M.Sc. Program
in Informatics and Telecommunications
at UoA-DIT
at UoA DIT
Prof. Ioannis Stavrakakis
Deputy Dept Chair, Director of Graduate Studies
Overview of Graduate Studies
Initiated in 1993
Modified in 2000 and 2004; due to be largely modified in 2013 Six Areas of Specialization (AoS) in the M.Sc. Program
¾ Theoretical Computer Science p
¾ Advanced Information Systems
¾ Computer System Technology
¾ Telecommunication systems and Networks
¾ Telecommunication systems and Networks
¾ Signal Processing for Telecommunications and Multimedia
¾ New Technologies in Informatics and Telecommunications
Ph.D. Studies (Ph.D.)
M.Sc. Program g
M.Sc. Applicant’s profile
Applicants are admitted in late spring in the specific AoSs pp p g p
Applicant’s profile:
1.
UoA-DIT2.
Other Greek Departments of Informatics, Electrical Engineering and Computer Science/Engineering, Electronics Engineeringp g g g g3.
Math / Physics4.
Other disciplines, including relevant Departments of Higher Technological Institutes(Applicants in 3 and 4 are required to attend a preparation/convergence program)
Distribution of number of applicants in recent years
Number of admitted students: 70/80 + 20 (for AoS 6) Reduction of applications attributed to:
¾
An explosion of Graduate Programs in Greek Universities after 2005¾
The reputation for a demanding M.Sc. Program at UoA-DIT¾
The reputation for a demanding M.Sc. Program at UoA DITDistribution of Applicants
D it th titi t li t f t id U A DIT
Despite the competition, most applicants come from outside UoA-DIT
Preference AoS of admitted applicants
Admitted:101 Admitted:91
Admitted:141 Admitted:126
Admitted:100 Admitted:91 Admitted:98 Admitted:95
AoS-2 and AoS-4 are the most popular and populated
Percentage of admitted applicants
¾ Ad i i t f A S 6 i 70% ( ld / ki t d t )
¾ Admission rate for AoS-6 is over 70% (older/working students)
Admission Criteria
Undergraduate Degree, GPA
Background in applied AoS
Recommendation letters
Interview for most applicants
Consideration of special achievements (publications, awards, etc)
7-member Graduate Studies Committee process applications and recommends to the Graduate Studies General Assembly for final approval
Special consideration / attention to:¾
¾
Candidates from other disciplines¾
Candidates from under-represented DepartmentsM.Sc. Degree Requirements
Successful completion of 7-8 graduate courses (about 70 ECTS) in AoS
Successful completion of 10-12 graduate courses (about 90 ECTS) fromf b t 50 )
a menu of about 50 courses)
A thesis
A thesis¾
Thesis with open defense (graded)¾
Thesis without defense (Pass / Fail)AoS-1 Theoretical Computer Science – Core courses
¾
ΠΜΣ 503: Scientific Computations¾
ΠΜΣ 505: Graphics¾
ΠΜΣ 505: Graphics¾
ΠΜΣ 506: Combinatorial Optimization¾
ΠΜΣ 557 Algorithms¾
ΠΜΣ 558 Computational Complexityp p y¾
ΠΜΣ 559 Programming Language Semantics¾
ΠΜΣ 560 Computational Geometry¾
ΠΜΣ 561 Parallel Algorithmsg¾
ΠΜΣ 562 Approximation Algorithms¾
ΠΜΣ 563 Algorithmic Game Theory¾
ΠΜΣ 564 Cryptography¾
¾
ΠΜΣ 565 Probabilistic Algorithms¾
ΠΜΣ566 Algorithms in Structural Bioinformatics¾
ΠΜΣ 567 Immediate Algorithms¾
¾
ΠΜΣ 568 Algorithmic Graph Theory¾
ΠΜΣ 569 Linear and non-linear ProgrammingAoS-2 Advanced Information Systems – Core courses
¾
ΠΜΣ 505: Graphics¾
ΠΜΣ 508: Advanced Artificial Intelligence¾
ΠΜΣ 508: Advanced Artificial Intelligence¾
ΠΜΣ 509: Knowledge Technology¾
ΠΜΣ 510: Topics in Applications for Data Bases¾
ΠΜΣ 511: Internet Applicationspp¾
ΠΜΣ 512: Multimedia and Hypermedia Systems¾
ΠΜΣ 513: e-Commerce Technologies¾
ΠΜΣ 514: Simulation¾
ΠΜΣ 515: Topics in Data Base SystemsAoS-3 Computer Systems Technologies – Core courses
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ΠΜΣ 504: Parallel Computing System Technology¾
¾
ΠΜΣ 515: Topics in Data Base Systems¾
ΠΜΣ 516: Advanced Digital System Design¾
ΠΜΣ 517: Advanced Computer Architecture¾
ΠΜΣ 518 Ad O ti S t¾
ΠΜΣ 518: Advance Operating Systems¾
ΠΜΣ 519: Distributed Systems¾
ΠΜΣ 520: Information System Security¾
ΠΜΣ 521: Modern Programming Tools¾
ΠΜΣ 521: Modern Programming Tools¾
ΠΜΣ 522: Computer Communication NetworksAoS-4 Telecommunication Systems and Networks – Core courses
¾
ΠΜΣ 522: Computer Communication Networks¾
¾
ΠΜΣ 523: Advanced Networking Technologies¾
ΠΜΣ 524: Network Modeling and Performance Evaluation¾
ΠΜΣ 525: Protocol Specification and Design¾
ΠΜΣ 526 M bil C i ti¾
ΠΜΣ 526: Mobile Communications¾
ΠΜΣ 527: Optical Communication Networks¾
ΠΜΣ 528: Information and Coding Theory¾
ΠΜΣ 529: VLSI Design for Telecommunication Systems¾
ΠΜΣ 529: VLSI Design for Telecommunication Systems¾
ΠΜΣ 536: Data CompressionAoS Signal Processing for Telecommunications and Multimedia – Core
courses
¾
ΠΜΣ 512: Multimedia and Hypermedia Systems¾
¾
ΠΜΣ 530: Advanced Topics in Signal Processing¾
ΠΜΣ 531: Digital Communications for Broadband Networks¾
ΠΜΣ 532: Pattern Recognition¾
ΠΜΣ 533 Pi t A l i d A tifi i l Vi i¾
ΠΜΣ 533: Picture Analysis and Artificial Vision¾
ΠΜΣ 534: Voice Technologies¾
ΠΜΣ 535: Adaptive Systems for Telecommunication Networks¾
ΠΜΣ 536: Data Compression¾
ΠΜΣ 536: Data Compression¾
ΠΜΣ 537: Digital Signal ProcessingAoS New Technologies in Informatics and Telecommunications – Core
courses
(for working people returning to college, evening classes, higher tuition)
¾
ΠΜΣ 510: Topics in Applications for Data Bases¾
ΠΜΣ 510: Topics in Applications for Data Bases¾
ΠΜΣ 511: Internet Applications¾
ΠΜΣ 512: Multimedia and Hypermedia Systems¾
ΠΜΣ 513: e-Commerce Technologies¾
ΠΜΣ 513: e-Commerce Technologies¾
ΠΜΣ 514: Simulation¾
ΠΜΣ 520: Information System Security¾
ΠΜΣ 522: Computer Communication Networks¾
ΠΜΣ 522: Computer Communication Networks¾
ΠΜΣ 526: Mobile Communications¾
ΠΜΣ 527: Optical Communication Networks¾
ΠΜΣ 534: Voice Technologies53 o ce ec o og es¾
ΠΜΣ 536: Data Compression¾
ΠΜΣ 538: Business Management¾
ΠΜΣ 539: Management Information Systemsg y¾
ΠΜΣ 540: Educational Software Design¾
ΠΜΣ 541: Business Management Processing Technology¾
ΠΜΣ 542: Distance LearningGraduate Seminars
1- TCS (Theoretical Computer Science) 2- CSA (Computer Systems & Applications) 2- CSA (Computer Systems & Applications) 3- CSP (Communications & Signal Processing)
Student Performance Awards and Support
First year performance award per AoS Criteria: GPA ≥ 8,5 / ECTS ≥ 55A d i i d b i i f Y 2
Award is accompanied by tuition waver for Y-2
M.Sc. Graduation Award per AoS C it i GPA ≥ 8 5Criteria: GPA ≥ 8,5
¾
M.Sc. Students funded by research projects :2008-09: 224 PM Î 18 M.Sc. students 2009-10: 307 PM Î 25 M.Sc. students