9242 modules
Page 741
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PHIL3035 2029-30
Rationality, Responsibility, and Ethics
This module will explore some central issues about rationality, responsibility, and ethics. Questions we shall consider may include: What is it to act? Are all actions motivated by desire? Do we act only in pursuit of what we deem good? What is involved in acting rationally, or for a good reason? Do all, some, or none of our reasons depend on our desires? Do moral considerations necessarily provide reasons for action, or is there sometimes most reason to be immoral? What is it to act for the right reasons? What makes our actions worthy of praise or blame? When does ignorance excuse? -
PHIL3035 2028-29
Rationality, Responsibility, and Ethics
This module will explore some central issues about rationality, responsibility, and ethics. Questions we shall consider may include: What is it to act? Are all actions motivated by desire? Do we act only in pursuit of what we deem good? What is involved in acting rationally, or for a good reason? Do all, some, or none of our reasons depend on our desires? Do moral considerations necessarily provide reasons for action, or is there sometimes most reason to be immoral? What is it to act for the right reasons? What makes our actions worthy of praise or blame? When does ignorance excuse? -
CHEG2003 2026-27
Reaction Engineering
The module will develop concepts related to reaction engineering and the design of reactors. Reaction engineering is at the heart of chemical engineering and one of the main requirements of chemical engineers is to design equipment where reactions take place in the most affordable, safe, and efficient way. -
CHEG2003 2027-28
Reaction Engineering
The module will develop concepts related to reaction engineering and the design of reactors. Reaction engineering is at the heart of chemical engineering and one of the main requirements of chemical engineers is to design equipment where reactions take place in the most affordable, safe, and efficient way. -
CHEG2003 2028-29
Reaction Engineering
The module will develop concepts related to reaction engineering and the design of reactors. Reaction engineering is at the heart of chemical engineering and one of the main requirements of chemical engineers is to design equipment where reactions take place in the most affordable, safe, and efficient way. -
CHEM2028 2026-27
Reaction Mechanisms in Organic Chemistry
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CHEM1054 2025-26
Reactions in Organic Chemistry
The course introduces an array of chemical reactions that facilitate carbon-to-carbon bond formation and functional group interconversions. -
CHEG6003 2025-26
Reactor Design for Sustainable Processing
Chemical industries have transformed the quality of human life rapidly by the chemical and physical transformation of ecological goods and services to higher economic value products, mostly without considering if those transformation routes or methods were sustainable. Reactors Design and scale up is at the hart of chemical processing and have applications in many low carbon and sustainable technologies including energy conversion (fuel cells, metal-air batteries, fuel production, electrolysers and flow batteries), catalysis (chemical and electrochemical synthesis), carbon capture/sequestration/conversion and fermentation based chemical production.in energy conversion, pharmaceutical & cosmetics, and food& beverage processing
This module provides an introduction to the chemical, biochemical and mathematical principles underpinning reactor design, scale up and operation. Students will develop a working knowledge of reactors through carbon capture, catalysis and energy conversion case studies. -
CHEG6003 2026-27
Reactor Design for Sustainable Processing
Chemical industries have transformed the quality of human life rapidly by the chemical and physical transformation of ecological goods and services to higher economic value products, mostly without considering if those transformation routes or methods were sustainable. Reactors Design and scale up is at the hart of chemical processing and have applications in many low carbon and sustainable technologies including energy conversion (fuel cells, metal-air batteries, fuel production, electrolysers and flow batteries), catalysis (chemical and electrochemical synthesis), carbon capture/sequestration/conversion and fermentation based chemical production.in energy conversion, pharmaceutical & cosmetics, and food& beverage processing
This module provides an introduction to the chemical, biochemical and mathematical principles underpinning reactor design, scale up and operation. Students will develop a working knowledge of reactors through carbon capture, catalysis and energy conversion case studies. -
CHEG6003 2027-28
Reactor Design for Sustainable Processing
Chemical industries have transformed the quality of human life rapidly by the chemical and physical transformation of ecological goods and services to higher economic value products, mostly without considering if those transformation routes or methods were sustainable. Reactors Design and scale up is at the hart of chemical processing and have applications in many low carbon and sustainable technologies including energy conversion (fuel cells, metal-air batteries, fuel production, electrolysers and flow batteries), catalysis (chemical and electrochemical synthesis), carbon capture/sequestration/conversion and fermentation based chemical production.in energy conversion, pharmaceutical & cosmetics, and food& beverage processing
This module provides an introduction to the chemical, biochemical and mathematical principles underpinning reactor design, scale up and operation. Students will develop a working knowledge of reactors through carbon capture, catalysis and energy conversion case studies.