1. | Make fewer projects, specifically the one at the end of the semester tough to work on and study for finals. |
2. | Have better help on the projects, hold our hand and walk us through it. |
3. | I was in the 8am class, and some of the homeworks were not available when our class started, rather the homework opened 3 hours later. It would be great if the homeworks were open the time we are in class working on it. |
4. | longer test time |
5. | Longer for the test would help a lot. Such as multiple choice on one day and the coding on the next. It would be less stressful trying to rush through and it would give time to go back and check the work for mistakes |
6. | I liked how for the first exam we had a practice exam to complete. I wished we had that for the second one. |
7. | Maybe the day after the homework is due or the day of just go over how some of the homework problems are worked and if there are any questions. |
8. | make anything on the hw that isnt in help files on matlab in that days lab. |
9. | The final open ended project is quite difficult for a multitude of reasons. I prefer to be given a goal and a set of specifications and then use my own ingenuity to arrive at a logical, workable conclusion. Perhaps align the final project with the molds of previous projects. |
10. | group projects |
11. | More Project examples |
12. | Finding someway to make the class more interactive |
13. | I believe Schleter is a good teacher and he did explain the material well when he did in class lectures and his videos. TAs should be taught how to teach matlab not just read the lecture notes and hope everyone gets it. They are here to teach not read. Also maybe try to be more time oriented with grading students want to know their grades so they know if they are doing well or not. |
14. | none |
15. | A method in getting us more involved by using interesting examples. |
16. | I'd like to say "Always have a TA available for questions, like rotating shifts in the help session room so that there is always someone there from 8:00am to 8:00pm everyday" but that seems highly unrealistic.
I think that if you put a small list of the commands used in the labs next to the names of the labs in the labs section of the website that it would make it easier for people to go back and look up how to do things. I remember looking through several labs just to find and remember how to use this one command, and I ended up wasting so much time. For example just put (ezplot, fplot, fzero, fminsearch, fminbnd, fsolve, optimset) next to the name of the 'Solving Nonlinear Systems of Equations' lab, or even have them listed in a small description of the lab underneath the lab name.
Oh and burn Citrix and replace it, download matlab on every computer if you have to,the Citrix Receiver does nothing but freeze and I can never get any work done. |
17. | The second test was better for testing MATLAB knowledge rather than understanding what was being asked. |
18. | Make rubrics in time so that students can go back to see what they did wrong/ can improve on coding when they still remember how they coded the program. |
19. | Providing alternate, possibly more simple ways to code would be beneficial to some people who may have a hard time understanding certain ways to use commands or functions. |
20. | Maybe more example of engineers using Matlab and other programing to complete a certain project. |
21. | If a means to search all Labs for a specific subject, for if you need help doing something specific but can not recall which lab it might have been mentioned in, could be implemented, that would be slightly helpful but not necessary by any means. |
22. | The class needs more examples that on the complex labs |
23. | Greater input from the teacher. |
24. | i guess slightly better use of class time. Overall it was a good class though |
25. | Allow people to work in groups of two for the final project. |
26. | I suggest that you make the class smaller. Than the two TA's can help more people. |
27. | More time to work on home works in class so we can get help from the TAs. |
28. | Make the homework less lengthy. |
29. | If we could do similar HW assignments to that of EF 105 where we had to submit our code. This helps in feedback to see what we are doing wrong in our code. |
30. | hinting code blocks, help sessions more readily available, email/skype for help, |
31. | Provide more explanation for examples during class. |
32. | Make all of the exams the same format as the second, and perhaps hold review sessions before the exams. |
33. | A chance to earn credit in class by answering questions (like a clicker system through a poll). |
34. | Make more use of the hints in the homework for people who are struggling more than others. |
35. | In all honesty, maybe consider cutting out some of the topics that were covered but weren't applied on the projects. There is already a ton of material and normally the TA would have to go very quick in class when explaining most of it. Taking a couple things out here and there to slow down the tempo during class would probably help everybody to understand everything better. |
36. | Focus more time on functions, as those seem to be relevant for everything in this class. |
37. | I know you've heard this enough, but maybe faster grading. I didn't know what I did wrong on my previous projects to help on the next ones. |
38. | It would've been especially helpful for the last project if simulink or gui were two classes instead of one. |
39. | see 'general comments/suggestions about the class' |
40. | Possibly implement group projects, the TA should encourage students to follow along the practice or example in class on their own computers. |
41. | The multiple choice section on exams are too specific, make them broader questions that can be answered with common knowledge about the functions. |
42. | Possibly giving more practice problems for each section to do. |
43. | free food would help but the final project is totally out of the blue i feel like. i have no idea where to start |
44. | If this class was optional on attendance, that would be nice. |
45. | Return the grades faster so I can learn what I did wrong. |
46. | Free food day to work on projects and help fellow classmates out |
47. | Maybe instead of the TA's just expecting us to know how to do the practice problems, they should walk us through the beginning of an example and then we can finish. Alot of times I noticed that no one was doing the example problems because they weren't particularly sure how to begin them. |
48. | You need three primary projects that correspond to what students will use matlab the most for:
Plotting, Functions, and the Final project which tests your ability to use matlab beyond this course.
The Data Analysis and Polygon Properties projects both teach you about functions -- it is unnecessary to have both for a 2 hour course. |
49. | Slow down the lecture, and make sure that the instructor has prepared for the lab. |
50. | Some material on the lab pages were not pertainent to what we are learning. If possible, I would suggest to review the pages and make them more stream line. |
51. | for test one, where you have to do a lot of code, i guess time was an issue. so probably less questions would be better |
52. | Give more time on the exams or shorten them. I understand that we are suppose to learn how to use matlab quickly, but if/when we use matlab later on in school or for work, it will not be time constrained. Putting tight time constraints on the exams just hurts the students that understand what they are doing but are not as efficient at using computers. |
53. | Provide matlab scripts for the sample exam problems |
54. | It would have been nice to know about the online section before the first day of class. Additionally, I realize it may be a bit unrealistic, but classes that are work periods and essentially help sessions rather than lectures would be great. Most of the labs are self explanatory, and knowing whether you understand a concept is difficult if you haven't had time to run through the homework by yourself. Assuming we are not supposed to do homework during class, it is difficult to ask questions. |
55. | Let homework and example files be accessed earlier; I had nothing to compare homework to when I was completing it at times and it made me question things that were right or overlook things that were wrong |
56. | Being taught more on how to program step by step instead of how things work together |
57. | Overall, the class was excellent, with a few setbacks and frustrations. I think it would be wise to incorporate netid's into the names of project files. Hopefully, this would improve issues with MATLAB/Citrix mixing up files, and it should still be possible to write a program to automatically analyze these files. |
58. | I think that making in class assignments would make the students pay attention in class, or at least take off participation points if they are not engaging in the class. |
59. | The text explanations are often not as informative as the videos. I would put all the important material in both the text and videos. |
60. | When looking at example programs, there is a lot of "fluff". "Fluff" would be code that is not necessary for the program to work that only adds to the display of the program in the end. It's hard for me to learn what I'm supposed to about a command if I'm confused which parts are "fluff" and which are actually essential for finding the answer to my question. This is especially frustrating when studying for an exam. If the "fluff" could be made clear that it is "fluff" then I would be able to understand more difficult code better. |
61. | My only suggestion would be to make the exam formats more consistent. But other than that I really enjoyed the class and how well it was executed. |
62. | I think the class could be improved by more coding in the homeworks. I honestly need more practice with the commands. Giving more in-class time to work on homework assignments. |
63. | I would like to make a game during a project. |
64. | Less time consuming projects |
65. | Maybe create some more straight forward examples of using Matlab for optimization, and also for fsolve. The labs for those two concepts are just a little vague. |
66. | Like I've said, I think that reducing the topics covered and focusing a little more in depth on what we do cover would be advantagous. |
67. | Created easier examples with solutions. The hard examples and practice problem made this class almost impossible to learn for me. |
68. | Encourage work on the projects earlier so the help sessions near the due date are not as crowded. |
69. | Possibly more in class time spent allowing the students to test out their own code instead of simply watching and asking a few questions. I feel that coding is easiest learned when you do it yourself, make mistakes, and then are able to get quick feedback on how to improve. |
70. | Add more real homework problems like the ones we had on the last few homeworks. Having a smaller try penalty and a real example to work off, but using a challenging problem helps a lot better than multiple choice questions. |
71. | More time for students to code in a low pressure trial and error environment. It's best to learn this stuff by messing up on your own. Sending the TAs around the room to look over everyone's shoulder is a pretty effective way to dissipate the 'low pressure' environment. |
72. | More interaction with the student and teaching. Many lectures were taught just by reading off the labs on the website, which I could have done. |
73. | I can't think of anything. |
74. | Have examples that are required to do for grades so it forces you to pay more attention in class since sometimes it's a very dry subject. |
75. | More explanation from TA's/online. Sometimes there were things in the homework that were not mentioned in class. |
76. | The help sessions were only offered at the same times every day. Maybe having them at different times could be better. |
77. | free food |
78. | I would make the final project earlier, maybe even due before Thanksgiving, to take away some of the stress of finals. |
79. | Possibly being required to submit files of examples done in class. This would require you to do the examples which would give you a better understanding of the material. |
80. | I feel that it would be a little more helpful when going over the example problems in the videos for online sections that you actually write the code out instead of just copying and pasting it. Seeing the process and order of writing it out really helps understand how to tackle future problems. However I understand that this would be more time consuming and may not be practical. |
81. | Let students use the website on the multiple choice part of the exams. |
82. | I feel like the technology used is out of date. I realize this could be expensive to solve, but the computers are entirely too slow and unreliable. |
83. | I feel like the projects could of been done as a team, or partners. If this is done then the projects could be a little more in depth. |
84. | I do not think that an online version should be offered. Simply because I went to the in-person lectures and being in class, at least watching the examples on the board, was much more beneficial for me. |
85. | The last project, in my opinion, should have more guidelines like the previous projects. It is cool that we can do our own thing, but that makes it a lot harder. |
86. | I think the curriculum could be trimmed some on certain days as I felt rushed and was not allowed to fully understand some of the material. This forced 'catch up' and it was not always easy to do. |
87. | Homework help |
88. | More in-class example uploads
Less numerical questions on the exams: I had more trouble with time than anything else. It takes time to debug code!
If you consider having textbooks, maybe open book for the multiple choice part. In the real world, you would have access to this kind of definitional information.
Finally, consider what I said about chemical engineering majors. Maybe have a chemical engineering specific version of this class - that would be useful. I became frustrated at points when I was having to learn material that I knew did not apply to my major when I could instead be focusing my time on using matlab for chemical engineering purposes. |
89. | less coding in examples that doesn't have anything to do with the main topic in the example |
90. | just be organized and maybe make the projects less time consuming because they suck to do |
91. | I felt that some of the instructions for the projects were vague and could have been improved by being more detailed with what was expected. Also allowing the students to see the rubric on how their project will be graded before it is due would be helpful in allowing us to ensure we have done everything that is necessary. |
92. | More time needs to be spent covering some of the topics in class from labs: 15,16,20,21,24, and 25...
....Labs 26 and 27 could be done earlier, and simple GUI's could be implemented in later labs. |
93. | maybe find a way to make it more interesting and have more people work together to make a certain program. |
94. | Take examples of problems from different departments of engineering. Like how using the matrix algebra could solve a material balance for the CBE's. |
95. | The final project could have been assigned earlier because it puts more pressure on the students during finals. |
96. | I would suggest having the TA's be more interactive with the class. Usually, half the time the class is either working on the homework due or on their phone. If the TA's required the students to work along with them and have more interaction, it would be more effective. And, also for the TA's not to fly through the examples, and then give us 20 mins to work on 2 or 3 problems we hardly know about. |
97. | Put more info into the project descriptions and examples on how to do your header and what the project should look like when your done. |
98. | Make sure the labs ate directly related to the homework |
99. | I feel that coding is very heavily emphasized here at UT but equally as important to some majors is modeling, such as autocad. It doesn't seem that there is much taught about it here at UT. |
100. | A few of the class examples didn't seem to work, maybe revise a few. |
101. | I wish before tests we could have a review homework for extra credit or even real credit, so that we can have a good way to prepare for tests. |
102. | Go through the code a little bit slower because sometimes it can feel overwhelming. |
103. | offer grades for watching the videos instead of going to class and wasting time. |
104. | A set of notes |
105. | Less lecture and more individual work. |
106. | Find a way to incorporate more attentive listening. |
107. | More in-depth examples, similar to exam problems. |
108. | You guys offer plenty of help, so there shouldn't be any struggles. I've sat here for a few minutes now and come up with nothing. It serves its purpose as a course. I know a lot more about MATLAB. Even more than 105, so it's not a clone by any means. Keep up the good work. |
109. | Change the multiple choice set up on the exams, they could be better. They really don't contribute to my understanding of matlab in any way,shape,or form. |
110. | More class time to work on some of the projects. |
111. | I would say less projects. two big projects would be a lot better the 3 medium sized projects and a big one. |
112. | Don't teach as much material. It was hard for me to remember what type of commands to use for certain things or how they worked properly. Possibly make videos stepping through the homework problems to help identify how to do them properly. |
113. | Remove the multiple choice questions and just use numeric questions, I feel like if you can get the correct values with what we learned in lab, then that should be sufficient |
114. | Spend less time waiting for people to finish the practice examples. Most of the time we haven't learned enough/fully enough to do it ourselves. It would save some time. |
115. | Better instructions. |
116. | More worked out examples on the labs, I could never figure out how to sift through all the example m-files and googling things was not helpful for me. It would have been great to see more examples worked out by you or the TAs |
117. | More extensive homework and making the entire homework multiple choice. Making more coding usage homeworks where you have to find the answer instead of just doing the first page. |
118. | Lower the scope. |
119. | I think this would do perfectly fine as an online only class. |
120. | I honestly liked the class a lot. It was my favorite class this semester. I think everything was great, the material, the lectures, the assignments, all of it helped me learn. I can't think of any suggestion to improve the class, because I have no complaints, for me everything was really good! |
121. | Like I said. TA need to slow down.
I understand that we all want to get the labs over with.
I just felt like that the TA was just shotgunning the slides out of the way so the class could be over asap. |
122. | practice timed problems for extra credit
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123. | I think all of the homeworks should have had numerical portions. People like me won't learn anything until the day before the test otherwise. |
124. | Relate TA lectures with the material! |
125. | I think if all the data structures and types were taught in one unit it would be less confusing. |
126. | Add the ability to search through all the labs, as if they were threads. |
127. | Make the final Exam more structured, students I have talked too do not like to create something without knowing the expectation of the grader. |
128. | The labs could be a bit more in depth, only because this class just goes over some of the basic ways to use MATLAB and the the hw could have more actual coding part than what is currently offered. |
129. | More projects. I feel like my most productive moments in learning come from spending time on the projects. I think more mini projects and less HW could provide a better learning experience. |
130. | The one suggestion would be to have example problems before the test like in EF 105. Those really helped in preparing for the tests instead of being in the dark. |
131. | Requiring in class lab participation for those who are not in the online section of course. This might help people understand the material better the first time, rather than making the TAs work extremely hard during help sessions. This could also reduce the number of people attending the help sessions. |
132. | Allow more time for exams or decrease number of questions on exam. |
133. | I feel like more simple explanation and applications to classes we're actually taking would help because I feel as if I will never use this ever again. |
134. | Maybe more homework hints for the assignments. |
135. | maybe class challenges that where competitive during class time. Forcing us to use what we learned in inventive ways. |
136. | Meet more times a week. |
137. | I would put more emphasis on coding to get results than multiple choice for exams and homeworks. |
138. | A practice test similar to that of the first exam would have been much appreciated for the second exam, unless the lack thereof is by design in order to encourage students to take full initiative themselves to study the material, in which case it would be by all means appropriate to continue with the present system. |
139. | I would like to have taken the class if it was taught directly by professor Schleter. He taught one session I was in and it was the most informative session I took and by the end I felt like I really understood the material. |
140. | More appearances of the professor to classes. |
141. | I think the grading scale should be like most other engineering courses, (90 - 100 is an A, 80-89 is a B, etc.) This would make the class a little bit more relaxed and more fun, which is good for a coding class because coding can be fun. I feel that more can be learned in coding if the class is more relaxed. |
142. | cancel attendance requirement, and more extra credit opportunities. |
143. | Make sure every relevant part of the lab is clearly explained. I was a little confused at times |
144. | Make more open-ended homework problems. They were the most helpful in helping me learn the material. |
145. | I think its good! Besides project delays. Maybe have all the exams be in the format of exam 2, that format was easy to understand and everyone is used to it from EF 151/152. |
146. | Provide more coding examples on the homework; especially for the online section as it easy to skim over the basics of the class. |
147. | don't count points off for absence. |
148. | The examples used in labs for the commands were too difficult. It would be better if easier examples were used to help us to understand the purpose of the command. |
149. | Perhaps clickers could be utilized in some form. |
150. | 1) I think the amount of projects should be reduced.
2) I think the HW needs to be a little bit helpful, in terms of asking about stuff that we took, not stuff that we don't know about.
3) Using easy examples to explain concepts.
4) I believe this class should be online and utilize questions about each lab, like Fabulous Friday in EF 152. |
151. | Free class. Cancel food. |
152. | I think feed back on projects and exams will help better than just grading.
and as I said above, I think some kind of exam study guides would be very helpful to prepare for exams and understand the material better. |
153. | Some examples in the labs have commands, functions,notations, or particular structures that have not been covered, or are never covered, so they can make it difficult to learn the code actually being taught. This isn't for every example of course, but adding emphasis to the notation of MATLAB could be good for people who don't know why certain things in MATLAB are the way they are. |
154. | Make one of the first three projects optional and allow people to pick the two they want to do, would both help with the grading work load and allow us the students to put more thought into the other projects. |
155. | I think more visits and lectures taught by the actual professor would be immensely helpful. The TA's did their job, but I feel that it could have been done better with the help of an actual professor. |
156. | For me, if it was completely online, i would have done much better because going to class to stare at a computer was unessacary because i could do this at my house. |
157. | Leave time at the end of class for students to work on the homework. |
158. | Give a practice test for each exam. |
159. | Easier projects. |
160. | A few of the questions on the multiple choice section of the exams were things we just skimmed over. I think it would have been a little better if the questions were all things that we went over in more detail. |
161. | should have go over the project in the class |
162. | n/A |
163. | I feel that there shouldn't be a final project and cumulative exam. I feel like one is enough because you have to use everything you learned to do the project. |
164. | Occasionally announcements were posted in the 'Labs' section about tests or projects. These can be easily missed by students in the OL section. |
165. | As stated above, mandatory coding homework would be great |
166. | The class could be improved with a longer testing period. |
167. | I think there could have been about twice as many multiple choice questions on each homework in order to better prepare us for the multiple choice section of the exams. |
168. | I think only offering it as an online class would improve it. |
169. | Provide more TAs when the help sessions are very crowded. |
170. | More clearly understood examples posted in the labs. |
171. | I would provide more example problems similar to the homework/tests. Also, some of the multiple choice questions can get confusing at times. |
172. | See paragraph on what was wrong with class. I had no other complaints except for that. The TA's were surprising in how well they knew the material. EF 230 students can find help if they want it! But those dang examples aren't the way to go. |
173. | A little more of a structure for the projects would be helpful. |
174. | Make a book or command summary/example packet. |
175. | Extra-credit opportunities (make-up project, etc) |
176. | I felt like some of the multiple choice questions on the exams were no covered in any of the labs. I would suggest making some of the questions more relevant to what was taught. |
177. | A few more basic examples without plotting and other notation would be nice. Although the visual graphs are good to have, they can be confusing and overwhelming at first glance. A simplified version of even the same program, and then repeat the same program with the graphs and explanation would be nice. This was often done in the videos but those files were never available to us. |
178. | Talk more about the applications of matlab commands so that people understand them more. |
179. | This class might be improved by covering less material and then covering what is covered more in depth than what it is. |
180. | Instead of a final project, I suggest adding another project between module one and module two incorporating images, and a smaller project after module two using guide. |
181. | Have an alternative to the class that teaches some basics, then set the students off to work on one big project they turn in at the end of the semester. |
182. | To help us more to do homework |
183. | Free food on a canceled class day. Could go more in depth on how to use commands. Not just what they mean, but how to use them. |
184. | Do exam reviews for all of them |
185. | Group projects. |
186. | More online help. |
187. | More smaller projects would be better than fewer longer projects.
Maybe some more videos on what exactly what is expected regarding the projects. In my opinion the best way to learn Matlab is to watch it be done and do it yourself. Trying to learn Matlab can be very time consuming and frustrating if there isn't enough guidance.
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188. | Maybe make the projects less involved/take one away. It's just a one hour class and the projects are super time-consuming. |
189. | . |
190. | I think the lectures should have two 'segments': an in-class segment and an out-of-class optional segment. The in-class segment should have only a few basic examples that are covered in depth, then leave the super complicated ones for out of class optional segments. This way, the material is better understood through fewer examples given more time to cover. |
191. | Allow an exam in class review session |
192. | More in depth lectures and descriptions on how certain things in MATLAB work |
193. | Do more practice in the class like the exams. |
194. | More examples would be nice in class. Work the examples slow and explain them thoroughly. |
195. | More timely videos. |
196. | (I would like to say those suggestions mentioned above are very good, but) If there was one thing I would change about the class, I would allot time before class (before the new lesson) to do homework or work on projects. This benefits those who are ahead of the game (give them free time basically), and helps those who are lost or behind by giving them a chance to get help other than from the help sessions, which may not be a viable option for students due to class or work conflicts. |
197. | Give partial credit on tests if we have part of the code correct. |
198. | The addition of how to overlay a picture with graph would be good to add into the material.
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199. | One way the class may be slightly improved is having basic questions to do during the span of the class and including this in the participation grade, then increasing the weight of the participation grade. |
200. | Not to belittle the importance of coming to a class, maybe I was getting a lot more out of it than I realized, but I think that up front it would be nice if you would make clear that the online class is a very viable option. I didn't do it because I was afraid of getting in over my head since I was on my own but looking back I think I definitely could have done it and I think I wish I had. To me, coming to class never seemed to make much of a difference with all the other resources available for me to figure it out myself. |
201. | More time in class for example problems, instead of just watching the TA's do them |
202. | yes |
203. | Go more in depth in explaining like the day Professor Schleter taught. |
204. | I think that if some examples were simplified or some commands were covered outside of an example, it would be easier to grasp some of the commands.
I also feel as if the TA's should slow their teaching a little, as it is hard to follow along when they know exactly what they are doing and we do not. |
205. | Maybe Bonus question on the exam? |
206. | Homework solutions posted after due date |
207. | I didn't like the multiple choice section on the exams |
208. | The project schedule should be a week ahead of where it is now. The final project should be assigned with enough time left in the semester that it can be due the week before it is due this semester. This will also make it possible to be graded in time for the students to see their mistakes and ask the TAs about them if they need to. I guess this might be possible just by fixing the grading issues so that progression to the next project is quicker. |
209. | The day Professor Schleter came and taught our class I liked that he asked the class a lot of questions and was very interactive. It helped me learn the material that day very well. Maybe there could be more of an emphasis on a "discussion" in class because sometimes it felt uncomfortable to ask questions since no one else would speak or ask questions. |
210. | Give more time for the exams. |
211. | more involved TAs |
212. | Maybe review the numerical parts of the tests and homeworks after they are done. |
213. | More interactive simple projects during lectures to better understand the stuff better. Or maybe changing the class and separating it into an hour of lecture and an hour of lab to work with the information learned in lecture |
214. | Use less "pre-built" programs in class. Simplify more. |
215. | I guess I'll just reiterate my hopes for some hints on the homework assignments. I believe that it would help a lot of students develop the problem-solving skills needed to figure out the more difficult problems. |
216. | Free food
cancel the class
otherwise it was pretty good. Confusing at times, but done well overall. |
217. | Clearly label what is an integral part of the class and what is more for interesting possibilities in Matlab. |
218. | take out some of the less useful skills learned. such as the sound lab. Also help on the multiple choice test questions. I feel like a lot of the multiple choice questions could be interpreted multiple ways. This class is like learning a new language and mixing English with "Matlab" gets confusing. |
219. | Explain the projects more thoroughly |
220. | Give one full lab on tips and tricks involving how to use the matlab help file. that thing is a beast to navigate. |
221. | Get rid of the establishment and give the power to the people man. |
222. | none |
223. | More instructor's in the help sessions, some form of study guides for tests |
224. | I think you should do more projects and not as many tests |
225. | There really isn't anything I would change. I think it is structured well and I think you have given plently of resources to understand the material and plenty of opportunities get help. |
226. | I think the videos were a good way to help me understand the material past what the TAs were able to say. I think sometimes the TAs could be a bit better versed on subjects such as Simulink. Overall the course is fair. |
227. | Train the Ta's better on what they are teaching us. |
228. | UT's servers for MATLAB computations could be more powerful, but that's more of a wish than a criticism. |
229. | There was a lot of material covered throughout the semester. I think some of this material was unnecessary and not relevant to useful applications of matlab. |
230. | Send emails whenever homeworks are due. |
231. | One way this class could be improved is by going over some of the more difficult topics in greater detail. |
232. | It could be more effective to let the students work on projects while the TA's are around for questions versus giving a lecture. |
233. | More detailed explanation of concepts |
234. | Website access for the full test |
235. | Make the online labs more encompassing to have examples for all my questions on homework. |
236. | FREE FOOD
CANCEL THE CLASS
FREE DINOSAURS
I would honestly just have the TA's slow down on the in class examples |
237. | Some of the concepts do not seem useful |
238. | The real-world applications of MATLAB are not incredibly apparent. Maybe some examples of how it is used in the field could be beneficial. |
239. | More videos that have more complex problem like on homework |
240. | group projects would be an interesting idea |
241. | Make homework open after the ta is done teaching and have it worth extra credit until the end of class so that people listen to the lecture and stay for the help from the ta's. |
242. | Put two TA's in the help sessions to be more efficient in answering questions. |
243. | I would recommend holding an exam after every 4-5 labs, but these would only include the multiple choice type questions we were given in the first part of our exams. Then, all assessment of the students' coding ability would be evaluated via smaller projects assigned more often. These could be 10 point projects and focus on one or two simple problems. I realize exams are part of courses, but hurried coding on command is not very effective. |
244. | See above; knowing that we will need paper notes form the beginning will be useful. Coming in from EF 105 where we had the website, that was unexpected. |
245. | I wish there was less emphasis put on know the terms and the correct functions and more emphasis put on solving problems. |
246. | Take out the participation points. You are only hurting yourself if you don't come to class and should have but there were many times that I felt I could have learned the material on my own. |
247. | Get more interactive with homework during class. |
248. | I would try to put more focus on the homeworks on the coding rather than the multiple choice. A lot of the homework ended up being just finding an answer without learning any of the concepts or being able to practice them. Maybe reduce the multiple choice on homeworks and add a section of coding-- those were when I learned the most. I would also suggest not activating the homework until after the lab. I rarely did the examples in class (not your fault) because I would just read the lab and do the homework during it. |
249. | Do not bring Zyante back. |
250. | I don't think class attendance should be graded because I don't think it's necessary all of the time. Going to class was undoubtedly helpful, but I don't think it should be required. |