How To Learn From Temas

Transcription

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7 +>" Technical understanding of Computer Science mastery the core of computer science Body of Knowledge Familiarity with common themes and principles abstraction, complexity, and evolutionary change security, sharing of resources, and concurrency Appreciation of the interplay between theory and practice to understand how theory and practice influence each other System-level perspective to think at multiple levels of detail and abstraction to recognize the context in which a computer system may function, including its interactions with people and the physical world /% $ %

8 +>" Problem solving skills to realize that there are multiple solutions to a given problem and that selecting among them is not a purely technical activity, as these solutions will have a real impact on people s lives Project experience to develop their interpersonal communication skills as part of their project experience Awareness of the broad applicability of computing Computer applications impact nearly every aspect of modern life Appreciation of domain-specific knowledge problems require both computing skills and domain knowledge to be able to communicate with, and learn from, experts from different domains throughout their careers /% $ %

9 +>" Communication and organizational skills face-to-face, written, or electronic communication be prepared to work effectively as members of teams Commitment to life-long learning to realize that they must continue to learn and adapt their skills throughout their careers Commitment to professional responsibility to recognize social, legal, ethical and cultural issues involved in the deployment and use of computer technology to recognize that social, legal, and ethical standards vary internationally /% $ %

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16 =<' Temas Hrs Core T1+T2 Sub Temas Electivos Learning Outcomes (Core) Algorithms and Complexity Arquitecture and Organization Computational Science Discrete Structures Graphics and Visualization Human-Computer Interaction Information Assurance and Security Information Management Intelligent Systems Networking and Communication Operating Systems Parallel and Distributed Computing Platform-Based Development Programming Languages Social and Professional Practice Software Development Fundamentals Software Engineering Systems Fundamentals Total /% $ %

17 =M L 9+. Knowledge Area Hrs Core T1+T2 Temas Electivos Learning Outcomes (Core) % Software Development Fundamentals 42 14% Discrete Structures 41 13% Algorithms and Complexity 28 9% Programming Languages 28 9% Software Engineering 27 9% Systems Fundamentals 27 9% Arquitecture and Organization 16 5% Social and Professional Practice 16 5% Operating Systems 15 5% Parallel and Distributed Computing 15 5% Information Management 10 3% Intelligent Systems 10 3% Networking and Communication 10 3% Human-Computer Interaction 8 3% Information Assurance and Security 8 3% Graphics and Visualization 3 1% Computational Science 1 0% Platform-Based Development 0 0% 0 20 Total /% $ %

18 = Knowledge Area Hrs Core T1+T2 Temas Electivos Learning Outcomes (Core) % Discrete Structures % 32 Software Engineering % Programming Languages % Social and Professional Practice % Algorithms and Complexity % Arquitecture and Organization % Systems Fundamentals % 43 Intelligent Systems % Operating Systems % Software Development Fundamentals % 35 Networking and Communication % 22 Parallel and Distributed Computing % Information Assurance and Security % Human-Computer Interaction % 93 9 Information Management % Graphics and Visualization % Computational Science 1 1 0% 55 6 Platform-Based Development 0 0 0% 20 Total /% $ %

19 =&N * Knowledge Area Hrs Core T1+T2 Temas Electivos Learning Outcomes (Core) % Software Engineering % Social and Professional Practice % Systems Fundamentals % Information Assurance and Security % Algorithms and Complexity % Arquitecture and Organization % Operating Systems % Parallel and Distributed Computing % Software Development Fundamentals % Discrete Structures % Information Management % Networking and Communication % Programming Languages % Intelligent Systems % Graphics and Visualization % Human-Computer Interaction % Computational Science % Platform-Based Development % Total /% $ %

20 ( F..&$( Tipo de LO y cantidades en T1, T2 y EL Tipo de LO T1 T2 T1y2 T1y2yEL Total ELEC Total <no dice> % % Analysis 1 1 0% 1 0% Application % % Comprehension % % Evaluation % % Knowledge % % Total general % 39% 26% 3% /% $ % 01 0

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24 986I86 ( *-./0( *-12-0,3 Core CS ,3 Cs Bás/Ing 305 0,3 Electivos CS ,1 Complementarios 30 Total hrs de clases 945 1/3 Clases 945 1/3 Lab/Taller 945 1/3 Estudio personal Prácticas (2x22 díasx8hrs/día) 352 0,3 2 x Core CS ,3 Cs Bás/Ing 610 0,3 Electivos CS ,1 Complementarios 60 Total hrs de clases /3 Clases /3 Lab/Taller /3 Estudio personal Prácticas (2x22 díasx8hrs/día) 352 Total hrs dedicación Total hrs dedicación Dur. en años Dur. en semestres horas por semestre horas por semana* 4, , , , , *Semanas por semestre: 16 Dur. en años Dur. en semestres horas por semestre horas por semana* 4, , , , , *Semanas por semestre: 16 /% $ % 01 0 C

25 9QR86 0,3 3 x Core CS ,3 Cs Bás/Ing 915 0,3 Electivos CS ,1 Complementarios 90 Total hrs de clases /3 Clases /3 Lab/Taller /3 Estudio personal Prácticas (2x22 díasx8hrs/día) 352 Total hrs dedicación Dur. en años Dur. en semestres horas por semestre horas por semana* 4, , , , , *Semanas por semestre: 16 /% $ %

26 >:A' 4A 6A S I L &,< G6:&: G AA: G&: G$87: /% $ %

27 ! =: Fundamentos Arquitectura Programación Desarrollo de SW Asp Humanos y Profesionales CS2013 CS2013 Knowledge Area Tier1 Tier2 Total % SF-Systems Fundamentals ,9% 8,9% CN-Computational Science ,3% 9,2% DS-Discrete Structures ,4% 22,6% 22,6% AR-Architecture and Organization ,2% 27,9% OS-Operating Systems ,9% 32,8% PD-Parallel and Distributed Computing ,9% 37,7% NC-Networking and Communication ,3% 41,0% 18,4% AL-Algorithms and Complexity ,2% 50,2% PL-Programming Languages ,2% 59,3% PBD-Platform-based Development ,3% 62,6% 21,6% IM-Information Management ,8% 76,4% SDF-Software Development Fundamentals ,9% 85,2% SE-Software Engineering ,0% 85,2% GV-Graphics and Visual Computing ,0% 86,2% 26,9% HC-Human-Computer Interaction ,6% 88,9% IAS-Security and Information Assurance ,6% 91,5% IS-Intelligent Systems ,3% 94,8% SP-Social and Professional Issues ,2% 100,0% 13,8% Total Core Hours % /% $ %