[STAT452001] Numerical Analysis

Scientific Computing encompasses a broad range of techniques to develop computer programs with a certain level of mathematical complexity. This course will cover those techniques known as numerical analysis or numerical methods especially focusing on environmental engineering applications. One of the main challenges when using computers to solve mathematical problems is that often there is no analytical solution or there is one but it is too complicated. Consequently, no simple formula can be implemented to solve such problem. Moreover, standard computer architectures only allow for finite precision computations, which make it harder to simulate phenomena from our continuous world, even in the presence of analytical solutions. In order to test, implement, and analyze various numerical techniques, we will use MATLAB as an interactive tool and programming language. This is an intense course designed for students in engineering-related programs. They will learn about a basic understanding of metabolic pathways, microbial growth, physiology and ecology of microorganisms and will be able to apply this understanding to investigations and management of natural and engineered environmental & energy system.

[ENVI323001] Environmental Hydraulics and Hydrology & Design

The objective of the course is to provide a fundamental understanding of the phenomena and processes that govern the water flow in the environment. Hydrologic and hydraulic concepts are explored using fundamental conservation laws and ecologically-based design theory. After taking this course you will be able to estimate design flows and analyze components of water resources systems, including natural and manmade waterways, water & wastewater distribution networks, and wastewater treatment facilities.

[BIOF202001] Introduction to Microbiology

This is an introductory course designed for students in engineering-related programs. They will learn about a basic understanding of microbial structure, microbial metabolism, microbial growth, microbial genetics and physiology and ecology of microorganisms. After taking this course you will be able to apply this understanding to investigations and management of natural and engineered environmental & energy system.