Structures and Land Surfaces
Construction
A course by
Lincoln University
An introductory course covering engineering design concepts for structures and land surfaces, including material characteristics, building codes, and drainage solutions.
In-person study
Face-to-face learning in a physical classroom setting
Lincoln University, Lincoln
Core skills this course teaches
Describe landform surfaces and gradients
Able to use contours, spot heights, and gradients to describe landform surfaces and understand implications for structures.
Understand building material characteristics
Identify physical characteristics of common building materials and their effects on design choices.
Apply the New Zealand Building Code
Identify and apply key features of the Building Code to the design of site buildings and structures.
What You're Signing Up For
This course introduces students to a range of engineering design concepts as they apply to structures and land surfaces. Students learn to describe landform surfaces, understand the use and characteristics of different building materials, comprehend the relevant aspects of the New Zealand Building Code, and examine basic design considerations for stormwater detention and drainage.
Course Content
- Describing landform surfaces using contours, spot heights, and gradients
- Implications and effects of gradients on land surfaces and structures
- Physical characteristics of common building materials
- Influence of materials on design decisions
- Key features and application of New Zealand Building Code
- Design considerations for site buildings and structures
- Stormwater detention and drainage solutions
- Advantages and disadvantages of drainage options
What sort of industry will this job lead to
Construction
Engineering
Architecture
Future employment opportunities might be
Entry-level roles in construction or engineering projects
Preparation for further study in engineering, architecture, or construction