Chemistry Terminology Foundation Course 2 (2026) (XHM-053)

Kallia Katsampoxaki-Hodgetts

Description

This course facilitates student understanding and production of a variety of  academic genres in the field of Chemistry. Through this course students will acquire the basic knowledge for writing abstracts, laboratory reports, summaries, visual abstracts and scientific presentations. As well as effectively communicating chemical content in English, students will be given a wide range of opportunities to present analytical data, compare techniques and work in groups to solve problems or discuss case studies relevant to the field of Academic and Technical Writing. The course exposes students to a variety of written, oral and digital genres, as well as a large amount of terminology (special vocabulary) used in the disciplines of General, Environmental, Analytical Inorganic, Organic Chemistry and Biochemistry. Most importantly, students will partiicpate in Socratic circles which are known to foster critical thinking skills (as students analyze and evaluate ideas, asking thought-provoking qu

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Weekly syllabus

Week 1 Induction week; Acids and Bases; Redox reactions

Week 2 How to write a Lab report; Scientific Presentations

Week 3 Separation Techniques; Thin Layer Chromatography

Week 4 Separation Techniques (part two)

Week 5 Water Treatment Methods; Water as a solvent in organic chemistry 

Week 6 Polymers 

Week 7 Experimental language; do’s and dont’s ; academic style and conventions

Week 8 Electrochemistry, electrodeposition, batteries

Week 9 Enzymes and big biomolecules 

Week 10 Introduction to Organic Chemistry; nomenclature and properties of functional groups

Week 11 DNA Replication Processes & Steps; Transcription & Translation; Mock test

Week 12 Presentations of Projects and peer-feedback

Units

Assessment modes and exam paper focusfrom 2026-02-13 till 2026-05-30

In English 2 [2025], assessment components include:

  • Compulsory Final Exam (55%)
  • Presentation of a Chemistry paper (15%) 
  • Lab report (15%)
  • Socratic circles with Bioplastics paper (15%)

Mock Exam (Mid-term)

In this exam you will be asked to participate so that get a simulation of a final exam (content, questions, marking).

Exam content 

  • Technical vocabulary (Check out the glossary at the end of your textbooks)
  • Academic vocabulary 
  • Academic style and Scientific Conventions
  • Grammar (only one very brief task)
  • Reading comprehension of short paragraphs on a topic that is familiar but not exaclty the same reading)
  • Evaluation of Powerpoint slides and Presentation narratives

 

Writing a lab report

Before your write a lab report for the experimental work you conducted during week 6 or 7 in your undegraduate Chemistry lab (word limit 1000 words). Follow guidelines here 

https://www.monash.edu/learnhq/write-like-a-pro/annotated-assessment-samples/science/science-lab-report

 

Designing slides for a scientific presentation

Before you present you 12 min presentation of a scientific article,  please watch this video

https://www.youtube.com/watch?v=Hp7Id3Yb9XQ&t=4s

The quality criteria I will be using for marking your presentations are also here:

https://cuwip.physics.wisc.edu/wp-content/uploads/2016/03/Good_Presentation_Guidelines_2page.pdf

and in the documents you can find a marking template. 

 

Before you take part in the Socratic Circles discussion:, you need to 

a. read the bioplactics papers in the documents in e-class

b. prepare for your discussion taking a stance in favour or agaisnts BIOPLASTICS and take part as an inner circle participant

During the Scoratic Circles you will

a. Take part in the discussion as an inner circle participant

b. Use the rubrics and observe another participant and provide feedback (as an outercircle participant yourself)

After the Socratic Circles

a. you will upload the Inner cricle participants report

b. You will upload your outer circle participant report and send your feedback to the inner circle students you observed

* The Socratic method begins with the assumption that the function of education is to draw the truth out of the pupil rather than “fill an empty vessel.” In practice, it is a series of guided questions known as the dialectical method of inquiry. (Soccio, 2015, p. 10, italics in original) [It] has come to mean any pedagogy conducted through question and answer, as distinguished from pedagogy conducted in lecture form. (Scott, 2012, p. 1). It is a pedagogical method that pursues truth through analytical discussion. (Spencer & Millson-Martula, 2009, p. 39)

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