- Each TA supervises always ONE specific experiment
- Both in X and Y stream
- X stream during 3 weeks
- Y stream has lower enrolment, therefore only one out of three weeks
Teaching load: max 142 hours, depending on actual involvement
Responsable Teacher/Trainer: Stephan Jonker
Training days: 25-(26)-27 Jan 2023 (from 9:30-17 h)
Training Location: KG 6.24 / 6.26
Course Info: 1st year Chemistry course (SK-BPSPAN)
Number of students: max 144, in two streams X (groups 1-6) and Y (groups 7-12)
Teaching responsability: supervision of groups of ca. 8 students in both X and Y streams
Type of practicals: Skills experiments, supervisor linked experiment
Qualifications required: Organic Chemistry, Spectroscopy (NMR, IR, UV-Vis, MS).
Number of instructors needed: 9
Time Table overview (Planboard format): X & Y-stream (detailed course time table at the bottom of this page)
TRAINING: Intro to course and performing experimental part & Interpretation of experimental results
There are THREE training days 25-(26)-27 jan 2023 (from 10-17 h)
- At home Reading of manual
- Wednesday Jan 25 Introduction to course and performing the experiment yourself.
- Thursday Jan 26 Interpretation of spectral results and structure elucidation at your own
- Friday jan 27 Interpretation of spectral results and structure elucidation
Please let us know via the contact form in case your training day clashes with other activities.
Please bear in mind that teaching duties overrule research.
THE EXPERIMENTS
Visual summary of the three experiments and the structure elucidations to be solved by the students.
All students will get different compounds:
PREPARATION
- For this course you need to refresh your IR, NMR, MS spectroscopy background. This may be through self study or
Look at the detailed time table below and see that for each experiment you start with a full day of experimental work and you continue one week later(X-stream) or two days late (Y-stream) in which you wind up the experiment during an afternoon session. This time span allows us to run the necessary spectra. During the interpretation session students should finalize their work under your supervision and at the end of the session should hand in their labjournals, no delay is allowed. Make sure to communicate this protocol with your students at the start of the experiment.
Time Table overview (week format):
who=who TA's
