Info Talk Master of Science in Computer Science Prof. Dr. - - PowerPoint PPT Presentation
Info Talk Master of Science in Computer Science Prof. Dr. Alexander Wolff Chair for Computer Science I Efficient Algorithms University of W urzburg These slides are available at
Master of Science in Computer Science
Chair for Computer Science I – Efficient Algorithms – University of W¨ urzburg
These slides are available at www1.informatik.uni-wuerzburg.de/pub/slides/master-en.pdf
W¨ urzburg Frankfurt Munich
W¨ urzburg Frankfurt Munich
W¨ urzburg Frankfurt Munich
From Frankfurt Airport: 1 1
2 hrs by train
W¨
W¨ urzburg Frankfurt Munich
From Munich Airport: 3 hrs by train From Frankfurt Airport: 1 1
2 hrs by train
Bavaria W¨
. . . with respect to W¨
. . . with respect to W¨
. . . with respect to W¨
. . . with respect to W¨
(c) www.wetterkontor.de
. . . with respect to W¨
(c) www.wetterkontor.de
. . . with respect to W¨
(c) www.wetterkontor.de
founded in 1583 roughly 25 000 students 10 faculties
founded in 1583 roughly 25 000 students 10 faculties – math & computer science
founded in 1583 roughly 25 000 students 10 faculties – math & computer science – life sciences
founded in 1583 roughly 25 000 students 10 faculties – math & computer science – life sciences . . . – physics
founded in 1583 roughly 25 000 students 10 faculties – math & computer science – life sciences . . . – physics – no engineering :-(
founded in 1583 roughly 25 000 students 10 faculties – math & computer science – life sciences . . . – physics – no engineering :-(
Bachelor programs:
www.informatik.uni-wuerzburg.de
Bachelor programs:
# first-year students
www.informatik.uni-wuerzburg.de
Computer Science 50–80 Space and Aerospace C.S. 30–50 Human–Computer Systems 30–40 Business Informatics 40–60
Bachelor programs:
(All taught in German. . . sorry!)
# first-year students
www.informatik.uni-wuerzburg.de
Computer Science 50–80 Space and Aerospace C.S. 30–50 Human–Computer Systems 30–40 Business Informatics 40–60
Bachelor programs: Master programs:
(All taught in German. . . sorry!)
# first-year students
www.informatik.uni-wuerzburg.de
Computer Science 50–80 Space and Aerospace C.S. 30–50 Human–Computer Systems 30–40 Business Informatics 40–60
Bachelor programs: Master programs:
(All taught in German. . . sorry!)
# first-year students
www.informatik.uni-wuerzburg.de
Computer Science 50–80 Space and Aerospace C.S. 30–50 Human–Computer Systems 30–40 Business Informatics 40–60
(in English!) (soon)
Bachelor programs: Master programs:
(All taught in German. . . sorry!)
# first-year students
PhD program:
www.informatik.uni-wuerzburg.de
Computer Science 50–80 Space and Aerospace C.S. 30–50 Human–Computer Systems 30–40 Business Informatics 40–60
(in English!) (soon)
Bachelor programs: Master programs:
(All taught in German. . . sorry!)
# first-year students
PhD program:
www.informatik.uni-wuerzburg.de
Computer Science 50–80 Space and Aerospace C.S. 30–50 Human–Computer Systems 30–40 Business Informatics 40–60
(in English!) (soon)
Bachelor programs: Master programs:
(All taught in German. . . sorry!)
# first-year students
PhD program:
www.informatik.uni-wuerzburg.de
Computer Science 50–80 Space and Aerospace C.S. 30–50 Human–Computer Systems 30–40 Business Informatics 40–60
(in English!) (soon)
(in total ≈ 40 PhD student, including third-party funded positions)
Graduate School of Science and Technology (GSST)
Deepen your understanding, focus on speciality!
Deepen your understanding, focus on speciality!
*) from http://www.gehaltsvergleich.com
3.932 e (before taxes) Average salery* of a computer scientist (Germany, univ. deg.)
Deepen your understanding, focus on speciality!
*) from http://www.gehaltsvergleich.com
18.000 free positions in 2009**
**) Society of German Engineers (Verein Deutscher Ingenieure)
3.932 e (before taxes) Average salery* of a computer scientist (Germany, univ. deg.)
Deepen your understanding, focus on speciality!
*) from http://www.gehaltsvergleich.com
18.000 free positions in 2009**
**) Society of German Engineers (Verein Deutscher Ingenieure)
Preparation for PhD (lots of research! some teaching!) 3.932 e (before taxes) Average salery* of a computer scientist (Germany, univ. deg.)
beautiful old town :-)
nice professors ;-) beautiful old town :-)
interesting research areas
(= topics for your master thesis!)
nice professors ;-) beautiful old town :-)
interesting research areas
(= topics for your master thesis!)
nice professors ;-) beautiful old town :-)
interesting research areas
(= topics for your master thesis!)
free choice from a broad variety of lectures nice professors ;-) beautiful old town :-)
interesting research areas
(= topics for your master thesis!)
free choice from a broad variety of lectures attractive focus areas nice professors ;-) beautiful old town :-)
interesting research areas
(= topics for your master thesis!)
free choice from a broad variety of lectures attractive focus areas Algorithmics und Theory Intelligent Systems Software Engineering Embedded Systems Internet Technology Space and Aerospace Technology nice professors ;-) beautiful old town :-)
Master thesis – seminar – project ECTS 30 5 10 120 total Elective subjects 75 Mandatory subjects
Master thesis – seminar – project ECTS 30 5 10 120 total Elective subjects 75 (from focus area ) 30 30 5 10 (from focus area ) 75 Mandatory subjects
Master thesis – seminar – project ECTS 30 5 10 120 total Elective subjects 75 (from focus area ) 30 30 5 10 (from focus area ) 75 It’s up to you whether you want to study a focus area. If you want, your focus area will be mentioned in your final report. Mandatory subjects
Master thesis – seminar – project ECTS counting 30 45 5 10 120 120 total Elective subjects 75 75 (from focus area ) 30 30 5 10 (from focus area ) 75 It’s up to you whether you want to study a focus area. If you want, your focus area will be mentioned in your final report. Mandatory subjects
Computational Geometry Approximation Algorithms Visualization of Graphs Algorithms for GIS Databases II Deduktive Databases Data Compression Programming of Distributed Systems Computer Arithmetics Program Design & Analysis Evaluation of Distributed Systems Techniques for Performance Eval. Automata and Formal Languages Computability and Logic Complexity Theory II Cryptography & Data Security Compiler Construction Embedded Systems Artificial Intelligence E-Learning Information Retrieval Language Process. & Text Mining Medical Informatics Robotics Robotics II: Networked Robots Advanced Automation Advanced Space Project Spacecraft Systems Design
Computational Geometry Approximation Algorithms Visualization of Graphs Algorithms for GIS Databases II Deduktive Databases Data Compression Programming of Distributed Systems Computer Arithmetics Program Design & Analysis Evaluation of Distributed Systems Techniques for Performance Eval. Automata and Formal Languages Computability and Logic Complexity Theory II Cryptography & Data Security Compiler Construction Embedded Systems Artificial Intelligence E-Learning Information Retrieval Language Process. & Text Mining Medical Informatics Robotics Robotics II: Networked Robots Advanced Automation Advanced Space Project Spacecraft Systems Design
Computational Geometry Approximation Algorithms Visualization of Graphs Algorithms for GIS Databases II Deduktive Databases Data Compression Programming of Distributed Systems Computer Arithmetics Program Design & Analysis Evaluation of Distributed Systems Techniques for Performance Eval. Automata and Formal Languages Computability and Logic Complexity Theory II Cryptography & Data Security Compiler Construction Embedded Systems Artificial Intelligence E-Learning Information Retrieval Language Process. & Text Mining Medical Informatics Robotics Robotics II: Networked Robots Advanced Automation Advanced Space Project Spacecraft Systems Design
Algorithmics und Theory Intelligent Systems Software Engineering Embedded Systems Internet Technology (Aero-) Space Technology – focus areas –
Computational Geometry Approximation Algorithms Visualization of Graphs Algorithms for GIS Databases II Deduktive Databases Data Compression Programming of Distributed Systems Computer Arithmetics Program Design & Analysis Evaluation of Distributed Systems Techniques for Performance Eval. Automata and Formal Languages Computability and Logic Complexity Theory II Cryptography & Data Security Compiler Construction Embedded Systems Artificial Intelligence E-Learning Information Retrieval Language Process. & Text Mining Medical Informatics Robotics Robotics II: Networked Robots Advanced Automation Advanced Space Project Spacecraft Systems Design
Algorithmics und Theory Intelligent Systems Software Engineering Embedded Systems Internet Technology (Aero-) Space Technology
You can also choose bachelor lectures if they are not part of your bachelor degree.
– focus areas –
GameLab Interactive Computer Graphics Algorithmic Graph Theory Databases Knowledge-Based Systems Data Mining Object-Oriented Programming Theory of Complexity Automation and Control Technology Computer Architecture Computer Networks and Communication Systems Bioinformatics Operating Systems
Bachelor in Computer Science
Bachelor in Computer Science
+
Grade ≤ 3.0⋆
⋆) Germany uses a scale from 1 to 6 with 1 = “excellent” and 4 = “pass”.
Bachelor in Computer Science
+ +
Grade ≤ 3.0⋆ Apply by July 15
⋆) Germany uses a scale from 1 to 6 with 1 = “excellent” and 4 = “pass”.
Bachelor in Computer Science inscription
+ + =
Grade ≤ 3.0⋆ Apply by July 15
⋆) Germany uses a scale from 1 to 6 with 1 = “excellent” and 4 = “pass”.
Bachelor in Computer Science inscription
+ + + =
Grade ≤ 3.0⋆ Grade 3.1– 4.0 Apply by July 15
⋆) Germany uses a scale from 1 to 6 with 1 = “excellent” and 4 = “pass”.
Bachelor in Computer Science inscription
+ + + + =
Grade ≤ 3.0⋆ Grade 3.1– 4.0 Apply by July 15
⋆) Germany uses a scale from 1 to 6 with 1 = “excellent” and 4 = “pass”.
Bachelor in Computer Science inscription
+ + + + + = Exam (jul 15 – aug 31) Basics of Computer Science
Grade ≤ 3.0⋆ Grade 3.1– 4.0 Apply by July 15
⋆) Germany uses a scale from 1 to 6 with 1 = “excellent” and 4 = “pass”.
Bachelor in Computer Science inscription
+ + + + + = = Exam (jul 15 – aug 31) Basics of Computer Science
Grade ≤ 3.0⋆ Grade 3.1– 4.0 Apply by July 15
⋆) Germany uses a scale from 1 to 6 with 1 = “excellent” and 4 = “pass”.
Bachelor in Computer Science inscription
+ + + + + =
. . . but not quite ready yet
+ +
tentative insription
+
≥ 150 of 180 ECTS, B.Sc. thesis started
= Exam (jul 15 – aug 31) Basics of Computer Science +
Grade ≤ 3.0⋆ Grade 3.1– 4.0 Apply by July 15 Grade ≤ 3.0 Application by July 15
⋆) Germany uses a scale from 1 to 6 with 1 = “excellent” and 4 = “pass”.
Bachelor in Computer Science inscription
+ + + + + =
B.Sc.study in related area
100 ETCS in Math & CS; 25 of which in Math & Theo. CS
+ + = Exam (jul 15 – aug 31) Basics of Computer Science
Grade ≤ 3.0⋆ Grade 3.1– 4.0 Apply by July 15
⋆) Germany uses a scale from 1 to 6 with 1 = “excellent” and 4 = “pass”.
Bachelor in Computer Science inscription
+ + + + + =
B.Sc.study in related area
100 ETCS in Math & CS; 25 of which in Math & Theo. CS
+ +
< 100 ECTS in Math & CS; < 25 of which in Math & Theo. CS
+ = Exam (jul 15 – aug 31) Basics of Computer Science
Grade ≤ 3.0⋆ Grade 3.1– 4.0 Apply by July 15
⋆) Germany uses a scale from 1 to 6 with 1 = “excellent” and 4 = “pass”.
Bachelor in Computer Science inscription
+ + + + + =
B.Sc.study in related area
100 ETCS in Math & CS; 25 of which in Math & Theo. CS
+ +
< 100 ECTS in Math & CS; < 25 of which in Math & Theo. CS
+ + = Exam (jul 15 – aug 31) Basics of Computer Science
Grade ≤ 3.0⋆ Grade 3.1– 4.0 Apply by July 15 do missing ECTS
⋆) Germany uses a scale from 1 to 6 with 1 = “excellent” and 4 = “pass”.
Bachelor in Computer Science inscription
+ + + + + =
B.Sc.study in related area
100 ETCS in Math & CS; 25 of which in Math & Theo. CS
+ +
< 100 ECTS in Math & CS; < 25 of which in Math & Theo. CS
+ + + = Exam (jul 15 – aug 31) Basics of Computer Science
Grade ≤ 3.0⋆ Grade 3.1– 4.0 Apply by July 15 do missing ECTS grade ≤ 3.0
⋆) Germany uses a scale from 1 to 6 with 1 = “excellent” and 4 = “pass”.
Bachelor in Computer Science inscription
+ + + + + =
B.Sc.study in related area
100 ETCS in Math & CS; 25 of which in Math & Theo. CS
+ +
< 100 ECTS in Math & CS; < 25 of which in Math & Theo. CS
+ + +
apply at next deadline
= Exam (jul 15 – aug 31) Basics of Computer Science +
Grade ≤ 3.0⋆ Grade 3.1– 4.0 Apply by July 15 do missing ECTS grade ≤ 3.0
⋆) Germany uses a scale from 1 to 6 with 1 = “excellent” and 4 = “pass”.
per month appartment 250–300 e
per month appartment 250–300 e food 250–300 e
per month appartment 250–300 e food 250–300 e health insurance 60–80 e
per month appartment 250–300 e personal liability insurance 5 e food 250–300 e health insurance 60–80 e
per month appartment 250–300 e personal liability insurance 5 e food 250–300 e health insurance 60–80 e study fees (incl. semester ticket) ≈20 e
per month appartment 250–300 e personal liability insurance 5 e food 250–300 e health insurance 60–80 e study fees (incl. semester ticket) ≈20 e
per month appartment 250–300 e personal liability insurance 5 e 600–700 e food 250–300 e health insurance 60–80 e study fees (incl. semester ticket) ≈20 e
per month appartment 250–300 e personal liability insurance 5 e German – intensive pre-semester course (4 weeks) 200 e – semester course (approx. 3 months) 400 e 600–700 e food 250–300 e health insurance 60–80 e German exam level B2 at Goethe Institute visa (50 e) + deposit (7 000 e) study fees (incl. semester ticket) ≈20 e
These slides are available at www1.informatik.uni-wuerzburg.de/pub/slides/master-en.pdf