Engineering a sustainable built environment
CIVIL-239
Lectures
This page is part of the content downloaded from Lectures on Sunday, 25 January 2026, 00:36. Note that some content and any files larger than 50 MB are not downloaded.
Files and subfolders
- lecture_01_intro_afterclass.pdf
- lecture_01_intro.pdf
- lecture_02_indicators_afterclass.pdf
- lecture_02_indicators.pdf
- lecture_03_energy_demand_buildings.pdf
- lecture_04_energy_supply.pdf
- lecture_04_lcoe_example.xlsx
- lecture_05_transportation_afterclass.pdf
- lecture_05_transportation.pdf
- lecture_06_mobility_afterclass.pdf
- lecture_06_mobility.pdf
- lecture_07_lca_afterclass.pdf
- lecture_07_lca.pdf
- lecture_08_embodied_carbon materials_and_structures.pdf
- lecture_09_natural_systems.pdf
- lecture_10_natural_capital.pdf
- lecture_11_safety_and_reliability.pdf
- lecture_12_exercise_calculation_tool.xlsx
- lecture_12_exercise_concrete_reuse_feasibility.pdf
- lecture_12_exercise_plans.pdf
- lecture_12_sustainability_in_industry.pdf
- lecture_13_targets_and_summary.pdf