MChem (Hons) Chemistry, the Atmosphere and the Environment

Program Overview

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The University of York's Chemistry, the Atmosphere, and the Environment (MChem) program blends fundamental and advanced chemistry with atmospheric and environmental science. Students gain expertise in chemical oceanography, meteorology, climate change, and atmospheric modeling techniques, preparing them for careers in research, environmental consulting, and policy analysis. The program includes a year-long research project and is accredited by the Royal Society of Chemistry.

Program Outline

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Extracted Information from University of York's "Chemistry, the Atmosphere and the Environment (with a year in York) (MChem) - Undergraduate" Course Page:

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Degree Overview

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Objectives:

• Understand the chemical basis of the environment and its impact.
• Learn about the chemical evolution of Earth.
• Gain expertise in chemical oceanography, meteorology, climate change, and atmospheric modeling techniques.
• Understand the impact of air pollution on climate and human health.
• Acquire skills for independent research in atmospheric and environmental chemistry.

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Content:

• Blends fundamental and advanced chemistry with atmospheric and environmental science.
• Focuses on understanding the natural environment and its interaction with human activities.
• Integrates chemical principles with practical applications.

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Highlights:

• Accredited by the Royal Society of Chemistry.
• Meets academic criteria for Chartered Chemist (CChem) status.
• Opportunity to spend a year working on a research project.
• Flexible course structure with a wide range of option modules.
• Teaches essential skills and knowledge for independent study and high-quality research.

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Learning Outcomes:

• Demonstrate problem-solving skills through application of fundamental chemical principles.
• Apply advanced chemical knowledge to study atmospheric and environmental chemistry.
• Design and safely conduct chemical experiments with accurate record-keeping.
• Analyze experimental data using mathematical and scientific principles.
• Communicate scientific findings effectively in written, oral, and other formats.
• Conduct independent research and contribute to knowledge in atmospheric and environmental chemistry.
• Develop employability skills like teamwork, commercial awareness, and creativity.

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Outline

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Year 1:

• Introduction to core areas of chemistry: organic, inorganic, physical, theoretical, analytical, and biological.
• Focus on structure, bonding, chemical change, reactivity, and spectroscopic analysis.
• Integrated interdisciplinary modules on chemical principles and applications.
• Experiments in analytical and physical chemistry.
• Integrated chemistry project as an introduction to research.

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Year 2:

• Advanced core Chemistry modules and practical work.
• Introduction to "Green and Sustainable Chemistry" with focus on environmentally friendly processes.
• Additional elective modules available.

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Year 3:

• Advanced core modules in inorganic, organic, and physical chemistry.
• Specialist module "Earth's Chemistry" explores the chemical and physical processes of the atmosphere.
• Research project focused on atmospheric and environmental chemistry.
• Project may be conducted in the Wolfson Atmospheric Chemistry Laboratories.

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Year 4:

• Research project in one of the department's laboratories.
• Access to state-of-the-art instrumentation.
• Core modules on advanced chemical analysis and research communication.
• Past research project examples include:
• Transformations, volatilisation, and speciation of organic and inorganic iodine in the marine environment
• Smog chamber studies of secondary organic aerosol
• Chemical metrology
• Amino acid racemisation as a dating tool

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Assessment

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Methods:

• Written examinations
• Practical work assessment
• Assessed workshops
• Presentations
• Projects

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Criteria:

• Demonstrate understanding of chemical principles and their application.
• Conduct experiments accurately and interpret data effectively.
• Present research findings clearly and effectively.
• Complete research project showcasing independent research skills.

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Teaching

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Format:

• Lectures
• Tutorials
• Workshops
• Laboratory work

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Faculty:

• Actively engaged researchers and experts in their field.
• Passionate about their subjects and committed to providing high-quality teaching.

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Teaching Philosophy:

• Provide students with the knowledge, resources, and support to succeed.
• Encourage active learning, critical thinking, and problem-solving skills.
• Offer diverse learning experiences and encourage student participation.

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Careers

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Opportunities:

• Research Scientist
• Environmental Consultant
• Air Quality Analyst
• Chemical Engineer
• Policy Analyst

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Skills:

• Analytical and problem-solving skills
• Strong understanding of chemistry principles
• Ability to conduct independent research
• Effective communication and presentation skills

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Other

• The course is designed to provide a solid foundation in both chemistry and environmental science.
• Students who complete the program will be well-equipped for careers in academia, government, or industry.
• The course is informed by ongoing research in the Department of Chemistry, ensuring that students learn about the latest developments in the field.
• The course offers a unique opportunity to spend a year working on a research project, which can be beneficial for students who are interested in pursuing research careers.

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Please note:

This is a comprehensive extraction of information from the provided context.

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Tuition Fees and Payment Information:

UK (home) fees: £9,250 per year International and EU fees: £28,800 per year