Lecture Fundamentals of computing 1 provides students: Implement small programs to solve simple problems, developing programming skills based on these material and complete the second Fundamentals of Computing 2, internalize basic computer vocabulary, concepts, and skills as required to become an effective computer science student. | Lecture Title: Introduction to Course Fundamentals of Computing 1 Fundamentals of Computing 1 Course Objectives Implement small programs to solve simple problems Developing programming skills based on these material and complete the second Fundamentals of Computing 2. Internalize basic computer vocabulary, concepts, and skills as required to become an effective computer science student Contents Lecture 01 - Introduction to Java Lecture 02 – Data type, Variables, Operators, Expressions Lecture 03 - Scanner Lecture 04 - Conditional Expression Lecture 05 - Loops Lecture 06 - Arrays Lecture 07 - Strings Lecture 08 - Class and object Contents Lecture 9 – Inheritance and Polymorphism Lecture 10 - Interface and abstract Lecture 11 - Encapsulation Lecture 12 - Exception handling Lecture 13 – File Processing Lecture 14 – Graphics User Interface Mid-term test Report: Individual Project Evaluation and grading Quizzes 10% Homework 10% Labs 5% Mid-term test 20% Individual Project 15% Final Exam 40% Total 100% Textbook Julie Anderson, Herve franceschi (2007), Java 6 Illuminated 2nd Edition, An Active Learning Approach, Jones and Bartlett publishers The slides of CMU | Lecture Title: Introduction to Course Fundamentals of Computing 1 Fundamentals of Computing 1 Course Objectives Implement small programs to solve simple problems Developing programming skills based on these material and complete the second Fundamentals of Computing 2. Internalize basic computer vocabulary, concepts, and skills as required to become an effective computer science student Contents Lecture 01 - Introduction to Java Lecture 02 – Data type, Variables, Operators, Expressions Lecture 03 - Scanner Lecture 04 - Conditional Expression Lecture 05 - Loops Lecture 06 - Arrays Lecture 07 - Strings Lecture 08 - Class and object Contents Lecture 9 – Inheritance and Polymorphism Lecture 10 - Interface and abstract Lecture 11 - Encapsulation Lecture 12 - Exception handling Lecture 13 – File Processing Lecture 14 – Graphics User Interface Mid-term test Report: Individual Project Evaluation and grading Quizzes 10% Homework 10% Labs 5% Mid-term test 20% Individual Project 15% Final Exam 40% Total 100% Textbook Julie Anderson, Herve franceschi (2007), Java 6 Illuminated 2nd Edition, An Active Learning Approach, Jones and Bartlett publishers The slides of . | Lecture Title: Introduction to Course Fundamentals of Computing 1 Fundamentals of Computing 1 Course Objectives Implement small programs to solve simple problems Developing programming skills based on these material and complete the second Fundamentals of Computing 2. Internalize basic computer vocabulary, concepts, and skills as required to become an effective computer science student Contents Lecture 01 - Introduction to Java Lecture 02 – Data type, Variables, Operators, Expressions Lecture 03 - Scanner Lecture 04 - Conditional Expression Lecture 05 - Loops Lecture 06 - Arrays Lecture 07 - Strings Lecture 08 - Class and object Contents Lecture 9 – Inheritance and Polymorphism Lecture 10 - Interface and abstract Lecture 11 - Encapsulation Lecture 12 - Exception handling Lecture 13 – File Processing Lecture 14 – Graphics User Interface Mid-term test Report: Individual Project Evaluation and grading Quizzes 10% Homework 10% Labs 5% Mid-term .
