Seminar on Topics in Electronic Design Automation

Lecturer (assistant)
Duration3 SWS
TermWintersemester 2018/19
Language of instructionEnglish
Position within curriculaSee TUMonline


Course criteria & registration

See TUMonlineStudents have to choose a seminar topic before the introduction lesson. You need to contact a supervisor of a topic you are interested in. Topics are selected on a first come first served basis. You will be registered for the seminar after your topic supervisor has confirmed your chosen topic. For a list of topics refer to the following links:


At the end of the seminar, the students is able to present a new idea or an existing approach in the area of computer-aided circuit and system design in an understandable and convincing manner. For this purpose, the following competencies will be acquired: * The student is able to independently become familiarized with a scientific topic in the field of electronic design automation. * The student is able to present a topic in a structured way according to problem formulation, state of the art, goals, methods, results. * The student can present a topic according to the structure given above orally, on a poster, with a set of slides, and with a written report.


Specific seminar topics in the area of electronic design automation will be offered. Examples are analog design methodology, digital design methodology, layout synthesis, and system-level design methodology. The participants independently work on a scientific topic, write a paper of 2-4 pages and a poster, and present their topic in a talk. In the subsequent discussion the topic will be treated in-depth.



Teaching and learning methods

Learning method: Students elaborate a given scientific topic by themselves in coordination with the respective research assistant. Teaching method: Introductory lessons will be given by the course coordinator, further details are discussed between research assistant and student on an individual basis. Presentation skills will be educated by a professional teacher. Media: All current techniques for preparing and presenting papers and talks will be applied, e.g. - blackboard, whiteboard - electronic slides, beamer - electronic word processing - electronic slide processing


The examination consists of a written part in form of a paper and a poster (50%) and of a 20-minutes presentation followed by 5 minutes discussion (50%).

Recommended literature

A set of topics and related literature is given at the start of the course. Each participant selects his/her topic.



You find the list of topics for the WT 18/19 now online below.

The topics are handed out on a first-come-first served basis. Contact the supervisor of the topic to get more information and reserve a topic. Please make sure, that you get a confirmation of your supervisor onlce you selected a topic. We are looking forward to see you in the seminar.

Offered Topics

Aging Mitigation in SRAMsA. Listl
Cyberphysical digital-microfluidic biochips: Bridging the gap between microfluidics and microbiologyB. Li
Towards secure and trustworthy cyberphysical microfluidic biochipsB. Li
Analog Neuromorphic ComputingF. Burcea
Capacitor Array Layout in Charge-Redistribution ADCsF. Burcea
A Framework for Scalable Post-Silicon Statistical Delay Prediction under Spatial VariationsLi Zhang
Rescuing Memristor-based Neuromorphic Design with High DefectsLi Zhang
Graph Isomorphism ProblemM. Neuner
LLVM ThinLTOR. Stahl
On-chip data decompressionR. Stahl
3D-printed microfluidic devicesT.-M. Tseng
Accelerated Functional Testing of Digital Microfluidic Biochips Y. Moradi
Efficient Single-Cell Analysis Using a Hybrid Microfluidic PlatformY. Moradi

Assigned Topics

FPGA-based Emulation and Modeling for Multi-Processor System-On-ChipA. ListlSai Varun Brahmadevara
Functional Safety Measures in AUTOSARD. Müller-G.Priya Dalal
Runtime Verification D. Müller-G.Rebecca Chatterji
Operational Amplifiers: Constant gm-TechniquesM. NeunerElizabeth Alias
On-chip wireless silicon photonics: from reconfigurable interconnects to lab-on-chip devices T.-M. TsengAbhinay Manandhar
Impact of soft-errors on Machine Learning applicationsU. SharifMohamed Eid
SW techniques for achieving functional-safety in safety-critical embedded-systemsU. SharifAhmed Ahmed
Soft error resilience in GPU ComputingU. SharifAhmad Fahad
Soft error resilience in real-time computing contextsU. SharifWaqas Ahsan
Neuromorphic Computing and Neural Networks in HardwareY. MoradiArka Bhowmick
Pin-Count Minimization for Microfluidic BiochipsY. MoradiRabia Ateeq