Understanding the basics of Chemistry for the Higher Studies

Course Profile & Objectives

          This course’s goal is to give students a thorough understanding of chemistry’s fundamental ideas and principles as well as how they might be used in the real world. The following objectives are pursued by the course:

• Foundation in Chemistry: The course aims to establish a strong foundation in chemistry by introducing students to key concepts, theories, and principles. Students will develop a solid understanding of topics such as atomic structure, chemical bonding, reactions, stoichiometry, and the periodic table.
• Practical Applications: The course highlights the practical applications of chemistry in various fields such as medicine, environmental science, energy production, and materials science. By exploring real-world examples and case studies, students will understand how chemistry impacts our daily lives and contributes to advancements in science and technology.
• Critical Thinking and Problem-Solving: Through engaging learning experiences and activities, the course encourages students to develop critical thinking and problem-solving skills. Students will learn to analyze and interpret data, make connections between different concepts, and apply chemistry principles to solve problems in different contexts.
• Laboratory Skills and Scientific Inquiry: The course includes hands-on laboratory experiments to develop students’ practical skills, including experimental design, data collection, analysis, and scientific communication. Students will also engage in scientific inquiry, asking questions, making observations, and conducting experiments to deepen their understanding of chemistry concepts.
• Communication and Collaboration: The course fosters effective communication and collaboration skills through group discussions, presentations, and teamwork on laboratory experiments. Students will learn to articulate their ideas, actively participate in discussions, and work collaboratively with their peers.
• Ethical Considerations: The course highlights the ethical considerations and responsibilities associated with the practice of chemistry. Students will learn about proper handling and disposal of chemicals, scientific integrity, and the importance of ethical conduct in scientific research.

Target Student Population and Demographic:

This course is tailored for high school students aged 13 to 18 years, aiming to develop a foundational understanding of chemistry. The target student population includes students from diverse backgrounds, cultures, and educational experiences, and is designed to be inclusive and accessible. The course includes online lessons, learning resources, discussion forums, virtual laboratories, assessments, instructor support, self-paced learning, and collaborative projects. The course covers key topics and concepts of chemistry, including multimedia presentations, interactive modules, and recorded lectures. The course is designed to accommodate students from different educational systems and settings, including public schools, private schools, and homeschooling environments. The course may also be suitable for individuals outside of this age range who are interested in gaining a foundational understanding of chemistry.Course Content, Instruction & Assessment

• Build a Solid Foundation: Give pupils a thorough understanding of chemistry’s fundamental ideas and concepts, such as atoms, molecules, chemical processes, and stoichiometry.
• Connect Chemistry to the Real World: Show students how chemistry is relevant in a variety of sectors, including technology, environmental science, and medicine. This will help them understand how chemistry affects their daily lives.
• Encourage Students to Ask Questions and Think Critically: Through engaging activities and stimulating discussions, encourage students to ask questions, think critically, and build problem-solving abilities.
• Develop a Passion for Chemistry: Motivate students to seek further education and professions in disciplines connected to chemistry by encouraging them to take an authentic interest in the subject and its possible applications.
• Improve realistic Skills: Give students realistic laboratory experiences to reinforce theoretical ideas. This will help them to build practical skills, laboratory procedures, and safety procedures.
• Promote Collaboration and Communication: To promote effective communication and collaboration among students, encourage teamwork, group discussions, and presentations.

Learners will participate in a  Google Classroom LMS and instruction will be delivered in a blended format with flexibility and choice due to asynchronous and synchronous learning opportunities. Learners will complete assignments and submit required documentation in the Google Classroom.

Students will use a variety of instructional technology tools to participate in learning as well as for formative assessment including:

• Kahoot
• Padlet
• Google Jam board
• Google Docs
• Flipgrid
• Teams
• 

Throughout the course learners will also engage in readings, storytelling, project-based learning, brainstorming/concept mapping, field trips, service learning, games, debates, fish-bowls, group discussions, journaling, jigsaws and more!

Assessment throughout the course will be primarily formative as the goal of the course is to co-construct relevant, personalized learning improvement goals specific to a complex setting. Formative assessment such as games, surveys or anecdotal documentation will be used to adjust goals and respond to arising areas of passion or concerns.

Learners outcomes

By the end of this course, learners will be able to:

• Show that you have a solid understanding of the fundamental tenets and ideas of chemistry, including stoichiometry, chemical processes, and atoms and molecules.
• Explain the practical uses of chemistry and comprehend how it affects a variety of industries, including technology, environmental science, and medicine.
• Apply analytical and problem-solving skills to chemistry-related issues, displaying the capacity for scientific thought and sound judgment.
• Conduct simple laboratory experiments while adhering to correct procedures, safety guidelines, and data analysis to strengthen conceptual ideas and cultivate practical abilities.
• Clarify, coherently, and accurately convey chemistry-related concepts and ideas in both speech and written form.
• To improve comprehension and shared learning, work successfully in teams while participating in conversations, peer reviews, and cooperative learning activities.
• Know and understand the ethical obligations and issues that come with practising chemistry, including how to handle and dispose of chemicals properly.
• Create a lifetime interest in chemistry and related subjects by developing a passion for the subject and cultivating a curiosity-driven mentality.

ADDIE Template

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