Cultivation Facility Design & Build

Facility Design & Planning

• Site assessment and feasibility studies

• Workflow mapping for efficiency and compliance

• Indoor, greenhouse, and hybrid facility design

• Resin-focused architecture for flower vs. wash genetics

Environmental Control Systems

• Lighting design & PPFD mapping (LED/HPS optimization)

• CO₂ enrichment systems for maximum yield

• HVAC, humidity, and airflow balancing

• Automated irrigation & fertigation systems

Infastructure & System Integration

• Electrical & Power Management – Load calculations, redundancy planning, and system design for energy efficiency and equipment reliability.

• Water Systems & Filtration – Water treatment, filtration, and recirculation setups that protect plant health and reduce waste.

• Automation & Monitoring – Integration of sensors, controllers, and cultivation software for real-time environmental and operational oversight.

• Resin-Optimized Infrastructure – Tailored system layouts that support both flower-focused rooms and hash-wash optimized genetics.

Compliance and SOP Integration

• Regulatory-ready build-outs designed to meet state/local codes

• Security system integration (camera, access, alarms)

• Standard Operating Procedures (cultivation, sanitation, harvest and manufacturing)

Cultivation Room Build-Outs

• Mother, clone, and veg room design for plant health & propagation success

• Flowering rooms tailored for resin development

• Drying & curing environments for terpene preservation

• Wash-specific cultivar optimization and harvesting techniques in grow rooms

Operational Optimization

• Staff workflow design for minimal labor costs

• Scalability planning: single-site to multi-site expansions

• Training programs for cultivation and facility management teams

• Ongoing consultation to refine and optimize operations post-build