Courses
Courses of the current semester (SS 24)
- Component-based Software Engineering (Lecture with exercise)
- Softwaremanagement (Lecture with exercise)
- Future-Proof Software Systems (Lecture with exercise)
- Academic Skills in Software Engineering (Lecture with exercise)
- Softwaretechnologie (Lecture with exercise)
- Automotive Software Engineering (AutoSOFT) (Lecture)
- Adaptive, Mobile Information Provision in Digital Health (Main seminar)
Courses of the next semester (WS 24/25)
The courses in the upcoming semester will be announced later.
Permanent courses
Consultation
Prof. Aßmann offers a official consultation on Thursdays 11:00-13:00. Please log your visit at the Secretary. (As Prof. Aßmann is usually overloaded with emails, he can direct emails often very late answer).
Internship in the main study "Software Engineering in Industrial Practice
This internship will take place in industry on an individual base. Students, working in industry, shall write a report of 10-15 pages and hands it in to Prof. A�mann for reviewing. If the report is good, the student get's a certificate
Research seminar
There is a research seminar for for PhD students, staff and interested master students. Appointments will be given on request.
PhD Seminar
There is a half-annual doctoral symposium for PhD students of the chair, where the current status of the thesis is reviewed and defense talks can be excercised.
Chair seminar
At the
chair's seminar, students writing bachlor, minor, master or diploma theses present their work either in semi-defenses or final defenses.
Recognition of courses from abroad
Please, first send the following information to our secretary:
- University, where you visited the courses
- URLs of these courses or other information
- Translation to ECTS credit points
- Which courses of ST you want to substitute
- The exams, for which the acknowledged courses shall be used
Reading Group
The reading group of the Software Technology Group discusses important research papers. Every interested person, regardless of being student, PhD or professer, can be participate. Here is the list of papers.. More information can be requested using the EMail reading-group[at]mail-st.inf.tu-dresden .
Permanent courses
Hier finden Sie einen Index aller Vorlesungen, die regelmäßig vom Lehrstuhl angeboten werden.
Student Theses
Here you can find information to currently offered topics for minor and major theses, as well as on currently running or finished theses. Please click on "more", to get more information. Hints on how to write a thesis exist as pdf. For theses, a LaTeX package is offered, which helps in adhering to the required layout.[back] [Proposals of topics] [finished topics] [RSS-Feed Proposals of topics]
Extending Artemis With a Rule-Based Approach for Automatically Assessing Modeling Tasks
E-Learning systems have long since become an integral part of school and academic education.
These systems offer a large number of users the opportunity to work on and submit exercises
at the same time. In the field of computer science, these tasks are mainly programming
tasks, but also often modeling tasks. To provide consistent yet individual feedback despite
the constantly increasing number of users, systems for automatically assessing and correcting
submissions for the above-mentioned task types are used. A current example of such a system
is Artemis, an interactive open-source learning platform for individual feedback. In addition to
programming tasks, multiple-choice, and free-text tasks, it also offers modeling tasks for parts
of the Unified Modeling Language and other frequently used model types.
There are several approaches for the automatic evaluation of modeling tasks, although unfortunately
only a few types of systems are used in everyday university life. Rule-based approaches
and evaluation by machine learning seem to be the most common approaches at
the moment. Unfortunately, there is currently no system that offers both approaches to its
users, despite the fact that both approaches have different advantages and disadvantages.
The goal of this work is to extend Artemis with a rule-based approach to make the above approaches
available to instructors. Artemis currently supports only semi-automatic, similaritybased
machine-learning-based correction. In the first step, both approaches need to be compared.
Based on this comparison, a benefit analysis for future teachers will be derived. Afterward,
a modular design for integrating the rule-base extension into the system shall be
created. Since Artemis is an actively maintained open-source project with regular updates, the
design needs to be as non-invasive as possible to ensure compatibility with new releases. Finally,
the design is to be implemented in a prototype. For the evaluation of the functionality of
the design and the results of the theoretical review, a comparison between the new rule-based
rating system and the existing similarity-based system will be performed.Supervisor: Markus Hamann; Andreas Domanowski
Student: Franz Rodestock
Student: Franz Rodestock
Courses of the previous semester
In this overview you can find all over the course of the Chair. In addition to those of the previous semesters can be found here and those that are held in current and upcoming semester.[back] [to tabular view]
Here you will find a Overview of all courses that have been held in the past semesters.
You may select this summary also in tabular view.
You may select this summary also in tabular view.
Overview of courses
Course | SWS | WS/SS | INF | MINF | IST | DSE | CL | INF | FAK | MATH | |||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
BA | MA | DIPL | BA | MA | DIPL | DIPL | MA | MA | LE | BA | MA | ||||
Academic Skills in Computer Science (ASiCS) | 2/2/0 | WS/SS | B-510 B-520 | VERT3 | 04-FG-SWT B-520 VERT3 | B-530 B-540 | AQUA | INF-B-540 | PCS | ||||||
Automotive Software Engineering & Functional Safety | 4/0/0 | SS | B-510 B-520 | VERT3 | 04-FG-SWT B-520 BAS3 | B-530 B-540 | BI-4 | INF-B-540 MINF-04-FG-EMW | 05-FG-SWT | ||||||
Component-Based Software Engineering | 2/2/0 | SS | B-520 | VERT3 | 04-FG-SWT B-520 | B-540 | BI-4 | MINF-04-FG-EMW INF-B-540 | 05-FG-SWT | 10-E5 14-E4 | CSE | ||||
Design Patterns and Frameworks | 2/2/0 | WS | VERT3 | 04-FG-SWT BAS3 VERT3 B-520 | BI-4 | MINF-04-FG-EMW | 10-M4 | CSE | MA | INFSEN | |||||
Enterprise Software - Applications, Technologies and Programming | 2/0/0 | WS | VERT3 | 04-FG-SWT BAS3 VERT3 | INF-BI-5 MINF-04-FG-EMW | ||||||||||
Future-Proof Software Systems | 2/0/0 | WS | VERT3 | 04-FG-SWT VERT3 | BI-4 | MINF-04-FG-EMW | 10-E5 14-E4 | ||||||||
Hauptseminar Softwaretechnologie | 0/2/0 | WS/SS | VERT3 | 04-HS BAS3 VERT3 | AQUA | ||||||||||
Komplexpraktikum Softwaretechnologie | 0/0/4 | WS/SS | MA-PR VERT3 | 04-KP PM-FPA VERT3 | E-4 | 05-KP | |||||||||
MINF-BI-5 | 2/2/0 | SS | |||||||||||||
Model-Driven Software Development in Technical Spaces | 2/2/0 | WS | BAS3 VERT3 04-FG-SWT | BI-4 | INF-BI-5 MINF-04-FG-SE | ||||||||||
Praktikum Softwaretechnologie in der industriellen Praxis | 0/0/2 | WS | 04-P | ||||||||||||
Proseminar Softwaretechnologie | 0/2/0 | SS | B-510 B-520 | 04-PS B-520 D-520 | B-530 B-540 | INF-B-540 | |||||||||
Requirements Engineering und Testen | 2/2/0 | WS | B-510 | VERT3 | 04-FG-SWT BAS3 VERT3 | B-530 | MINF-04-FG-EMW | ||||||||
Role-based Software Infrastructures | 2/0/0 | WS | B-510 B-520 | BAS4 VERT3 VERT4 | B-520 BAS3 VERT3 | BI-2 BI-4 | |||||||||
Selected International Research in SE | 1/0/0 | WS | VERT3 | 04-FG-SWT VERT3 | INF-BI-5 | ||||||||||
Seminar Modellierung und Architektur von Softwaresystemen | 0/2/0 | WS/SS | VERT3 | 04-FG-SWT | 05-FG-SWT | INF-FF | |||||||||
Software Reengineering | 2/2/0 | SS | VERT3 BAS3 | 04-FG-SWT VERT3 BAS3 | BI-4 | MINF-04-FG-EMW | 05-FG-SWT | 10-M4 | |||||||
Software Reengineering and Software Measurement | 2/2/0 | SS | |||||||||||||
Software-Entwicklungswerkzeuge | 2/2/0 | WS | VERT3 | 04-FG-SWT BAS3 VERT3 | INF-BI-5 MINF-04-FG-EMW | ||||||||||
Softwarearchitektur (Ausgewählte Kapitel der Softwaretechnologie) | 2/0/0 | SS | B-520 | BAS3 04-FG-SWT VERT3 B-520 | B-540 | BI-4 | INF-BI-5 MINF-04-FG-EMW INF-B-540 | 05-FG-SWT | 10-M4 | MA | INFSEN | ||||
Softwareentwicklung in der industriellen Praxis | 2/0/0 | WS | B-510 B-520 | VERT3 | 04-FG-SWT B-520 BAS3 VERT3 | B-530 B-540 | BI-4 | INF-B-540 MINF-04-FG-EMW | MA | INFSEN | |||||
Softwaremanagement | 2/2/0 | SS | B-510 B-520 | 04-FG-SWT B-520 BAS3 | B-530 B-540 | BI-4 | INF-B-540 INF-BI-5 MINF-04-FG-EMW | 05-FG-SWT | MA | INFSEN | |||||
Softwaretechnologie | 2/2/0 | SS | D-240 | B-310 | 05-PF-GS | EUI MA PHY WW | INFC | INFSEN | |||||||
Softwaretechnologie II | 2/2/0 | WS | B-510 B-520 | BAS3 | 04-FG-SWT B-520 BAS3 | B-530 B-540 | INF-B-540 MINF-04-FG-EMW | ||||||||
Softwaretechnologie-Projekt | 0/0/4 | WS | B-320 B-321 | B-320 B-321 | MA | INFD | INFSEN |
- INF-BA → Bachelor Informatik
- INF-MA → Master Informatik
- INF-DIPL → Diplom Informatik
- MINF-BA → Bachelor Medieninformatik
- MINF-MA → Master Medieninformatik
- MINF-DIPL → Diplom Medieninformatik
- IST-DIPL →
- DSE-MA → Master Distributed Systems Engineering
- CL-MA → Master Computional Logic
- INF-LE →
- FAK →
- MATH-BA →
- MATH-MA →