| Date | Class | Assignment | Due date, 6am | |
|---|---|---|---|---|
| Thu | 30.09 |
Course introduction and logistics (AZ)
Basics (Andriy Zhugayevych) p1, p2, p3 |
Team project 1 | |
| Fri | 1.10 | Crystallography (Artem Abakumov)
Crystallography - practice (separate day is needed) p6, p7 |
Homework 1 | |
| Mon | 4.10 | ***Electronic structure (Andriy Zhugayevych)
p1,
p2,
p3
Materials chemistry – separate course in Term 2 |
||
| Tue | 5.10 | ***Structural motifs (Andriy Zhugayevych)
p1,
p2
Presentation of team projects 1 |
||
| Thu | 7.10 | Structural materials (Olga Ushakova)
Materials engineering w EduPack (Olga Ushakova) |
Team project 2 | |
| Fri | 8.10 | Semiconductors (Andriy Zhugayevych) p1, p2, p3 | Homework 2 | Team project 1 |
| Mon | 11.10 | Energy storage materials (Evgeny Antipov) | Homework 1 | |
| Tue | 12.10 | Electrochemistry (Victoria Nikitina)
Redox flow batteries (Nikolay Ovsyannikov) |
Team project 3 | |
| Thu | 14.10 | Presentation of team projects 2 | Homework 3 | Homework 2 |
| Fri | 15.10 | Materials synthesis and characterization (Stanislav Fedotov) | Team project 2 | |
| Mon | 18.10 | Materials thermodynamics (Sergey Levchenko)
Materials modeling and data science (Sergey Levchenko) |
||
| Tue | 19.10 | Presentation of team projects 3 | Final project | Proposal |
| Thu | 21.10 | Catalysts for energy conversion (Keith Stevenson) | Homework 3 | |
| Fri | 22.10 | Exam (submit or send Exam article in advance) | Team project 3 | |
| Mon | 25.10 | Presentation of final projects (12+3 min/student) | Exam | |
| Tue | 26.10 | Presentation of final projects (9+3 min/student) | ||
| Thu | 28.10 | No class (final project reports are due) | Final project | |
| Fri | 29.10 | 15:30-16:00 Q&A on grades (optional) | Resubmissions | |
*** means flipped classroom, i.e. you must watch recorder lecture before the class
Blocks: Part I (fundamentals), Part II (survey – per-class introduction to materials science), Assessment period (exam and final project)
Parallel courses in Term 1 relevant to Materials Engineering:
Next-level courses in Term 2:
Lectures from previous years: