COURSE TITLE: Organic, Environmental and Industrial Chemistry 

COURSE CODE: SCI 216

NUMBER OF CREDITS: 03

PERIOD: Year 2, Semester 4

TARGET GROUP: This course is for students on the Secondary Academic Programme who are Science Major.

COURSE MODERATOR: Mr. Ganda Soodoo

COURSE DESCRIPTION: 
This course offers an in-depth exploration of organic, environmental, and industrial chemistry, focusing on the molecular principles governing the behavior of organic compounds and their applications in environmental contexts and industrial processes. Students will learn about the synthesis, properties, and reactivity of organic molecules, as well as the impact of chemical processes on the environment. Key topics include organic reaction mechanisms, environmental fate of pollutants, sustainable industrial practices, and green chemistry principles. Through lectures, hands-on laboratory work, and case studies, students will develop critical thinking skills and practical knowledge essential for addressing contemporary chemical challenges. 

COURSE RATIONALE: 

The course in Organic, Environmental, and Industrial Chemistry aims to provide students with a comprehensive understanding of the chemical principles and practices that govern the synthesis, behavior, and impact of chemicals in various contexts. By integrating organic chemistry's fundamental concepts with environmental chemistry's focus on ecological interactions and industrial chemistry's application in manufacturing processes, the course prepares students to address pressing global challenges such as sustainable development, pollution reduction, and the development of eco-friendly technologies. This interdisciplinary approach encourages critical thinking and innovation, equipping students with the skills necessary to contribute positively to industry and environmental stewardship.

STUDENT LEARNING OUTCOMES

Upon completion of the course, trainees will:

1.   Demonstrate a strong understanding of key concepts in organic chemistry, including molecular structure, reaction mechanisms, and functional groups.

2.   Assess the effects of chemical processes and products on the environment, including understanding pollutants, green chemistry principles, and sustainable practices.

3.   Perform laboratory experiments safely and effectively, utilizing standard techniques and equipment while adhering to best practices in handling chemicals and waste management.

4.   Utilize critical thinking and problem-solving skills to address real-world challenges in industrial processes and environmental chemistry.

5.   Present scientific information clearly and accurately, both in writing and verbally, to convey complex concepts and research findings to diverse audiences.

6.   Synthesize knowledge from organic, environmental, and industrial chemistry to develop innovative solutions for sustainable chemical practices and technologies

COURSE CONTENT

This course comprises of six (6) units that will be covered over the course of 13 teaching weeks. These are:

- Unit 1: The Rock Cycle & The Extraction of Crude Oil

-Unit 2: Alkanes

-Unit 3: Alkenes

-Unit 4: Alkynes

-Unit 5: Alcohols, Carboxylic acids, Esters & Polymers

-Unit 6: Industrial & Natural Cycles

Note: This outline covers the topics in a logical and sequential manner, allowing students to build upon their knowledge and skills throughout the course