23 tasks, each one witnessed by the sources that watched the job — and behind every one, a prompt you can use tonight.
You spend part of the day hands-on: calibrating sensors, replacing faulty electronic or mechanical parts, and adjusting automated watering or lighting systems. That often means using precision instruments to verify part dimensions and inspecting parts for surface defects.
You also run tests, document maintenance and repairs in Microsoft Word or Excel, and update inventory or records in Microsoft Access. Some days you assist engineers with robotics tests, program microprocessor-based controls using Linux or Python, and oversee manufacturing or assembly tasks.
Common tools listed include Microsoft Excel and Word for records and documentation, Microsoft Access for inventories, and Microsoft Outlook for scheduling and email. For design and CAD tasks you’ll see Autodesk AutoCAD and Dassault Systèmes SolidWorks.
For control, testing, or automation you may program microprocessor-based systems with Python or C++ and work on Linux when deploying software. Use the specific language the farm’s control system requires — Python is common for sensor data and automation scripts.
The U.S. Bureau of Labor Statistics (BLS) reports 15,520 people employed in this occupation in 2025. The median pay is $73,900 per year; the lowest tenth earn about $47,840 and the top tenth about $109,890, according to BLS data.
Local pay varies by region, facility size, and whether you handle electronics, robotics, or quality control. Use the BLS numbers to set expectations during salary research or interviews.
You don’t need to be an AI researcher, but basic data skills help. Learn how to read sensor logs, run scripts in Python, and understand what automated decisions the system makes. That keeps you from accidentally changing a control rule that harms plants or equipment.
For safety, document any changes in system behavior in Word/Excel and follow existing quality-control procedures. If using ML models, treat them as tools: verify output against real sensor readings and involve an engineer before deploying changes.
Focus on electronics, basic programming (Python or C++), and mechanical skills like using metalworking machines and precision measuring instruments. Practice soldering, replacing parts, and calibrating sensors. Learn to use SolidWorks or AutoCAD for simple drawings and material requisitions.
Also get comfortable with Microsoft Excel and Access for inventory and record-keeping, and with Linux for deploying control software. Hands-on internships or lab work with robotics or greenhouse systems speeds hiring chances.
A greenhouse grower focuses mainly on plant care: watering schedules, nutrients, pest control, and crop planning. A vertical farming technician spends more time on equipment: sensors, robotics, control software, and mechanical repairs.
You’ll be testing and programming microprocessor-based systems, calibrating sensors, troubleshooting electrical/mechanical issues, and writing technical documentation. Plant knowledge helps, but the core is electromechanical and automation work.
Employers expect you to troubleshoot electrical and mechanical issues, replace faulty parts, and calibrate sensors and targets. They want familiarity with precision measuring tools and the ability to inspect parts for defects.
They also expect basic programming or configuration skills for microprocessor-based systems (Python/C++), ability to use Linux, and competence with Microsoft Excel/Word for documentation and Microsoft Access for inventory. Knowing SolidWorks or AutoCAD for simple drawings is a plus.