating systems (radiator, underfloor heating, central boiler systems)

  • Cooling systems (VRF, split, central chiller systems)

  • Ventilation systems (mechanical fresh air, exhaust, heat recovery)

  • Plumbing: Clean water, hot water, wastewater, gray water, rainwater installations

  • Fire extinguishing systems (sprinkler, hydrant, fire cabinet systems)

  • Natural gas, LPG, boiler room and chimney projects

  • Mechanical automation systems (BMS integration)

  • Energy room and boiler room layout plans

  • Shaft layouts and device connection details

  • Device technical specifications and system sheets

Implementation and Technical Details

  • Installation diameter and flow calculations, pressure loss analyses

  • Device selection tables and installation compatibility checks

  • Detailed piping plans, collector and valve groups

  • 3D modeling according to ceiling height, axis spacing and system transition elevations

  • Implementation drawings compatible with mechanical infrastructure and architecture

STAKON Difference

  • Engineering approach that combines project, field, and implementation experience

  • BIM-supported modeling that resolves interdisciplinary conflicts in advance

  • System selections that maximize user comfort

  • Technical file infrastructure ready for presentation to municipalities and relevant institutions