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International Summer School on Microelectronics 2025

Europe/Berlin
Königlicher Pferdestall, Leibniz Universität Hannover

Königlicher Pferdestall, Leibniz Universität Hannover

Appelstraße 7 30167 Hannover
Nils Stanislawski (Leibniz University Hannover)
Description

Discover the World Behind the Chip

Microelectronics is at the heart of the digital revolution, enabling everything from smartphones and autonomous vehicles to biomedical implants and AI hardware. At its core are chips: intricately designed, precisely manufactured, and deeply integrated into the systems that power our everyday lives and tomorrow’s innovations.

Are you a bachelor's student nearing the end of your studies and still exploring your specialisation? Or an early master’s student already focused on microelectronics and looking to broaden your horizon and deepen your understanding of the field? The International Summer School on Microelectronics invites you to spend a week diving into the fascinating world of chip design and microelectronics.

Why Attend?

  • Explore the lifecycle of a chip, from concept to circuit

  • Engage with experts from academia and industry through lectures, hands-on sessions, and keynotes

  • Understand real-world applications in fields like healthcare, AI, and automotive

  • Connect with students from across the world and build your network

Application & Selection

Applicants are selected based on their CV, a motivation letter, and academic transcripts. We strive to create a diverse and inclusive environment by considering gender and geographical balance.

Application Timeline

The application deadline is July 25th, 11:59 PM (GMT+2).


Due to the high number of applications received, we will not be able to consider any submissions after this date.

Travel costs, accommodation, and food

We offer financial support for travel and accommodation depending on your location:

  • Students from within Europe (excluding Germany):
    Travel costs to/from Hannover will be reimbursed based on receipts, up to a maximum of 600 EUR. Please choose climate-friendly travel options (e.g., train or long-distance bus) whenever possible.

  • Students from outside Europe:
    Please contact us in advance. We aim to support you with a travel grant where possible and will assess this on a case-by-case basis.
  • Students from Germany:

    • Students from Germany beyond regional train distance (travel times > 5 hours):
      Travel costs will be reimbursed based on 2nd class Deutsche Bahn fares. Please keep all receipts. Accommodation will be provided.
    • Students within regional train distance (~4 hours) and with applicable student ticket:
      Travel costs will not be reimbursed, but accommodation will be provided. 

    • Students from the Hannover region (~1 hour travel time):
      No travel or accommodation support is provided. We expect local students to commute.

 

Accommodation from Sunday to Friday will be provided free of charge for selected students. You don't need to make any arrangements—we’ll take care of everything.

Selected meals are provided to participants free of charge; however, some meals must be paid for by the participants.

Getting to Hannover

Hannover is well-connected by air, rail, and road, making it easy to reach.

By Plane
Hannover Airport (HAJ) offers direct flights from many major European cities. For international participants coming from outside Europe, we recommend booking a flight to a major hub such as Frankfurt (FRA), Amsterdam (AMS), or Paris Charles de Gaulle (CDG)—all of which offer multiple daily connections to Hannover.

By Train
Hannover is a major hub in Germany’s high-speed rail network. Frequent ICE and IC trains connect Hannover with cities like Berlin, Hamburg, Frankfurt, Munich, and Amsterdam. All trains arrive at Hannover Hauptbahnhof, located in the city centre and well connected to local transport.

By Bus
Long-distance buses (e.g., FlixBus) operate routes from many European cities to Hannover. Most buses stop at ZOB Hannover, located next to the main train station.

By Car
If you are travelling by car, Hannover is accessible via the A2 and A7 highways. 

Event Venue: Königlicher Pferdestall

The main venue for the ISSOM25 is the Königlicher Pferdestall, located in the Nordstadt district of Hannover. This historic university building, once part of the royal stables, now serves as an academic venue and event space.

 

Contact
    • General: Registration
    • General: Welcome
    • Lectures: Thinking in Circuits: From Logic Gates to Custom Chips
      Convener: Prof. Holger Blume, IMS (LUH)
      • 1
        Thinking in Circuits: An Introduction to FPGA-Based Designs
        Speaker: Prof. Holger Blume (IMS (LUH))
    • 10:45
      Break
    • Hands-On: From Game Idea to Silicon: A Practical Introduction to Chip Design - Part I
      Convener: IMS Chip Design Team (IMS (LUH))
    • 12:30
      Lunch
    • Hands-On: From Game Idea to Silicon: A Practical Introduction to Chip Design - Part II
      Convener: IMS Chip Design Team (IMS (LUH))
    • Social: Dinner & Icebreaker Session
    • Lectures: Applications of RF CMOS 3703.000.023 (Multimedia Lecture Hall)

      3703.000.023

      Multimedia Lecture Hall

      Appelstraße 4 30167 Hannover
      Convener: Vadim Issakov, Institute for CMOS Design (TUB)
    • 10:30
      Break
    • Keynote: Empowering Microelectronic Systems: The Key Role of Power Management IC Design 3703.000.023 (Multimedia Lecture Hall)

      3703.000.023

      Multimedia Lecture Hall

      Appelstraße 4 30167 Hannover
      Convener: Niklas Deneke, IMS (LUH) (IMS (LUH))
    • Keynote: Split-ring Resonators in Sensing Applications: From Fundamentals to Advanced Electronics 3703.000.023 (Multimedia Lecture Hall)

      3703.000.023

      Multimedia Lecture Hall

      Appelstraße 4 30167 Hannover
      Convener: David Bailey, GEML (LUH) (GEML (LUH))
    • 12:30
      Lunch
    • Lectures: Moore's Law: Dead or Alive? Scaling Limits and the Promise of 3D Integration 3703.000.023 (Multimedia Lecture Hall)

      3703.000.023

      Multimedia Lecture Hall

      Appelstraße 4 30167 Hannover
      Convener: Jan Krügener, MBE (LUH) (MBE (LUH))
    • Hands-On: Lab Tour (incl. clean room)
    • 17:15
      Break
    • Social: City Tour
    • Social: Bar Crawl (optional, at participant's own expense)
    • Lectures: Integration of Sensors and CMOS for Biomedical Applications 3703.000.023 (Multimedia Lecture Hall)

      3703.000.023

      Multimedia Lecture Hall

      Appelstraße 4 30167 Hannover
      Convener: Liubov Bakhchova, Institute for CMOS Design (TUB)
    • 10:30
      Break
    • Keynote: Epitaxy and Processing of GaN-based Devices 3703.000.023 (Multimedia Lecture Hall)

      3703.000.023

      Multimedia Lecture Hall

      Appelstraße 4 30167 Hannover
      Convener: Florian Meierhofer, IHT (TUB)
    • 12:00
      Lunch
    • Lectures: Efficient and Flexible Compilation Targeting CPUs, GPUs, and NPUs in Edge-AI Systems 3703.000.023 (Multimedia Lecture Hall)

      3703.000.023

      Multimedia Lecture Hall

      Appelstraße 4 30167 Hannover
      Convener: Dr Moritz Joseph, ICE (RWTH)
    • 14:30
      Break
    • Lectures: Before It Hits the Chip: A Gentle Introduction to Mixed-Signal IC Verification 3703.000.023 (Multimedia Lecture Hall)

      3703.000.023

      Multimedia Lecture Hall

      Appelstraße 4 30167 Hannover
      Convener: Martin Grabmann, IMMS (IMMS)
    • 16:30
      Break
    • Keynote: AI-powered EDA: The Revolution in Chip Design 3703.000.023 (Multimedia Lecture Hall)

      3703.000.023

      Multimedia Lecture Hall

      Appelstraße 4 30167 Hannover
      Convener: Ian Ch'ng, Synopsys
    • 18:30
      Break
    • Social: Midweek Celebration Dinner
    • Keynote: APECS Pilot Line: Bridging Application-Oriented Research with Innovative Developments in Heterogeneous Integration 3703.000.023 (Multimedia Lecture Hall)

      3703.000.023

      Multimedia Lecture Hall

      Appelstraße 4 30167 Hannover
      Convener: Andreas Brüning, FMD
    • Sponsors' Exhibition
    • Keynote: System Architecture, Safe Computing and Motor Control for safe operating Steer-By-Wire applications 3703.000.023 (Multimedia Lecture Hall)

      3703.000.023

      Multimedia Lecture Hall

      Appelstraße 4 30167 Hannover
      Convener: Achim Schuette, Infineon Technologies AG
    • Softskills: International Teamwork 3703.000.027 (Seminar Room)

      3703.000.027

      Seminar Room

      Appelstraße 4 30167 Hannover
      Convener: Centre for Quality in Teaching and Learning (LUH)
    • 12:30
      Lunch - Fingerfood Buffet
    • Softskills: International Teamwork 3703.000.027 (Seminar Room)

      3703.000.027

      Seminar Room

      Appelstraße 4 30167 Hannover
      Convener: Centre for Quality in Teaching and Learning (LUH)
    • Keynote: Tiny Giants: How Our Chips Power Big Ideas in Imaging and AI 3703.000.023 (Multimedia Lecture Hall)

      3703.000.023

      Multimedia Lecture Hall

      Appelstraße 4 30167 Hannover
      Convener: Jan Peter Berns, Dream Chip Technologies
    • Keynote: Sponsor Keynote 3703.000.023 (Multimedia Lecture Hall)

      3703.000.023

      Multimedia Lecture Hall

      Appelstraße 4 30167 Hannover
    • 17:00
      Break
    • Social: BBQ Courtyard

      Courtyard

      Appelstraße 4 30167 Hannover
    • Keynote: From Silicon to Smart Mobility: The Sensors and Systems Behind Modern Vehicles 3703.000.023 (Multimedia Lecture Hall)

      3703.000.023

      Multimedia Lecture Hall

      Appelstraße 4 30167 Hannover
      Convener: Mourad Elsobky, Robert Bosch GmbH
    • Lectures: Why General-Purpose Isn’t Always Good Enough: The Case for ASIPs 3703.000.023 (Multimedia Lecture Hall)

      3703.000.023

      Multimedia Lecture Hall

      Appelstraße 4 30167 Hannover
      Convener: Prof. Guillermo Payá Vayá, C3E (TUB)
    • Keynote: Automating ASIP Design Flows: Compiler Generation within the OpenVADL PDL 3703.000.023 (Multimedia Lecture Hall)

      3703.000.023

      Multimedia Lecture Hall

      Appelstraße 4 30167 Hannover
      Convener: Kevin Per, Institute of Information Systems Engineering (TU Wien) (TU Wien)
    • 12:00
      Lunch
    • General: Feedback
    • General: Farewell