CHEM 5539
Principles and Applications of NMR Spectroscopy · 1 instructor on record · 5 sections
That is the class itself, averaged across everyone who taught it. Who taught it, and how each of them scored, is the board below — that is what a student picking a section is actually choosing between.
Boston College's own “intellectually challenging” question for this class only — students answer it positively about courses that stretched them, so it measures intellectual challenge and NOT grading, workload or quality. Almost every BC class scores high on it, which is why it is shown as a rank rather than a score.
Boston College reports workload for this class only as one of five bands, not as a number of hours, and it does not publish what the bands mean — so this site will not translate it into hours. Higher means more work, which is not the same as worse.
Nuclear Magnetic Resonance (NMR) is an indispensable tool for all organic chemists. This course will introduce the theory of NMR spectroscopy with concurrent experiments that illustrate these concepts firsthand, so that the subject matter is easier to absorb. Applications of NMR in biochemistry will also be discussed, with a guided, hands-on project that exemplifies how NMR is utilized to study large macromolecules (such as proteins and nucleic acids), which will provide valuable practical experience to students. Material covered in this class will prepare you well for graduate studies, or a chemistry/biochemistry-related career in industry.
| Instructor | Overall | Workload | Challenge |
|---|---|---|---|
| Thusitha JayasunderaChemistry | 945 records | 45th | 91st |
There is no ranking to read here: Thusitha Jayasundera is the only instructor with evaluation records for CHEM 5539, so the number is a record, not a position.
Also taught by Thusitha Jayasundera
2 other classesOther CHEM classes
All of them| Class | Instructors | Course score |
|---|---|---|
| CHEM 1110General Chemistry II | 33131 records | 65 |
| CHEM 1109General Chemistry I | 2494 records | 67 |
| CHEM 2232Organic Chemistry II | 2879 records | 76 |
| CHEM 2231Organic Chemistry I | 1947 records | 74 |
| CHEM 1128Gateway: General Chemistry Discussion II | 518 records | 76 |
| CHEM 2241Honors Organic Chemistry I | 1015 records | 76 |
The line
All 13 items · means across 5 recordsBar length is the rank against every comparable record we hold, not the raw score: BC's questions all have a median around 4.5, so a raw-scale bar would be nearly full on every row and would tell you nothing. Every bar is one ink colour — nothing here is graded green or red. The hatched bars are not ratings at all: a higher number on either describes a different course, not a better one.
Game log
5 sections · newest first| Instructor | Term | Sec | Instr | Course | Work |
|---|---|---|---|---|---|
| Thusitha Jayasundera | Fall 2025 | 01 | 94 | 91 | 60 |
| Thusitha Jayasundera | Fall 2024 | 01 | 95 | 95 | 60 |
| Thusitha Jayasundera | Fall 2023 | 01 | 95 | 85 | — |
| Thusitha Jayasundera | Fall 2022 | 01 | 97 | 97 | 60 |
| Thusitha Jayasundera | Fall 2021 | 01 | 88 | 80 | 40 |
How to read this boardInstructors are ranked on their record in this class only, never on their average across everything they teach. Scores are out of 100 — Boston College's 1–5 agreement scale, ×20, the way these numbers were printed for years. Workload is BC's own five-band figure, not a number of hours, and is shown as a rank. A dash means the question was not reported, and is never a zero.