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This syllabus is from a previous version of CS 125. Click here to access the latest version.
CS 125 Spring 2018 Syllabus
1. Overview
This course is an introduction to the concepts and craft 1 of computer science. It will teach you to both think and act like a computer scientist. It will change how you approach problems and provide you with powerful tools that you can use to change the world.
Computer science is both an applied and a conceptual discipline. You will learn how to program in this course. Learning how to program effectively helps you bring your ideas to life. It can be frustrating at first—computers are irritatingly literal machines. But programming is a skill, and like any other skill you will get better with practice. Computers are one of the most powerful tools that we have at our disposal to solve almost any problem. Learning how to get them to do your bidding is extremely empowering. You will quickly come to understand the hackers lament. Once you can program well, you can do anything.
But while programming is both important and enjoyable, computer science also has deep conceptual concerns at its core. As a computer scientist, you’ll learn to design solutions to problems so that computers can carry them out efficiently—we call these algorithms. Being a computer scientist means coming up with new ways to solve problems more effectively. And then you get to build your solutions and can easily deploy them to billions of people all over the world. No other field has this potent mixture of left-brain analytics, right-brain design and creativity, and the potential for global impact.
1.1. Description and Prerequisites
From the official catalog description:
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Description: Basic concepts in computing and fundamental techniques for solving computational problems. Intended as a first course for computer science majors and others with a deep interest in computing.
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Prerequisites: Three years of high school mathematics or Math 112.
1.2. Learning Objectives
CS 125 works on both conceptual and skill-based levels. We teach you how to think, and we teach you how to do.
1.2.1. Conceptual Objectives
When you finish this course, you will be able to:
Outcome | Assessment |
---|---|
Develop algorithms to effectively solve problems using computers—including both iterative and recursive algorithms—and reason about their computational and storage requirements |
Class and lab participation, quizzes, final exam. 70% correctly identified marks outcome achieved. |
Describe how computers represent, structure, and manipulate data—including numbers, strings, and multimedia data including images and audio |
|
Explain the importance of core Java software development concepts—including object orientation, object types, encapsulation, and inheritance |
|
Explain how computers work—including components of a small instruction set and byte-addressable memory |
1.2.2. Programming Objectives
When you finish this course, you will be able to:
Outcome | Assessment |
---|---|
Design and implement small and medium-sized Java programs that perform straightforward operations on simple data types, using recursion when appropriate. |
Machine problems, lab programming projects, office hours attendance. 70% correctly identified marks outcome achieved. |
Learn to use modern Java software development tools—including an integrated development and debugging environment (IntelliJ), source version control (Git), testing framework (TestNG), coding convention tool (checkstyle), build system (Gradle), and pair programming techniques. |
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Utilize standard Java features and libraries—including objects and simple built-in data structures. |
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Debug and test Java programs |
1.3. Preparation
CS 125 assumes no prior knowledge of computer science or programming experience. However, the course is a lot of work—and so is best suited to those who are either majoring in computer science or have a strong interest in the subject.
Some students in CS 125 have no experience with computer science. Others have been programming for years. We will do our best to accommodate both groups.
1.3.1. If you’re new to computer science…
Welcome to the most exciting field on Earth! We’re extremely happy to have you. We know that it can be hard to get started, but trust us—you’ll get better with practice. Programming is a skill. The more you do, the better you get. If you’re willing to put in the time and energy, we’re here to help you succeed.
When you’re starting something new, it’s normal to occasionally feel intimidated by those around you. We were all new once, and most of us try new things at least once and a while. So we know what it feels like. Just remember that no matter how it may seem, there are a lot of other students in CS 125 that are beginners too. And if you’re working harder than some other students in the class, then it just means that you’re learning more than they are.
Also keep in mind that computer scientists can get extremely excited about what they know. Our field is awesome, and we’re all learning new things all of the time. Unfortunately, sometimes that can come off as arrogance or bragging. But don’t let it get you down. We want you to share in the excitement, and will do our best to make sure that happens.
1.3.2. If you think you already know what you are doing…
There’s so much more to learn! No matter how much background in computer science you have, there are always new areas to explore, new languages to learn, new problems to solve.
Even if you don’t find every aspect of CS 125 challenging, we hope that it can continue to move you forward on your journey in computer science. Keep in mind that continuing to develop as a programmer requires practice. If the MPs don’t take you that long, then you aren’t getting the practice that you need to keep improving. You might want to join the honors section (CS 196), get involved with the Illinois Chapter of the Association for Computing Machinery (ACM), or just make sure that you have some side projects to keep you busy.
And please feel free to help other students in the class that might not know as much as you. One of the best things about computer science is the community of generous and patient people willing to help beginners get started.
1.4. General Education Information
CS 125 meets the University of Illinois General Education Requirements in the Quantitative Reasoning 1 category.
2. Dates, Times, and Locations
CS 125 consists of lecture taught in an active learning format, weekly lab sections, and office hours. You will attend three one-hour lecture per week, one two-hour lab section, and many office hours 2.
Lectures are taught by Geoffrey Challen. Labs are led the 10 TAs, and office hours are staffed by the TAs and our 157 course assistants. We also have 10 course developers hacking away furiously to improve our course materials and infrastructure. You can find out more about the entire staff on the people page.
2.1. Calendar
We suggest that you add our shared calendar to your calendaring program. If you are not using a calendaring program, we suggest that you start using a calendaring program.
We don’t maintain separate calendars for every lecture and lab, so this calendar is only for collective class events: things like office hours, quizzes, MP deadlines, and other events that are relevant to the entire class.
2.2. Lectures
All of the CS 125 lectures are at capacity, so please attend and participate in the lecture that you are registered for. You will not receive credit for participation in the wrong lecture.
Lecture videos will be posted online. Feel free to view them if you are absent or need to review.
Days | Time | Location | ||
---|---|---|---|---|
0 |
AL1 |
MWF |
08:00–08:50 |
1002 Electrical & Computer Eng Bldg |
1 |
AL2 |
MWF |
10:00–10:50 |
1404 Siebel Center for Comp Sci |
2.3. Labs
Please attend and participate in the lab that you are registered for. You will not receive credit for participation in the wrong lab.
Days | Time | Location | TA | Assistants | ||
---|---|---|---|---|---|---|
0 |
AYA |
T |
09:00–10:50 |
0224 Siebel Center for Comp Sci |
Adrian Isuru Herath, Edward Pei Shi, Yujia Yan, and Billy Li |
|
1 |
AYB |
T |
11:00–12:50 |
0224 Siebel Center for Comp Sci |
Ajaita Saini, Annabelle Y Shih, Yu Ma, and Zaaim Patel |
|
2 |
AYM |
T |
11:00–12:50 |
0222 Siebel Center for Comp Sci |
Bradley T Fishman, Daniel I Rosen, Haoyu Wang, and Nikita Mikhaylov |
|
3 |
AYC |
T |
13:00–14:50 |
0224 Siebel Center for Comp Sci |
Nicholas Wang, David Terpay, Kevin Zhang, and Eric Wang |
|
4 |
AYN |
T |
13:00–14:50 |
0222 Siebel Center for Comp Sci |
Cameron Andrew Welch, Jiarui Zou, Wenshan Xiong, and Xingjian Di |
|
5 |
AYD |
T |
15:00–16:50 |
0224 Siebel Center for Comp Sci |
Calen Allen Resh, Eugenia Yijing Chen, Leyao Zhou, Timur A Javid, and Zihe Wu |
|
6 |
AYO |
T |
15:00–16:50 |
0222 Siebel Center for Comp Sci |
Jack Anton Henhapl and Mose Mizrahi |
|
7 |
AYE |
T |
17:00–18:50 |
0224 Siebel Center for Comp Sci |
Maanu Grover, Riya Bhaskar Dave, Ruobin Wang, Satvik Sethia, and Will Albers |
|
8 |
AYP |
T |
17:00–18:50 |
0222 Siebel Center for Comp Sci |
Aarya Chandhok, Feng Hou, Meghana Chigurupati, Sejal Kamlesh Parmar, Soham Saha, and Soumya Sarah Kuruvila |
|
9 |
AYF |
T |
19:00–20:50 |
0224 Siebel Center for Comp Sci |
Baihe Duan, Jiahua Zhang, Jiali Chen, Jiazheng Yu, Natalia Nicole Ozymko, and Zhengrong Sun |
|
10 |
AYH |
W |
11:00–12:50 |
0224 Siebel Center for Comp Sci |
Arushi Agarwal, Divey Anand, Austin Li, and Michael James Hennelly |
|
11 |
AYR |
W |
11:00–12:50 |
1103 Siebel Center for Comp Sci |
Han Sun, Morgan Meliment, Rishu Bagga, and Zhe Zhang |
|
12 |
AYI |
W |
13:00–14:50 |
0224 Siebel Center for Comp Sci |
Anooj A Lal and Ryan Schweizer Johnson |
|
13 |
AYS |
W |
13:00–14:50 |
1111 Siebel Center for Comp Sci |
Connor Ethan Reardon, Hailey Malueg, and Keshav Shivam |
|
14 |
AYJ |
W |
15:00–16:50 |
0224 Siebel Center for Comp Sci |
Alex Shi, Chinmaya Pankaj Sharma, Ismail Emre Dayan, and Wenjie Yu |
|
15 |
AYT |
W |
15:00–16:50 |
1111 Siebel Center for Comp Sci |
Alexander Benedykt Szymanski, Joey Bahary, Kayla Cease Raflores, and Suhirtha S Raj |
|
16 |
AYK |
W |
17:00–18:50 |
0224 Siebel Center for Comp Sci |
Paul Anthony Karas, Satwik Singh, Vladimir A Montchik, and Vincent Yang |
|
17 |
AYU |
W |
17:00–18:50 |
1111 Siebel Center for Comp Sci |
Eunsun Lee, Tajesvi Bhat, and Yiyin Shen |
2.4. Office Hours
Office hours are run by our 157 course assistants and our 10 TAs. They are on the calendar and pretty much all day every day. See the resources page for more details.
3. Communication
CS 125 is a large class. This makes it important for us to communicate with each other in effective ways.
We have set up a comprehensive and well-organized course website 3 and modern course forum to help you find our what you need to know. Our goal is to avoid email as much as possible, along with other 1-to-1 forms of communication that don’t scale well to large numbers of students.
There are two primary sources of information for CS 125:
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This website
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The course forum
If you have a question about the class, first look on the main course website—the one that you are currently browsing. Then, search the forum—maybe another student has asked your question and we’ve already answered it. If you still can’t find an answer, post your question on the forum.
3.1. What You Are Responsible For
As a student at the University of Illinois you are responsible for email sent
to your @illinois.edu
email address.
We will occasionally use a course email list to send important announcements.
So messages in your inbox might say things like: "There’s a quiz tomorrow" or
"There’s a fire alarm in Siebel and class is canceled."
We all get too much email, but learning to manage it is a fact of modern life.
Feel free to talk to the course staff if you want tips.
As a student in CS 125 you are responsible for messages posted in the announcements category of the forum. These announcements are important and we will frequently post in this category in lieu of using email. You can configure Discourse to send emails each time a topic is created in a specific category. We would suggest that you do that—or plan on visiting the forum each and every day. In fact, both are good ideas.
3.2. Contacting the Course Staff
Please do not email the course staff with general course questions. You may think that the professor spending five minutes responding to your email is not a huge problem. But five-minute responses to 600 students consumes 50 hours of time, which is about half of my entire work week. You should also never contact a TA or CA directly unless they have agreed to this beforehand. Post on the forum.
This is not because we don’t like you or don’t like email. It’s simply because there are a lot of you, a much smaller number of us, and many of the questions that you have are shared by other students. If you email us, we can answer your question to one person: you. If you post on the forum, we can answer your question to the entire class. And you may find that your question has already been answered, or that another student can answer it for you.
Here is a general guide about how to contact the course staff:
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I need help installing (insert name of software here)…: post on the forum.
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I’m confused about (insert name of concept here)…: post on the forum.
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I need help with (insert any CS 125-related item here)…: post on the forum.
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I can’t find (insert name of CS 125-related resource here)…: post the forum.
Can you see a pattern emerging here?
In contrast, here are some cases where you can and should contact the course instructors:
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I think that my friend is cheating in CS 125: contact the course staff.
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I’m really sick and getting behind in the class: contact the course staff.
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I’m feeling really overwhelmed and need someone to talk to: contact the course staff, or an academic advisor, or a friend.
4. Grading
Your CS 125 grade is determined by your performance on the machine problems (MPs) (45%), weekly quizzes (20%), a single final exam (20%), completion of Turing’s Craft programming exercises (5%), and lecture (5%) and lab (5%) participation.
4.1. Grade Components
Your total score in CS 125 is broken down as follows:
Component | Percentage (%) |
---|---|
45% |
|
20% |
|
20% |
|
5% |
|
5% |
|
5% |
These weights are designed to reflect the amount of time that students spend on each part of the class. You will spend most of your time completing the MPs, and that is where you will get the most practice and actually become a computer scientist. The quizzes and exams give us a chance to evaluate your performance in a more controlled setting. Most students earn full marks on the other course components: Turing’s Craft, and lab and lecture participation.
Details about each grade component are included below.
4.2. Dropped Grades
To account for illness, absence, forgetfulness, mistakes, and other normal life events, we will drop a few of your lowest scores for all course components except the final exam. The table below summarizes the drop policy for course component:
Component | Percentage (%) | # Assessments (Estimated) | # Dropped (Firm) |
---|---|---|---|
45% |
8 |
1 |
|
20% |
15 |
3 |
|
5% |
30 |
5 |
|
Lab Participation |
5% |
15 |
3 |
Lecture Participation |
5% |
45 |
10 |
So, for example, we will assign 8 MPs and drop your lowest 1 score. We will track participation in 15 labs and drop your lowest 3 scores. We will assign 30 TC exercises and drop your lowest 5 scores.
4.3. Estimating Your Letter Grade
Letter grades in CS 125 are assigned based on how well you do, not based on your performance relative to other students. We have an unlimited number of A grades that we can hand out. If everyone in the learns all of the material to our satisfaction, everyone in the class will make an A.
Inevitably the difficulty of various parts of the course varies from semester to semester. So we do not determine the final grading scale until we examine all scores at the end of the semester. During the semester, do not ask us to estimate your grade or tell you how well you need to do on an assignment to make a certain grade. The fact that the final exam is worth 20% of your grade also makes it pointless to try to project your final grade midway through the course.
Instead, focus on learning the material to the best of your ability. Programming in particular is a skill—the more you do, the better you get at it. So you should focus on doing as much as you need to get good at it, rather than the minimum necessary to make a particular grade.
4.4. Posting Grades
We do not guaranteed that we will maintain grade components on Compass. We will post final letter grades and all grade components there at the end of the term.
5. Machine Problems (MPs)
Programming is a skill. Like other skills, the more you do it, the better at it you become. The CS 125 machine problems (MPs) 4 are the primary way that you will learn the powerful skill of computer programming—today’s modern superpower.
Together the MPs are worth 45% of your grade—the largest grade component. Working on them will deepen your understand of the material covered in lecture, and improve your performance on the quizzes and final exam.
5.1. How to Complete the MPs
The CS 125 MPs are designed to take a significant amount of time. So you should arrange your schedule so that you can devote a significant amount of time on them. Do not start the night before. Not only will it be unlikely that you will complete the MP, but you will also be unlikely to be able to get help when you get stuck.
Learning to program is like learning other skills—how to play an instrument, throw a perfect spiral, cook the perfect omelete, or learn another human language. You have to do it every day. You can’t expect to complete a marathon or perform at Carnegie Hall if you start practicing the night before. As soon as each MP is released, sit down and spend a few hours on it. And then do that the next day, and the day after that. If you start early and work often, you will have no problem completing the MP before the deadline. If it turns out to be easy for you, you’ll be done early and can relax and help other students. If it turns out to be more difficult, you’ll know early on and be able to budget your time according to complete it on time. Nothing correlates more strongly with success on the MPs than starting early.
5.2. Late Submission Policy
It is extremely important that you keep up with the MPs. CS 125 moves quickly, and if you get behind early you will quickly find yourself lost and unable to complete the later assignments. This is the number one source of student lack of success in the course.
As a result, the late submission policy is designed to reward students that do a fair amount of work before the deadline. Here are the details of the policy:
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You can submit 5 each MP as many times as you want until 11:59:59 PM on Wednesday 5/2/2018.
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Late submissions can earn back 50% of any points lost by your best on-time submission. So if you submit code that earns 80/100 before the deadline, you will receive a 90/100 if you submit a perfect MP after the deadline. If you submit code that earns 0/100 before the deadline, the best you can do is a 50/100 with a perfect submission anytime after the deadline.
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Late submissions will not recover any starting the assignment on time points. So if there were 10 starting the assignment on time points that you did not earn, and your best score before the deadline was a 60/100, the best you can do is a 75/100: half of the 30 points you missed that were not for starting the assignment on time.
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You will always receive the best score earned by any submission. You can check your office MP scores here.
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We will drop your lowest MP score.
6. Quizzes
20% of your grade is for performance on weekly quizzes. Quizzes are given in the University of Illinois Computer-Based Testing Facility (CBTF) and consist of questions that are automatically generated and graded.
No course staff members are involved in grading CS 125 quizzes, so please do not appeal your grade to the course staff. If you have concerns about the questions themselves, please post on the forum. You can check your office quiz scores here.
6.1. Scheduling
The CBTF is located in the basement of Grainger Library. You can use this link to sign up to take each quiz. Using the CBTF allows us to provide you with flexibility in scheduling your weekly quizzes. You can take each quiz over a range of dates and times, usually Friday through Tuesday.
6.2. Preparation
Quizzes focus on material covered that week, but all material covered that semester is fair game. The best way to prepare for a quiz is to participate in class that week. Attend lectures and participate, attend labs and participate, work on the assigned MP (if any), and ask and answer questions on the forum. If you engage with the course content on a daily basis, you will not need to cram material right before you take the quiz.
6.3. Missed Quizzes
Do not contact the course staff regarding missed quizzes. Because you have a several day window to complete each quiz, we expect that you will be able to work around most other commitments and even short illnesses. However, we will drop your lowest 3 quiz scores when computing the quiz component of your final grade.
If you do miss a scheduled quiz and can retake it within the time window, you can contact the CBTF to attempt to reschedule. There are no guarantees though. The CBTF is busy and they may not be able to accommodate you if you miss your initial appointment. The best approach is to not do that.
6.4. CBTF Policies
The policies of the CBTF are the policies of this course, and academic integrity infractions related to the CBTF are infractions in this course.
Any problem with testing in the CBTF must be reported to CBTF staff at the time the problem occurs. If you do not inform a proctor of a problem during the test then you forfeit all rights to redress.
6.5. Reporting Quiz Problems
If you believe that you have spotted a problem with a quiz question, please use PrairieLearn’s built-in issue reporting to report the issue to the course staff. Note that you have to be in the CBTF to access our quizzes and report problems. At that point we will do one of the following things:
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If the question has a bug, we will fix it and ensure that all students receive full credit—even those that took the quiz before the bug was identified.
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If the question has a minor typo that we don’t think affects its ability to be correctly answered, we will fix it and distribute that change.
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If the question is fine we will not do anything. Unfortunately, there is no way for us to respond to your issue on PrairieLearn. However, please keep in mind that your perception of the question’s correct answer may be wrong—that’s the whole idea behind having the quizzes in the first place.
We will regularly review the answers to difficult quiz questions in class to ensure that everyone has a chance to learn from their mistakes.
7. Exam, Turing’s Craft, and Participation
There are fewer policies associated with these grade components, so we grouped them together.
7.1. Exam
20% of your grade is earned through a single cumulative final exam at the end of the semester. More details about the exam will be released closer to the exam date. You can find examples of previous exams and solutions here.
7.2. Turing’s Craft
5% of your grade is earned by completing online programming exercises. You can attempt these exercises as many times as you want, but we will drop 5 sets of exercises that you submit after the deadline. Please see these instructions that describes how to register and earn credit for the Turing’s Craft coding problems.
7.3. Lecture and Lab Participation
10% of your grade is earned by participating in lab section (5%) and lectures (5%). We will use several tools to track your participation in scheduled course activities. However, here are the ground rules:
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You must participate in the lab or lecture that you are enrolled in. CS 125 is always completely enrolled and so we have no space in other lab or lecture sections. If you attend the wrong lab or lecture, you will not receive participation points. Period.
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Participation is not attendance. Just having your butt in the right seat at the right time does not constitute participation. In labs, you are expected to be working with your section on the lab activity. In lecture, you are expected to follow along and engage with the material. If you attend, but do not participate, you will not earn points for participation.
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You have several pre-excused absences. You have 3 preexcused lab absences and 10 preexcused lecture absences. So if you need to miss a lab or lecture for any reason—illness, traveling, personal issues, or anything else—there is no need to notify the course staff. If you miss a lab, feel free to attend another lab section, but you will not get lab participation points for that week. If you miss a lecture, just watch the video online to review what you missed. CS 125 moves fast, so don’t get behind!
For both lecture and lab attendance you will receive a linear proportion of credit depending on how many participation points you earn and the number of dropped labs or lectures. So, for example, if you miss 5 out of 10 labs, you would receive credit for 8 / 10 labs (due to three drops) and 4% out of the 5% allocated for lab participation.
Lecture participation is calculated in the same way: except for Spring 2018. This semester your lecture participation will be the higher of the following two scores:
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Participation in all lectures 10 excused absences
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Participation in lectures starting Monday 3/12/2018 with 5 excused absences
7.3.1. Lecture participation tracking
To receive participation points for each lecture, you have to do three things:
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Attend the right lecture. You don’t get credit for participating in a lecture other than the one that you were assigned to.
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Log on to the slide tool. If you don’t see a green check box in the top right, you are not logged in.
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Follow along with the slides.
The definition of follow along is "to move or proceed in accord or in unison with someone." Following along with the slides means that when the presentation slide changes, you change the one you are looking at as well. Both the amount of time you have to notice that the slide has changed and the overall percent of slides that you need to track are very generous. If you are paying attention, you should not have a hard time earning participation credit for each lecture.
8. Other Policies
Below we summarize some other general course-related policies.
8.1. Cheating
Learning computer science requires hard work and practice. If you submit code that is not your own work, or take other steps to subvert the course policies, you are not getting the practice that you need to improve.
All work submitted for CS 125 must be your own. Cheating in CS 125 may result in a grade reduction, your removal from the CS program, or from the University of Illinois. We have many bright, honest students that want to learn computer science. We don’t need to waste time and energy on cheaters that don’t want to learn.
Specifically, the following activities constitute cheating and will be dealt with according to relevant departmental and university policies. You may not:
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Turn in work that was completed by anyone other than yourself.
-
Copy or paste code that you did not write from any source.
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Misrepresent your work as the work of another student.
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Examine another classmates solution, reproduce it, and submit it as your own work.
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Share information about the content of quizzes or other course assessments. Anyone caught removing information from the exam center will receive a letter grade reduction and a FAIR violation.
-
Publish your MPs or coursework anywhere where other students can find them. Note that this includes publishing your MPs publicly on GitHub. Nobody wants to see your solutions to the MPs anyway. If you want to impress employers, fill your GitHub page with your own independent projects.
We will run cheating detection software on all submitted student work. These programs are extremely accurate, and any evidence of cheating that they uncover will initiate academic integrity violation proceedings.
8.1.1. A simple rule of thumb about collaboration
A general rule of thumb is that exchanging or soliciting ideas about how to solve the MP is not cheating, but exchanging code is cheating. Feel free to discuss your solutions with other students as long as you do not provide them or allow them to view your source code. If you are talking in English 6, that’s fine. If you are talking or exchanging computer code, that’s cheating.
8.1.2. Penalties
If you are caught cheating in CS 125 you will definitely receive a FAIR violation. Depending on the severity of the situation, you may also have any of the following penalties applied:
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A letter grade reduction in the class. Note that this will likely make it impossible for you to transfer into the Computer Science department.
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An F in the course. This will definitely make it impossible for you to transfer into the major.
8.2. Extensions
CS 125 is a fast-moving and demanding course. You signed up to learn computer science and programming for 15 weeks, and we do our best to give you your money’s worth.
One of the consequences of this is that it is hard to catch up if you have a significant illness or other problem mid-semester. We will give extensions on the MPs and other assignments to accommodate unforeseen short-term circumstances. But if you are struggling with a larger issue, we may encourage you to withdraw and enroll again next semester.
Note that, to receive an extension you should approach the course staff before the relevant deadline. Except in exceptional cases 7 we will not grant requests for extensions or other accommodations after the relevant deadline has passed.
8.3. Accommodations
We are more that happy to make arrangements to help accommodate students with learning disabilities or other challenges. However, we ask that you assist us by informing us of your situation as soon as possible. We will be much more accommodating of requests received before the relevant assessment or deadlines, rather than after. The earlier in the semester you can let us know what kind of help you need, the better prepared we can be to provide it effectively.
Note that in many cases your letter of accommodation will require that you request accommodations before or on the relevant deadlines. If you fail to do so, we will not consider late requests. Part of our job in ensuring that you—and every CS 125 student—succeeds in the course is keeping you on track throughout the semester. By the time the end of the semester rolls around, it is far to late to begin asking for deadline extension and completing missed assignments.
As far as our quizzes in the CBTF, if you have accommodations identified by the Division of Rehabilitation-Education Services (DRES) for exams, please take your Letter of Accommodation to the CBTF proctors in person before you make your first exam reservation. The proctors will advise you as to whether the CBTF provides your accommodations or whether you will need to make other arrangements with your instructor.
9. Videos
The 10AM lectures were taped this semester and were available at this Echo360 link. That link may still work.
10. People
CS 125 has a large and motivated course staff. We look forward to helping you learn computer science!
10.2. Teaching Assistants
Ammar Khuzeima Sakarwala
Teaching sections AYS and AYT
Fatima Tariq
Teaching sections AYD and AYE
Gohar Irfan Chaudhry
Teaching sections AYR and AYJ
Liia M Butler
Teaching section EMP
Medhini Gulganjalli Narasimhan
Teaching sections AYH and AYI
Rahul Shivu Mahadev
Teaching sections AYB and AYC
Rishika Agarwal
Teaching sections AYM and AYK
Shiqi Sun
Teaching sections AYN and AYO
Sidhartha Satapathy
Teaching sections AYP and AYF
Zhe Xu
Teaching sections AYA and AYU
10.3. Course Assistants
Our course assistants are so excited about computer science that they are teaching you to learn more! Please treat them accordingly—with a lot of appreciation!
Assisting with section AYP
Assisting with section AYA
Assisting with section AYB
Assisting with section AYJ
Assisting with section AYT
Assisting with section AYB
Assisting with section AYI
Assisting with section AYH
Assisting with section EMP
Assisting with section AYH
Assisting with section AYF
Assisting with section AYA
Assisting with section AYM
Assisting with section EMP
Assisting with section EMP
Assisting with section AYD
Assisting with section EMP
Assisting with section AYN
Assisting with section EMP
Assisting with section AYJ
Assisting with section EMP
Assisting with section AYS
Assisting with section EMP
Assisting with section AYM
Assisting with section EMP
Assisting with section AYC
Assisting with section AYH
Assisting with section AYA
Assisting with section EMP
Assisting with section EMP
Assisting with section AYC
Assisting with section AYD
Assisting with section AYU
Assisting with section AYP
Assisting with section EMP
Assisting with section AYS
Assisting with section AYR
Assisting with section AYM
Assisting with section EMP
Assisting with section EMP
Assisting with section AYJ
Assisting with section AYO
Assisting with section EMP
Assisting with section EMP
Assisting with section EMP
Assisting with section AYF
Assisting with section AYF
Assisting with section AYN
Assisting with section AYF
Assisting with section AYT
Assisting with section EMP
Assisting with section EMP
Assisting with section AYT
Assisting with section AYS
Assisting with section AYC
Assisting with section AYD
Assisting with section AYE
Assisting with section AYP
Assisting with section AYH
Assisting with section AYR
Assisting with section AYO
Assisting with section AYF
Assisting with section AYC
Assisting with section AYM
Assisting with section AYK
Assisting with section EMP
Assisting with section AYR
Assisting with section AYE
Assisting with section EMP
Assisting with section AYE
Assisting with section AYI
Assisting with section AYE
Assisting with section AYK
Assisting with section EMP
Assisting with section AYP
Assisting with section EMP
Assisting with section EMP
Assisting with section EMP
Assisting with section AYP
Assisting with section AYP
Assisting with section AYT
Assisting with section EMP
Assisting with section AYU
Assisting with section AYD
Assisting with section EMP
Assisting with section AYK
Assisting with section EMP
Assisting with section AYK
Assisting with section AYJ
Assisting with section AYN
Assisting with section AYE
Assisting with section AYN
Assisting with section EMP
Assisting with section EMP
Assisting with section AYU
Assisting with section AYB
Assisting with section EMP
Assisting with section AYA
Assisting with section EMP
Assisting with section AYB
Assisting with section AYR
Assisting with section AYF
Assisting with section AYD
10.4. Course Developers
Our course developers do not hold office hours or help with labs. But they are working hard behind the scenes to make CS 125 better this semester and in the future.