Syllabus

CSCI 127: Introduction to Computer Science
Hunter College, City University of New York
Fall 2024

General Information

Description: 3 hours, 3 credits: This course presents an overview of computer science (CS) with an emphasis on problem-solving and computational thinking through 'coding': computer programming for beginners. Other topics include: organization of hardware, software, and how information is structured on contemporary computing devices. This course is pre-requisite to several introductory core courses in the CS Major. The course is also required for the CS minor. MATH 12500 or higher is strongly recommended as a co-req for intended Majors.

Grading Policy

Expectations: Completing homework is an essential part of the learning experience. Students are expected to learn both the material covered in class and the material in the online Labs, the textbook and other assigned reading.

Honor Code: You are encouraged to work together on the overall design of the programs and homework. However, for specific programs and homework assignments, all work must be your own. You are responsible for knowing and following Hunter College's Academic Integrity Policy:

Hunter College regards acts of academic dishonesty (e.g., plagiarism, cheating on examinations, obtaining unfair advantage, and falsification of records and official documents) as serious offenses against the values of intellectual honesty. The College is committed to enforcing the CUNY Policy on Academic Integrity and will pursue cases of academic dishonesty according to the Hunter College Academic Integrity Procedures.

All incidents of cheating will be reported to the Office of Student Conduct in the Vice President for Student Affairs and Dean of Students office.

Course Format: This course is taught as a blend of synchronous online meetings and online as well as in-person activities. Each week the course meets:

• 1.5 hours of lecture (Tuesdays, 10:00am-11:15am, 118 Hunter North, ground floor of the North Building),
• 0.5 hours of in-person assessments (appointments available between Mondays-Fridays, 11:30am-5:30pm, 1001G Hunter North), and
• 1.0 hours of Online Labs to be completed by the students independently (links to the labs can be found in the Course Outline).

Lecture Participation: At every lecture (Tuesdays, 10:00am-11:15am), there will be a paper lecture slip to be submitted. Completed lecture slips are given full credit. Turning in lecture slips will only help your grade. There are no make-ups for lecture slips. Instead, if you miss a lecture slip, your grade on the final exam will replace that grade.

Quizzes: Every week, there will be an quiz to be taken in 1001G HN, on the lecture notes, reading, submitted programs, and programming assignments.

• As the semester progresses, quizzes will include review questions as well as short programming exercises based on the homework.
• All quizzes must be taken by the deadline.
• Quizzes are on paper (echoing the style of the final exam and the first pass of many programming job interviews).
• For the quizzes, you may not use any notes, books, or any computer device (laptop, phone, calculator, smart watch, etc.).
• Quizzes are offered 11:30am-5PM Mondays to Fridays, when classes are in session in 1001G HN. You must sign up for a time slot in advance. A link to make appointments is available on Blackboard.
• There are no make-up quizzes. Instead, your score on the final exam will replace missing quiz grades (the final exam will also replace a quiz grade when you take the quiz but do better on the final exam).

Code Reviews: Every week, there will be an in-person code review on the recently submitted programs.

• For each code review, you choose one of the listed programs to explain verbally.
• All code reviews must be taken by the deadline.
• There are no make-up code reviews. Instead, your score on the final exam will replace missing code reviews (the final exam will also replace a code review grade when you take the code review but do better on the final exam).

Weekly Online Lab (replaces a recitation section): Each week, you are expected to work through the associated Online Lab. These are available on the course webpage (you will need a computer with Python and Unix shell, and as the term goes on, C++. See the first lab for installation instructions). Laptops will also be available in 1001G HN with all required software.

Homework: Programming exercises are posted on the class website, usually two weeks before the due date. They reinforce concepts covered in lecture and lab. Note that as the semester progresses, the programs will require work on design and programming outside of class to complete. You should plan to spend approxiimately 3 hours per week on programming exercises. To receive full credit for a program, the program must perform correctly, must include comments, be written in good style, and be submitted by 5 PM on the due date.
While every 5 programs should be worked on the week of the corresponding lab, due dates are staggered to provide flexibility (should you be unable to work for a few days you need not miss the deadline). Students who work on the programming assignments the week of the corresponding lab tend to have greater success rate in the course. Students who work on assignments at the due dates are more likely to miss deadlines and fall behind.
Programs are submitted via Gradescope. You can miss up to 5 programming assignments without affecting your grade (if you turn in all the programming assignments, we will drop the lowest 5 scores). No late homework is accepted.

Final Exam: The final exam is required. It is comprehensive, covering all the material of the course. Sample and past exams are available on the course webpage. You must take and pass the final (60 points or more) to pass the course.

Grades: The grading for the course will be based on:

• Programming Assignments: 30%.
• Lab Quizzes: up to 25% (if you miss a quiz, or do better on the final exam, your grade on the final will replace that paper quiz grade).
• Code Reviews: up to 5% (if you miss a code review, or do better on the final exam, your grade on the final will replace that code review grade).
• Participation (lecture slips): up to 10% (your grade on the final will replace the grades for missing lecture slips).
• Final Exam: 30% (up to 70% if you do better on the final exam than on lab quizzes lecture slips, and code reviews).

Materials, Resources and Accommodating Disabilities

Textbook & Readings: The following free on-line book is required for the course:

• How to Think Like a Computer Scientist (Python 3) (free on-line textbook).

Additional readings and tutorials are available on the course webpage.

Technology: This course uses multiple software tools and languages.

• Python: a programming language that is freely available across multiple platforms. See Lab 1 for details on obtaining it for your home computer.
• Unix: an operating system that underlies Ubuntu Linux as well as MacIntosh OSX.
• Blackboard: the learning management system used throughout CUNY. Accounts are provided automatically to all enrolled students. In this course, will be given via Blackboard.
• Gradescope: an automatic grading program from UC Berkeley. All programming assignments will be submitted to Gradescope. Lecture quizzes will be administered via Gradescope. An email with access information will be sent to your email of record on Blackboard two days before the semester starts.
• Github: a freely available site for hosting and collaborating, particularly for programming.
• C++: a programming language that is freely available. We will use it in the last third of the course. Information on downloading it for your computer will be available in Lab 12.

Computer Access: University computer laboratories are available for this course in 1001G HN. These machines are for work related to this course only and a code of conduct applies to computer use in the department and on-campus. Misusing university computers could result in losing your computer access for the rest of the term.

Tutoring: The CSCI 127 course offers peer-mentor tutoring with a wonderful staff of undergraduate teaching assistants (UTAs) to provide drop-in tutoring and assistance with the course.

Accommodating Disabilities: In compliance with the American Disability Act of 1990 (ADA) and with Section 504 of the Rehabilitation Act of 1973, Hunter College is committed to ensuring educational parity and accommodations for all students with documented disabilities and/or medical conditions. It is recommended that all students with documented disabilities (Emotional, Medical, Physical, and/or Learning) consult the Office of AccessABILITY, located in Room E1214B, to secure necessary academic accommodations. For further information and assistance, please call: (212) 772- 4857 or (212) 650-3230.

Hunter College Policy on Sexual Misconduct: In compliance with the CUNY Policy on Sexual Misconduct, Hunter College reaffirms the prohibition of any sexual misconduct, which includes sexual violence, sexual harassment, and gender-based harassment retaliation against students, employees, or visitors, as well as certain intimate relationships. Students who have experienced any form of sexual violence on or off campus (including CUNY-sponsored trips and events) are entitled to the rights outlined in the Bill of Rights for Hunter College.

• Sexual Violence: Students are strongly encouraged to immediately report the incident by calling 911, contacting NYPD Special Victims Division Hotline (646-610-7272) or their local police precinct, or contacting the College's Public Safety Office (212-772-4444).
• All Other Forms of Sexual Misconduct: Students are also encouraged to contact the College's Title IX Campus Coordinator, Dean John Rose (jtrose@hunter.cuny.edu or 212-650-3262) or Colleen Barry (colleen.barry@hunter.cuny.edu or 212-772-4534) and seek complimentary services through the Counseling and Wellness Services Office, Hunter East 1123.

See CUNY Policy on Sexual Misconduct Link.

Course Objectives

The successful student will be prepared with competencies and knowledge required for subsequent courses required for the Computer Science Major or Minor. At the end of the course, students should:

1. be able to design and implement a computer program in Python of realistic complexity that includes functions, list/array data structures, user and file I/O, loops and conditionals.
2. be able to design and implement a simple C++ program using command line tools in a Linux environment, including navigating the Linux file system.
3. understand the basic architecture of a digital computer to the extent that they can write a simple machine language program for a virtual architecture.
4. be fluent in hexadecimal and binary numbering schemes.
5. be able to understand boolean logic to the extent that they can design a simple binary circuit.
6. understand the relationship between the operating system, application and utility software and how they interact with main memory, disk memory and the software development cycle.
7. have been exposed to a small selection of more advanced computer science topics such as artificial intelligence, data science, networking, algorithm and data structure design, etc.