Difference: CSC210SylS2022 (3 vs. 4)

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META TOPICPARENT name="SyllabiSpring2022"

CSC 210: Database: 3 hours

Description

A course introducing the student to the principles and practices of data base management and database design. Topics will include relational database design, normalization, SQL queries, reports and other interfaces to database data, and documentation, as well as ethical and privacy issues associated with database systems. Prerequisite: CSC 102, CSC 121, ITSC 121, or permission of the instructor.

Goals for CSC 210 are:

  1. Learn to write complex sql statements
  2. Learn to being to design tables
  3. Learn about ethical and cyber security issues associated with databases

Course outcomes for CSC 210 are:

  • Upon completion of CSC 210, students will understand:
    • how to write complex SQL queries
    • how to design and implement quality databases
    • security issues associated with database technologies
    • ethical issues associated with database technologies
    • improved testing techniques

Program outcomes for CSC 210 are:

  1. Analyze a complex computing problem and to apply principles of computing and other relevant disciplines to identify solutions. (Computing student learning outcome 1)
  2. Design, implement, and evaluate a computing-based solution to meet a given set of computing requirements in the context of the program’s discipline. (Computing student learning outcome 2)
  3. Recognize professional responsibilities and make informed judgments in computing practice based on legal, ethical, and moral principles. (Computing student learning outcome 4)
  4. Learn new areas of technology. (Computing student learning outcome 6)
  5. Use technology to help bring Christ to the world and apply Christian principles to their work. (Computing student learning outcome 7)
  6. Understand and use appropriate cloud technologies in specified areas (Computing student learning outcome 8)
  7. Apply computer science theory and software development fundamentals to produce computing-based solutions. (Computer Science student learning outcome 1)
  8. Support the delivery, use, and management of information systems within an information systems environment. (Computing and Information Systems student learning outcome 1)
  9. Apply security principles and practices to maintain operations in the presence of risks and threats. (Cyber Security student learning outcome 1)

Integration

  1. Self-learning at the introductory level by having the students learn a few sql functions on their own but having them part of the assignments. This could include formatting associated with dates, string functions, and dealing with nulls.
  2. Note taking at the introductory level by requiring students take class notes and listen and record given guidelines (that may or may not be on slides) for sql and ER diagramming.
  3. Professionalism at the introductory level by
    • having students learn about the need for high quality work for table design
    • having students learn to respect the knowledge of the domain expert when designing tables.
    • not accepting any document/work that does not have a name on it
  4. Security at the introductory level by
    • having students learn about only storing the data needed and nothing more
    • having students learn about SQL injections.
    • having students learn how to secure data via views, constraints, and permissions, and the weaknesses of each.
  5. Ethics at the introductory level by discussing the responsibilities that come from having access to a lot of data.
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  • Class Time: MW 9:00-9:50
  • Class Location: S 025 or zoom
  • Textbook:
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    1. Oracle SQL: A Beginner's Tutorial, Second Edition by Djoni Darmawikarta. ISBN: 9781771970303
    2. SQL Primer: An Accelerated Introduction to SQL Basics by Rahul Batra. ISBN: 9781484235751
    3. Practical SQL: A Beginner's Guide to Storytelling with Data by Anthony DeBarros. ISBN: 9781593278274
    4. SQL: A Beginner's Guide, Fourth Edition by Andrew Oppel
    5. Introduction to SQL and PL/SQL by Sharad Maheshwari. ISBN: 9780071842594
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    1. Relational Database Design and Implementation, Fourth Edition by Jan L. Harrington. ISBN: 9780128043998
    2. Oracle SQL: A Beginner's Tutorial, Second Edition by Djoni Darmawikarta. ISBN: 9781771970303
    3. SQL Primer: An Accelerated Introduction to SQL Basics by Rahul Batra. ISBN: 9781484235751
    4. Practical SQL: A Beginner's Guide to Storytelling with Data by Anthony DeBarros. ISBN: 9781593278274
    5. SQL: A Beginner's Guide, Fourth Edition by Andrew Oppel
    6. Introduction to SQL and PL/SQL by Sharad Maheshwari. ISBN: 9780071842594
 
  • Resources: All the Oracle Database 12c - Introduction to SQL courses found on SkillSoft of the learning center of ACM
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    1. First one: Oracle Database 12c - Introduction to SQL: SQL*Plus and SELECT statement
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    1. First one: Oracle Database 12c - Introduction to SQL: SQL*Plus and SELECT statement
 

Course Content

Policies

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Assignments

Homework Assignments

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  1. Simple SQL
  2. Aggregation and joins
  3. Nested and advanced SQL
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  1. Simple SQL
  2. Aggregation and joins
  3. Nested and advanced SQL
 

Lab Assignments

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  1. Simple SQL
  2. Aggregation and joins
  3. Nested and advanced SQL
  4. ER Diagramming
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  1. Simple SQL
  2. Aggregation and joins
  3. Nested and advanced SQL
  4. ER Diagramming
 

Grades

  • Homework, etc. is worth 10% of the final grade
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    • 0% <= average < 60% -> F

Tentative Schedule

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Monday Wednesday Friday
Jan 10: Jan 12: Jan. 14: Introduction to Database
Jan 17: Introduction to SQL Jan 19: Introduction to SQL Jan. 21: Database and in class work
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Jan 24: Joins
Homework 1 due
Jan 26: Joins Jan. 28: Joins
Lab 1 due
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Jan 24: Joins
Homework 1 due
Jan 26: Joins Jan. 28: Joins
Lab 1 due
 
Jan 31: in class work Feb 2: nested queries Feb. 4:Exam 1
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Feb 7: nested queries
Homework 2 due
Feb 9: Sets Feb. 11: In class work
Feb 14: SQL reports
Lab 2 due
Feb 16: Security Feb. 18: Privacy
Homework 3 due
Feb 21: SQL Feb 23: Current topic Feb. 25:
Lab 3 due
Feb 28: Mar 2: Exam 2 Mar. 4: Class cancelled
SIGCSE
Mar 7:
Spring Break
Mar 9:
Spring Break
Mar. 11:
Spring Break
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Feb 7: nested queries
Homework 2 due
Feb 9: Sets Feb. 11: In class work
Feb 14: SQL reports
Lab 2 due
Feb 16: Security Feb. 18: Privacy
Homework 3 due
Feb 21: SQL Feb 23: Current topic Feb. 25:
Lab 3 due
Feb 28: Mar 2: Exam 2 Mar. 4: Class cancelled
SIGCSE
Mar 7:
Spring Break
Mar 9:
Spring Break
Mar. 11:
Spring Break
 
Mar 14: ER diagrams Mar 16: ER Diagrams Mar. 18: ER Diagrams
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Mar 21: ER Diagrams
Homework 4 due
Mar 23: Constraints Mar. 25: Views, etc.
Mar 28: In class work Mar 30: Normalization
Lab 4 (ER lab) Due
Apr. 1: Normalization
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Mar 21: ER Diagrams
Homework 4 due
Mar 23: Constraints Mar. 25: Views, etc.
Mar 28: In class work Mar 30: Normalization
Lab 4 (ER lab) Due
Apr. 1: Normalization
 
Apr 4: Exam 3 Apr. 6: Normalization Apr. 8: Transaction processing
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Apr 11: Transaction processing Apr. 13: Transaction processing Apr. 15:
Easter Break
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Apr 11: Transaction processing Apr. 13: Transaction processing Apr. 15:
Easter Break
 
Apr 18: Advanced database Apr. 20: Exam 4 Apr. 22: Advanced databases
Apr 25: Indexes Apr. 27: Indexes Apr. 29:
Apr 2: Apr. 4: Apr. 6:
 
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