Other Engineering
A course by
Lincoln University
Examining the development and management of agricultural and horticultural design, machinery, water resources and crop support structures.
In-person study
Face-to-face learning in a physical classroom setting
Lincoln University, Lincoln

Understand and articulate the fundamental concepts of surface groundwater resources, water supply, and irrigation systems.

Comprehend principles and applications of robotics, precision agriculture, and online monitoring in agriculture.

Explain the working principles of two and four stroke internal combustion engines.
This course covers the development and management of agricultural and horticultural design, machinery, water resources, and crop support structures, integrating new technologies such as robotics and precision agriculture. It includes key principles of surface groundwater resources, water supply, irrigation, internal combustion engines, component design, and development of engineering communication skills through oral and written reports.
What you need to know first
Minimum 15 credit points including Engineering I (ENGN-23 ENGN-23R)

Agriculture
Engineering

Roles in agricultural engineering and machinery design
Positions involving water resource management in agriculture
Careers in precision agriculture and agricultural technology
Other Engineering
A course by
Lincoln University
Examining the development and management of agricultural and horticultural design, machinery, water resources and crop support structures.
In-person study
Face-to-face learning in a physical classroom setting
Lincoln University, Lincoln

Understand and articulate the fundamental concepts of surface groundwater resources, water supply, and irrigation systems.

Comprehend principles and applications of robotics, precision agriculture, and online monitoring in agriculture.

Explain the working principles of two and four stroke internal combustion engines.
This course covers the development and management of agricultural and horticultural design, machinery, water resources, and crop support structures, integrating new technologies such as robotics and precision agriculture. It includes key principles of surface groundwater resources, water supply, irrigation, internal combustion engines, component design, and development of engineering communication skills through oral and written reports.
What you need to know first
Minimum 15 credit points including Engineering I (ENGN-23 ENGN-23R)

Agriculture
Engineering

Roles in agricultural engineering and machinery design
Positions involving water resource management in agriculture
Careers in precision agriculture and agricultural technology