Computer Science Curricula 2013

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• 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
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• 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
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• 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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Sub Temas
Temas
Hrs
Core
T1+T2
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
28
16
1
41
3
8
8
10
10
10
15
15
0
28
16
42
27
27
305
39
39
1
61
10
18
24
18
33
30
31
29
0
44
42
31
48
38
536
/%
$
%
0
1
0
Electivos
36
16
55
63
93
62
70
155
33
35
20
58
31
45
772
Learning
Outcomes
(Core)
38
37
6
32
12
9
40
26
18
22
36
35
19
54
35
61
43
523
3
=
M
L 9
+
.
Temas
Hrs
Knowledge Area
Software Development Fundamentals
Discrete Structures
Algorithms and Complexity
Programming Languages
Software Engineering
Systems Fundamentals
Arquitecture and Organization
Social and Professional Practice
Operating Systems
Parallel and Distributed Computing
Information Management
Intelligent Systems
Networking and Communication
Human-Computer Interaction
Information Assurance and Security
Graphics and Visualization
Computational Science
Platform-Based Development
Total
/%
$
%
14%
13%
9%
9%
9%
9%
5%
5%
5%
5%
3%
3%
3%
3%
3%
1%
0%
0%
42
41
28
28
27
27
16
16
15
15
10
10
10
8
8
3
1
0
305
%
0
1
Core
T1+T2
31
61
39
44
48
38
39
42
31
29
18
33
30
18
24
10
1
0
536
0
Electivos
36
58
45
16
31
33
35
70
155
93
62
63
55
20
772
Learning
Outcomes
(Core)
35
32
38
19
61
43
37
54
36
35
26
18
22
9
40
12
6
523
5
=
Temas
Hrs
Knowledge Area
Discrete Structures
Software Engineering
Programming Languages
Social and Professional Practice
Algorithms and Complexity
Arquitecture and Organization
Systems Fundamentals
Intelligent Systems
Operating Systems
Software Development Fundamentals
Networking and Communication
Parallel and Distributed Computing
Information Assurance and Security
Human-Computer Interaction
Information Management
Graphics and Visualization
Computational Science
Platform-Based Development
Total
/%
$
41
27
28
16
28
16
27
10
15
42
10
15
8
8
10
3
1
0
305
%
0
Core
T1+T2
%
11%
9%
8%
8%
7%
7%
7%
6%
6%
6%
6%
5%
4%
3%
3%
2%
0%
0%
61
48
44
42
39
39
38
33
31
31
30
29
24
18
18
10
1
0
536
1
0
Electivos
45
58
31
36
16
155
33
35
62
93
70
63
55
20
772
Learning
Outcomes
(Core)
32
61
19
54
38
37
43
18
36
35
22
35
40
9
26
12
6
523
4
=
&N
*
Temas
Hrs
Knowledge Area
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
/%
$
27
16
27
8
28
16
15
15
42
41
10
10
28
10
3
8
1
0
305
%
0
Core
T1+T2
Electivos
48
42
38
24
39
39
31
29
31
61
18
30
44
33
10
18
1
0
536
45
31
1
62
36
16
33
35
70
58
155
63
93
55
20
772
0
Learning
Outcomes
(Core)
61
54
43
40
38
37
36
35
35
32
26
22
19
18
12
9
6
%
12%
10%
8%
8%
7%
7%
7%
7%
7%
6%
5%
4%
4%
3%
2%
2%
1%
0%
523
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Tipo de LO y cantidades en T1, T2 y EL
Tipo de LO
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Analysis
Application
Comprehension
Evaluation
Knowledge
Total general
/%
T1
T2
T1y2
2
5
50
2
30
81
165
61
2
16
120
204
2
1
56
6
11
66
136
12
18
32%
39%
26%
3%
$
T1y2yEL
%
0
Total
9
1
173
4
57
279
523
1
0
2%
0%
33%
1%
11%
53%
ELEC
Total
143
152
1
306
13
89
485
1046
133
9
32
206
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9 8 6
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Core CS-2013
Cs Bás/Ing
Electivos CS-2013
Complementarios
Total hrs de clases
I 8 6
.
305
305
305
30
945
/
0,3
0,3
0,3
0,1
0( * -
2 x Core CS-2013
Cs Bás/Ing
Electivos CS-2013
Complementarios
Total hrs de clases
12
-
610
610
610
60
1.890
1/3 Clases
945
1/3 Lab/Taller
945
1/3 Estudio personal
945 2.835
Prácticas (2x22 díasx8hrs/día)
352
Total hrs dedicación 3.187
1/3 Clases
1.890
1/3 Lab/Taller
1.890
1/3 Estudio personal
1.890 5.670
Prácticas (2x22 díasx8hrs/día)
352
Total hrs dedicación 6.022
Dur. en Dur. en horas por horas por
años semestres semestre semana*
4,0
8
354
22
4,5
9
315
20
5,0
10
284
18
5,5
11
258
16
6,0
12
236
15
Dur. en Dur. en horas por horas por
años semestres semestre semana*
4,0
8
709
44
4,5
9
630
39
5,0
10
567
35
5,5
11
515
32
6,0
12
473
30
*Semanas por semestre: 16
*Semanas por semestre: 16
/%
$
%
0
1
0
C
9Q
R
0,3
0,3
0,3
0,1
8 6
3 x Core CS-2013
Cs Bás/Ing
Electivos CS-2013
Complementarios
Total hrs de clases
915
915
915
90
2.835
1/3 Clases
2.835
1/3 Lab/Taller
2.835
1/3 Estudio personal
2.835 8.505
Prácticas (2x22 díasx8hrs/día)
352
Total hrs dedicación 8.857
Dur. en Dur. en horas por horas por
años semestres semestre semana*
4,0
8
1063
66
4,5
9
945
59
5,0
10
851
53
5,5
11
773
48
6,0
12
709
44
*Semanas por semestre: 16
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CS2013
CS2013
Tier1
18
1
Tier2
9
0
Total
27
1
37
0
4
5
4
16
11
10
41
16
15
15
NC-Networking and Communication
AL-Algorithms and Complexity
Programación PL-Programming Languages
3
19
8
7
9
20
10
28
28
PBD-Platform-based Development
IM-Information Management
Desarrollo de SDF-Software Development Fundamentals
SE-Software Engineering
SW
0
1
42
6
0
9
0
21
0
10
42
27
GV-Graphics and Visual Computing
HC-Human-Computer Interaction
Asp Humanos
IAS-Security and Information Assurance
y
IS-Intelligent Systems
Profesionales
SP-Social and Professional Issues
2
4
2
0
1
4
6
10
3
8
8
10
11
5
16
163
142
305
Knowledge Area
SF-Systems Fundamentals
Fundamentos CN-Computational Science
Arquitectura
DS-Discrete Structures
AR-Architecture and Organization
OS-Operating Systems
PD-Parallel and Distributed Computing
Total Core Hours
/%
$
%
0
1
0
%
8,9%
0,3%
13,4%
8,9%
9,2%
22,6% 22,6%
5,2%
4,9%
4,9%
3,3%
27,9%
32,8%
37,7%
41,0% 18,4%
9,2%
9,2%
3,3%
50,2%
59,3%
62,6% 21,6%
13,8%
8,9%
0,0%
1,0%
76,4%
85,2%
85,2%
86,2% 26,9%
2,6% 88,9%
2,6% 91,5%
3,3% 94,8%
5,2% 100,0% 13,8%
100%
5