A complete application in a minute
Tailored resume and cover letter, ready to send.
Glass House Brands Inc. is seeking a Technical Director to own the accuracy, readiness, and correct use of every instrument used by our cultivation teams.
You will define what constitutes in-tolerance and field-ready, and establish processes for maintenance and calibration across all sites. Reporting to the VP of Cultivation, you will audit sites, flag non-compliance, and escalate issues to site leadership.
The Technical Director sets the measurement standard across all cultivation sites for handheld and portable instruments, fixed environmental sensing, and irrigation and fertigation metering. They define what “in tolerance,” “in service,” and “field ready” mean for each tool, design the processes by which growers use those tools and by which those tools are maintained, and audit every site against that standard. This role identifies and flags problems; Facilities and Maintenance perform the physical service and repair. This role holds independent authority to remove any instrument or tool from service and to escalation non-compliance directly to site leadership.
This is a builder role for a deeply experienced horticulturist who is as comfortable with a quantum sensor and a calibration record as with a crop. You’ll create a technical function that does not exist here today, and the standards you write will govern how every grower at every site measures their plants. The responsibilities below capture the core of this role, but as Glass House Brands grows quickly, your scope may evolve to match new opportunities and business needs.
We’re looking for a Technical Director to own the accuracy, readiness, and correct use of every instrument and tool our cultivation teams make decisions with. Reporting to the Vice President of Cultivation, this role exists because our growing specifications, irrigation recipes, and climate targets are only as reliable as the meters, sensors, and tools used to read and execute them. A pH pen drifting half a point, a light meter that hasn’t been referenced in a year, or a CO2 distribution line delivering unevenly across a bay will quietly produce poor decisions from sound specifications — and today we have no consistent way to know.