Machine Learning
This course is intended for students who are interested in using modern statistical methods for modeling and prediction from data. Topics include linear regression, classification, sampling methods, model selection, tree-based methods, support vector machines, deep learning, survival analysis, unsupervised learning, hypothesis testing, and some advanced topics on ML. Students are expected to have prior experience with Python programming and a basic understanding of probability and linear algebra.
- Time: Tue/Thu 10:00am-12:00pm (Spring 2026)
- Venue: GIST College Building C (N6), Room 104
- Codes: AI5100 / EC4224 / AI4100 / EC5402
- Size: 53 (18 undergraduates, 35 graduates)
Notice
- The first class will be on March 3, 10:00am.
Useful Links
- Access the AI5100/EC4224 Ed Discussion forum.
- If you haven’t already been added to the Ed discussion, use this invitation link.
- Use your full name in the format “Firstname Lastname” with the first letter of each name capitalized (e.g., Sundong Kim).
- Don’t forget to use your valid email address (gm.gist.ac.kr).
- Submit your assignments at the AI5100/EC4224 Gradescope (Entry Code: J4G3BR). Make sure to enter your correct student ID.
- Use the same name format as for Ed Discussion: “Firstname Lastname” with the first letter of each name capitalized.
- Make sure to enter your correct student ID.
Syllabus
This course will utilize presentation slides by the textbook authors.
(Tentative schedule - NOT FIXED YET)
Staffs
Communication: The course schedule and all resources (e.g. lecture slides) will be posted on this course website. All class discussions, announcements and communication will take place via Ed Discussion. Students are strongly encouraged to post their questions as public posts so that everyone in the class can benefit from the discussion. Only in cases of truly personal matters should private posts be used. Course-related emails will not be checked, so please do not send emails to the instructors or TAs. All questions and communications should be made through Ed, and we aim to respond within two business days, often sooner. In addition, you are welcome to visit the TAs during office hours.
Sundong Kim
Instructor
QnA: Available after class (Lecture room)
Office: AI Building (S7), Room 204
Seojin Hwang
TA
Mon 4:00-5:30pm
Office: AI Building (S7), Room 206
Hyunseok Ryu
TA
Fri 2:00-3:00pm
Office: AI Building (S7), Room 107
Jungeun Choi
TA
Wed 4:00-5:00pm
Office: MSE Building (S5), Room 409
Hyun Park
TA
Tue 4:00-5:00pm
Office: College B Building (N5), Room 217
Gradings
You will earn A if (but not only if) your score is at least \(80\times(1-ε_1)\), B if your score is at least \(60\times(1-ε_2)\), C if your score is at least \(40\times(1-ε_3)\), for some \(ε_i ≥ 0\) to be determined later. All participants in the course (Undergraduate and graduate students) are evaluated equally, regardless of the course codes.
- Homeworks (50%)
- Midterm (25%)
- Final Exam (25%)
- Some bonus points for active participants
Homeworks
Submit your assignments at the AI5100/EC4224 Gradescope. Homework will be released at least two weeks before the deadline.
- HW 1 is due Sunday, Mar 22 at 11:59PM [TeX]
- HW 2 is due TBD
- HW 3 is due TBD
- HW 4 is due TBD
- HW 5 is due TBD
Homeworks take 50% of your grades. Here are the tentative plans:
- Two homeworks (5% each) will be problem-solving assignments similar in style to the exams. HW1 is one of them. Grading will be based simply on submission completion.
- One homework (15% of your grade) will ask you to record a 15–20 minute YouTube video teaching key concepts from the book. You should select one topic, explain the material in your own words, and solve the associated problem as if you’re the instructor.
- Two homeworks (25% of your grade combined) will be Kaggle-style data challenges (topic: TBD).
- The order of these assignments has not been finalized yet.
Late policy for homeworks: If assignments are late, they are increasingly penalized as follows: within 24 hours, you lose 10%; within 48 hours, you lose 20%; within 72 hours, you lose 40%. More than three days late, you can no longer hand-in the assignment.
- Grading will be completed within two weeks after the deadline, and students will then have five days to request a regrading on Gradescope.
Exams
There will be two closed-book exams. You are allowed to bring one handwritten A4 crib sheet (both sides), printed sheets or those created by iPad are not allowed. Submit your crib sheet with your exam sheet for bonus points. For the exams, you may only bring: your student ID, pen, pencil, eraser, and your handwritten crib sheet. No other materials are allowed.(e.g., mobile phone, iPad, laptop, calculator, smart watch, books).
- The midterm will take place on TBD (est. Thursday, Apr 23, 09:00am) (Venue: Our lecture hall, 120 minutes)
- The final exam will take place on TBD (est. Thursday, Jun 18, 09:00am) (Venue: Our lecture hall, 120 minutes)
Exams will cover material from lecture, homework, book, and equivalent. (Coverage will be announced later)
- For midterm, ISLP Ch.1-9 and relevant materials will be covered. (Could be changed)
- For finals, ISLP Ch.10-13, and relevant materials will be covered. (Could be changed)
Exam Conflicts and Makeups: Exam makeups will only be scheduled for approved conflicts. If you have a conflict with any of the exams, let us know as soon as possible. Examples include:
- Acceptable reasons: Presenting at a major academic conference, family emergencies (e.g., illness or passing of a close relative), or other serious unforeseen circumstances.
- Unacceptable reasons: Having a heavy exam schedule on the same day.
Collaboration Policy & Honor Code
Study groups are allowed. It is also OK to get clarification (but not solutions) from books, online resources, or AI tools such as ChatGPT and Claude, after you have thought about the problems on your own. However, we expect students to understand and complete their own assignments. Each student must write down the solution independently and hand in one assignment per student — this means you write your solution after closing the book and all your notes, without help from your colleagues or AI assistants.
If you studied together as a group, please cite your collaborators fully and completely in your assignment. Likewise, if you used an AI tool for clarification, please disclose this.
If elements of two or more assignments are determined to be clearly very similar, whether through copying from each other or from reproducing AI-generated output verbatim, all students involved will face the following consequences:
- First offense: Course grade reduced by one letter grade, and a score of 0 on the assignment.
- Second offense: Course grade of F.
This applies to all parties involved, including both those who provided and those who received the work. Cheating on exams will lead to severe consequences ranging from an F in the course to suspension from the University.
