Advanced Chemistry: Polymerisation

What is Advanced Chemistry: Polymerisation?

Advanced Chemistry: Polymerisation is a comprehensive online course offered by Alison US CA that provides an in-depth exploration of polymer science. This course covers both natural and synthetic polymers, detailing how they form through condensation and addition polymerisation processes. Learners gain insight into key materials like nylon, Kevlar, polyethylene, and biodegradable plastics, as well as biological polymers such as proteins, DNA, and poly(lactic acid). With a strong focus on chemical mechanisms and real-world relevance, the course bridges academic theory and industrial application.

Key features

• Polymer Types Covered — Natural and synthetic polymers including proteins, DNA, nylon, and Kevlar.
• Reaction Mechanisms — Detailed breakdown of condensation and addition polymerisation phases.
• Biological Polymers — Explores amino acids, protein structure (primary to quaternary), and nucleic acids.
• Synthetic Materials — Examines polyesters like terylene and biodegradable polymers like PLA.
• Environmental Focus — Covers photodegradable polymers and biodegradation acceleration methods.
• Adhesives & Plastics — Compares epoxy resins, superglue, and low- vs high-density polyethylene.
• Hydrolysis Processes — Explains acid and alkali hydrolysis of proteins and related polymers.

Who is Advanced Chemistry: Polymerisation for?

This course is designed for advanced high school students, undergraduate chemistry majors, educators, and professionals in materials science or biochemistry. It serves those seeking to deepen their understanding of polymer chemistry beyond introductory levels, especially individuals interested in sustainable materials, biomedical applications, or industrial polymer use. No prior certification is required, but foundational chemistry knowledge is recommended.

How does Advanced Chemistry: Polymerisation compare?

Unlike general chemistry courses, this program focuses exclusively on polymer science with specialized content on both biological and synthetic systems. It offers more depth than standard polypropylene or plastic fundamentals courses, covering advanced topics like protein folding and photodegradable polymers. Compared to university-level modules, it provides similar conceptual rigor but in a self-paced, free format. It stands out from broader science platforms by delivering targeted, application-rich instruction on polymerisation mechanisms and modern material challenges.