Study Notes on Agricultural Engineering Career and Responsibilities

Earned a degree in Agricultural Engineering from Cal Poly.
Background in farm management with an emphasis on production and horticulture.
Focus on transplant production from seeds
- Transplant Production: Involves growing plants from seeds to seedlings before they are transferred to fields for production.

Daily Responsibilities:
- Ensure adequate watering of planters.
- Monitor for diseases and apply insecticides as necessary.
- Ensuring timely application of fertilizers (fertigation).
- Make necessary updates to the fertigation program.
Overall objectives include maintaining plant health and optimizing growth conditions.

Preference for outdoor work related to farming rather than office work.
Enjoys hands-on involvement with live plants and working alongside people within the agricultural sector.

Transitioning to organic farming, which involves:
- Growing organic plants while managing disease pressures.
- Controlling funguses and irrigation methods.
Need for innovative solutions for organic pest and disease management.

Satisfaction in witnessing the growth process from seed to mature plants.
Contribution to food production and feeding the world.
Specialization in vegetable transplants, including crops such as:
- Tomatoes
- Watermelons
- Other vegetables
Use of advanced technology in agriculture:
- Computer-controlled irrigation systems that can automatically activate at preset times.
- Measurement of water application based on evapotranspiration (ET) rates, transitioning from manual assessments to precision-based scientific methods.

First job after college was with a water district as a staff engineer.
- Responsibilities included:
- Monitoring waterways to ensure they were functioning correctly.
- Confirming efficient water management and distribution.