JS1101E: Introduction to Japanese Studies
This module briefly introduces students to the historical beginnings of Japan in the Jomon Culture, through the Heian era, the warring states, Tokugawa, Meiji and World War Two. Beyond merely history, it also explores the cultural and philosophical aspects of Japan. For example, the idea of Japanese-ness in the discussion of cultural identity, and the role of excluded ‘foreigners’ within such a self-proclaimed homogenous society. It also briefly touches on the changing gender roles within the Japanese culture. This includes not just within the society as a whole, but also between social classes. In general, I found the syllabus of the module to be quite broad and eye opening. However, it would have benefited with a little more depth in exploring the issues discussed.
Content aside, the lecturer Dr. Scot Hislop was entertaining in his delivery of lectures. Unfortunately, this positive aspect was overshadowed by several negative factors.
First, the lecture slides are not released before the lecture. Second, there is very minimal information on the slides itself. Imagine one sentence on one slide and you would not be far off. Third, lectures are not webcast so you have to studiously take notes during lectures. These three points may be off-putting but not too much of a hassle for a diligent student if not for the unfortunate circumstance, in which you cannot trust anything Dr. Hislop says in lecture as factually accurate. Dr. Hislop himself will tell you that he delivers off the cuff, and believe me, this is no lie. At this point, you may be considering the intelligent strategy of skipping lecture altogether. However, allow me to point out how highly risky that would be, since Dr. Hislop does actually design questions on the final exams based on what he talks about during lecture.
Assessment:
- Module assessment consists of tutorial participation – 10%
- IVLE forum participation – 10%
- Project (outline + final report) – 30%
- Final MCQ Exam – 50%
Tutorial participation in this module simply required general discussions on ideas mentioned in lecture. Class participation was not particularly competitive in nature.
As for the forum posts, any and all topics were welcome as long as it was related to Japan. The key element of doing well for this was merely doing sufficient research to back up whatever arguments or opinions you had on the subject. 1 or 2 academic sources per post is good enough. Also, although Dr. Hislop claimed that it is quality not quantity that counts in the forum, it is advisable to write at least 2 posts in the semester – one to begin a discussion thread, and one in reply to an existing discussion.
With regards to the project work, try to start early. However, do not be overly concerned with it, since it will ultimately boil down to your tutor’s preference on the topic being discussed and his evaluation of your group’s performance. This is especially since each group is presumably doing different topics of their choice, so there will be less to no direct comparison between different group reports.
Lastly, for the Final exam, you should know your acts and the big ideas. Most importantly, read the questions carefully.
Workload:
2 lecture hours per week. 1 tutorial hours per week. 0 lab hours per week. 3 hours for projects, assignments, fieldwork etc per week. 4 hours for preparatory work by a student per week.
The bulk of the workload is mainly the weekly readings (maximum 3 articles) and the time needed for the group report. I have found that little preparation is actually needed for tutorials as long as you have been following the readings and lectures through the semester.
EC2101: Microeconomic Analysis I
This is a core module for Economics majors. It comprises of basic principles on how to compare and maximize the utility of consumers for different types of goods (i.e. normal or inferior), minimize the cost of producers and market competition (perfect competition and monopoly). The theories themselves are quite simple, but the questions tested in tutorials, midterm and the final exam will really require a thorough understanding of them and acute critical thinking. To be honest, half the time I had no idea on even how to begin approaching the question. However, most people are in the same boat as you, so my only advice would be to work hard and consistently, and pray to the bell curve to save you. (Of course, this situation could always be due to my humbly inadequate level of intelligence, so I shall leave the conviction of judgment to your good sense.)
The lectures for this module are clear and concise, courtesy of Dr. Zhang, so no worries there. Also, as are most economics modules, the lectures are webcast. Tutorials are difficult, so make sure you revise after lecture and try to do them properly. There are usually not enough questions in all the tutorials for repeat presentations, so make your one tutorial presentation count. (Tutorial presentation refers to the presentation of your answer to a particular question to the class. This accounts for 5% of your entire grade, or half of your tutorial participation – refer to Assessment below.)
Assessment:
Homework, 15% Participation (tutorial), 10% Midterm Exam, 25% (Starts at 6:30 pm, date TBD, could be on 2 March, 3 March, or 4 March. Those with conflicting schedules will be offered a makeup midterm.) Final Exam, 50%
In my opinion, the bell curve for this module has been very steep. During the midterms, the difference between the median (i.e. 50th percentile) and 75th percentile was a mere 3 marks. The total marks for the entire paper was 100. Thus, I cannot emphasize enough how important every aspect of the assessment is in making your grade. If possible, try to discuss homework answers with your friends to really score that 15%. Also, do your best during tutorial and make the most of the 10%. Lastly, do your absolute best for finals – then pray.
Workload:
- 2-1-0-4-3 Workload
- Components : A-B-C-D-E
- A: no. of lecture hours per week
- B: no. of tutorial hours per week
- C: no. of lab hours per week
- D: no. of hours for projects, assignments, fieldwork etc per week
- E: no. of hours for preparatory work by a student per week
EC2102: Macroeconomic Analysis I
This is another core Economics Module. As the module name suggests, this module is on macroeconomics. Warning: math is needed for this module. The first half of the syllabus consists of utility maximization problems (you can use lagrangian or the lecturer’s method), which is an individual’s intertemporal consumption-savings decision. For example, you have to determine how much a consumer should spend in the first time period, save for the second time period, and spend in the second time period, in a two period model. This includes interest rates on saving. A similar model also introduced in the first half of the syllabus will be the firm’s intertemporal problem. This means calculating how much the firm should spend on wages and investment in maximizing its profit in the long run (i.e. multiple time periods).
However, the second half of the syllabus has almost no math at all, consisting entirely of macroeconomic models. This is actually similar to the kind of models learnt in Junior College macroeconomics, except more complicated. Memory work is required, as all models simulate real world situations in some way, but not so in others. You will have to know all the market responses to different factors in different models (i.e. Classical or New Keynesian). The means of assessment for this half of the module is hence all essay writing and drawing of graphs.
The lectures for this module are taught by Dr. Serene Tan, whose name I must say, certainly describes her voice. I have dozed off in her lectures more than once due to her monotonous speech. However, other than this amazing sleep-inducing quality of hers, she is one of the clearest lecturers I have ever encountered. Lectures, unfortunately, are not webcast. The bright side though, is that it is possible to self-study through her lecture slides and the textbook. That being said, I still highly recommend attending lecture because the techniques you will need to answer tutorial and exam questions is taught in the way she conducts her lectures.
As for tutorials, student presentations are important, so prepare your answers well. Also, it seems most classes tend to be rather competitive, so you will definitely have to present multiple times to get ahead.
Assessment:
- 20%: Tutorial attendance and participation
- 30%: Midterm Exam
- 50%: Final Exam
The bell curve for this module is not as steep as EC2101 (Microeconomic Analysis I), but it is not that much better. As I mentioned previously, tutorial participation can be quite competitive. As for the Midterm and Final Exam, do note that doing well for one does not mean doing well for the other. The Midterm exam tests the first half of the syllabus, which is mostly Math, while the Final exam tests almost exclusively on the second half, which means essay writing. Therefore, to do well in this module, you will have to master both the manipulation of numbers and the ideas encoded in language. Also, you will almost certainly not have enough time to complete either paper if you write very slowly. Hence, the three skills you will need for this module is accuracy, clarity and speed.
Workload:
- 2-1-0-2-5 Workload
- Components : A-B-C-D-E
- A: no. of lecture hours per week
- B: no. of tutorial hours per week
- C: no. of lab hours per week
- D: no. of hours for projects, assignments, fieldwork etc per week
- E: no. of hours for preparatory work by a student per week
EC2303: Foundation for Econometrics
This is a core Economics module on statistics. It is a purely mathematics module and quite straightforward in my opinion. It covers descriptive statistics, random variables, probability distributions, sampling distributions, hypothesis testing, and linear regression. Distribution tables will be provided and only scientific calculators allowed for exams. However, for normal schoolwork, a Graphic Calculator will be useful to double check answers, especially for Binomial, Poisson and Normal Distributions. Some of the material taught in this module will have been covered in H2 Mathematics in Junior College.
The lectures for this module are really fun and I absolutely enjoyed them. Dr. Emily Beam is as cute as her name suggests. She makes the lectures really interactive and enjoyable. She is quite clear in her delivery and she is very open to questions from students. As for tutorials, I do not have much to comment, as they mainly consist of a quick overview of the week’s lecture, student presentations of answers, and tutor pointers and tips on answering the question.
Assessment:
- Online quizzes: 5%
- Tutorial participation: 5%
- Problem set: 15%
- Midterm: 30%
- Final exam: 45%
There are weekly online quizzes after every lecture which altogether will comprise of 5% of your total grade. There is no competition or pressure for these quizzes as you can attempt them as many times as you want before the quiz closes, which is right before the next week’s lecture begins. Also, there is no bell curve for this, as you simply get 1 point for every quiz in which you score more than 80% correct. If you complete all the quizzes, you get the full 5% of the grade. I actually really liked this system because it gives you an incentive to revise your material every week. The quiz itself should not take more than 20 minutes as there is usually only 10 MCQ questions. It tests concepts, so if you get a wrong answer, you know you were either careless or your understanding of the concepts are not clear.
Tutorial participation is relatively simple as you just need to attend the tutorials and present your answer to a question about two times throughout the semester to get the 5%. (Note that the 2 presentations is an estimate. The number of presentations you need will ultimately depend on the competitiveness of your cohort. Although, it is really unnecessary to waste so much time and effort for 5%.)
For problem sets, same as always, discuss with your friends and aim to score full marks on the assignments. You can even ask Dr. Beam for hints. The aim is to learn, not just score, so she will be more than happy to help you.
Lastly, Midterm and Final should not be a problem as long as you know your concepts and have done consistent practice. Your greatest enemy will be carelessness, especially since you will be using your calculator and referring to distribution tables. Try to write your numbers as legibly as possible to avoid mistakes.
Workload:
- 2-1-0-4-3 Workload
- Components : A-B-C-D-E
- A: no. of lecture hours per week
- B: no. of tutorial hours per week
- C: no. of lab hours per week
- D: no. of hours for projects, assignments, fieldwork etc per week
- E: no. of hours for preparatory work by a student per week
PL1101E: Introduction to Psychology
This module introduces the 7 major perspectives of psychology: evolutionary, social, cognitive, biological, developmental, clinical and personality. Meanwhile, topics covered include the biological bases of behaviours, developmental psychology, social psychology, cognitive psychology, and abnormal psychology (mental illnesses). This entire module is solely based on the textbook (Discovering Psychology: The Science of Mind) so it is easy to study for, but fairly heavy in terms of the effort required in swallowing said textbook. I personally did not like this module because of the rote learning required. However, it is also a “safe” module to fulfil a faculty requirement.
The lectures are largely boring in my opinion because they repeat almost everything from the textbook, with rare exceptions. The only saving grace of these lectures are the fact that they highlight the important bits of information from the mountain which is the textbook. Thankfully, the lectures are recorded so you do not have to actually sit through the entire thing if you have more pressing matters to attend to.
As for tutorials, they are in fact more like seminars. Syllabus content is taught during tutorials and simple activities are carried out for students to better understand theories and facts. Tutorial attendance and participation is not actually assessed for this module, but you cannot skip more than one tutorial out of five throughout the semester or you will receive a warning email from your lecturer. Thus, it is highly recommended you turn up for tutorials. Rest assured that tutorials are somewhat more engaging than the lectures.
Assessment:
Mid-Term Test: 50% (2hour, closed book, no negative marking)
- Section 1: 90 Multiple Choice Questions (25%)
- Section 2: 5 Short Questions (25%)
Final Exam 50% (2hour, closed book, no negative marking)
- Section 1: 90 Multiple Choice Questions (25%)
- Section 2: 5 Short Questions (25%)
Everything tested in this module is from the textbook, so just memorize all the theories and facts and all will be well. Beware though, because the MCQs may be tricky, so read all the questions carefully and think through your choices before answering.
For the Midterm, the short questions were conducted through IVLE this semester. The result was horrendous. Many students faced technical issues and needless to say there was a lot of stress and panic involved. Hopefully, this will be improved in future semesters. Other than that, the short questions are in fact open-book for the Midterm since it was online, so it was not too difficult. However, most questions are not straightforward so you still need to know what concepts they are testing to fully answer the question. This is especially since having an open-book exam does not mean you know where in the book the information is when you need it. The questions are 5 marks each and you have a total of 75 minutes to answer all the questions. This means that every mark on this test is equal to 1% of your grade. You do not want to do badly for this.
For the Final exam, the short answer questions were a mix of application and theory questions. There were two tricky questions out of the five, but most of the answers can be found in various parts of the textbook. However, this exam is strictly closed book, so you really need to study your textbook before the exam. About half a page of an answer is more than sufficient to answer one question. If all else fails – smoke.
Workload:
- 2-1-0-0-7 Workload
- Components : A-B-C-D-E
- A: no. of lecture hours per week
- B: no. of tutorial hours per week
- C: no. of lab hours per week
- D: no. of hours for projects, assignments, fieldwork etc per week
- E: no. of hours for preparatory work by a student per week
One thing not mentioned in the workload is that as part of the module you are required to participate in psychology experiments (aka research). This might sound exciting, but most experiments tend to be quite boring when you are a participant. They mostly involve filling in long tedious quizzes about yourself or your reaction to supposed scenarios. However, there are some interactive ones, which are more fun. For this module, you will need to accumulate 12 points. Every 30 minutes of your time is equal to one point. Most experiments only require about 15 to 20 minutes, but you still get the full point. Luckily, you have the whole semester to attain all the points, so plan your time well to avoid last minute rush. This is especially since all psychology students need to gain a certain number of points. Thus, it might be difficult to sign-up for experiments later in the semester.