Computer Science: Object-Oriented Programming I

Other Kentucky CTE sets

• Animal Science: High School (9-12)
• Computer Science: AP Computer Science Principles
• Computer Science: Computer Hardware and Software Maintenance
• Computer Science: Computer Literacy
• Computer Science: Computer Science
• Computer Science: Cyber Literacy 1
• Computer Science: Cyber Literacy II
• Computer Science: Digital Literacy
• Computer Science: Game Design and Development Principles
• Computer Science: Help Desk Operations
• Computer Science: Introduction to Digital Game Graphics
• Computer Science: Introduction to Programming
• Education and Training: The Learner-Centered Classroom
• Education and Training: The Learning Community
• Engineering Technology: Engineering I
• Family and Consumer Sciences: FCS Essentials 200113 (2024)
• Family and Consumer Sciences: Principles of Hospitality 200610 (2024)
• Family and Consumer Sciences: Specialized Services in Hospitality 200641 (2024)
• Health Science: Emergency Procedures
• Health Science: Medical Math (2023)
• Health Science: Medical Terminology
• Health Science: Principles of Health Science
• Industrial Maintenance Technology: Blueprint Reading for Machinists
• Industrial Maintenance Technology: Fundamentals of Machine Tools - A (For Maintenance)
• Industrial Maintenance Technology: Maintaining Industrial Equipment
• Media Arts: Introduction to Media Arts
• Welding Technology: Blueprint Reading for Welding
• Welding Technology: Cutting Processes and Lab
• Welding Technology: Gas Metal Arc Welding and Lab
• Welding Technology: Shielded Metal Arc Welding (SMAW) and Lab
• Computer Science: Advanced 3D Game Development
• Computer Science: CIT 120: Computational Thinking
• Computer Science: Computational Thinking
• Computer Science: JAVA Programming I
• Computer Science: JAVA Programming II
• Computer Science: JavaScript
• Computer Science: Object-Oriented Programming II
• Computer Science: Project-Based Programming
• Engineering Technology: Electrical/Electronics Engineering
• Engineering Technology: Engineering II
• Engineering Technology: Mechanical Engineering
• Family and Consumer Sciences: Advanced Foods and Nutrition
• Family and Consumer Sciences: Foods and Nutrition
• Health Science: Body Structures and Functions
• Industrial Maintenance Technology: Shop Management
• Media Arts: Two-Dimensional Media Design
• Welding Technology: GMAW Groove Lab
• Welding Technology: SMAW Open Groove Lab
• Business and Marketing Education: Personal Finance
• Computer Science: Management of Support Services
• Education and Training: Collaborative Clinical Experience
• Education and Training: Principles of Career & Technical Education
• Family and Consumer Sciences: Culinary Arts I
• Family and Consumer Sciences: Culinary Arts II
• Health Science: Medicaid Nurse Aide
• Industrial Maintenance Technology: Applied Machining I (for Industrial Maint.)
• Industrial Maintenance Technology: Basic Troubleshooting
• Media Arts: Advanced Production Design
• Transportation Education: Automotive Maintenance and Light Repair Sections A, B, C, & D
• Engineering Technology: Manufacturing Engineering

Demonstrate knowledge of the program development life cycle.OOP1-2

Design and develop programs using operators and assignments.OOP1-3

Design and develop programs using primitive data types. OOP1-4

Design and develop programs using a variety of data types. OOP1-5

Design and develop programs using sequences, selection, and repetition structuresOOP1-6

Design and develop programs using single and multi-dimensional arrays. OOP1-7

Design and develop programs using arrays, lists and tuples.  OOP1-8

Utilize arraysOOP1-9

Design and develop programs using effective error and exception handling. OOP1-10

Design and develop programs using object-oriented programming features, including defining classes, instantiating objects, using arrays of objectsOOP1-11

Design and develop programs implementing user-defined methods and modular programming. OOP1-12

Explain how algorithms are used to produce artificial intelligences (AI).OOP1-13

Design and develop programs using method overloading. OOP1-14

Design and develop programs using inheritance, encapsulation, and polymorphism. OOP1-15

Design and develop programs using simple GUI components.OOP1-16

Evaluate and critique effectiveness and efficiency of code.  OOP1-17