Full Paper Submission

All authors are required to submit a full paper to Therminic 2020. The recommended length is six pages. The papers will be made available after the conference through the IEEE Xplore data base.

The deadline for paper uploads has been extended to September 7, 2020

You need to submit:

  1. Your full paper in pdf format
  2. Your full paper in .doc or .docx format

Please download the full paper template here.

Please log into the conference system to upload your final paper. While you are uploading the paper, you will also be asked to identify the presenting author and to provide a short bio of him or her.

Important Dates

Full paper upload
Extended to September 7, 2020

Upload of video presentations
 Extended to September 11, 2020

Therminic2020 Live Event
September 24, 2020

ATTENTION – Copyright

Due to problem with the copyright granting in ConfTool this year, all submitting authors will be contacted by IEEE Xplore directly in order to grant the copyright directly. We hope that this will be carried out before the end of January 2021. Thank you for your understanding!


In case you experience any problems with the submission process, please contact us at 

Pre-recorded Presentations

The THERMINIC 2020 Workshop will now be an on-demand virtual event of pre-recorded presentations combined with a live event on September 24, 2020.

Pre-recorded 15-minute video presentations (oral presenters)
If your abstract has been accepted for oral presentation, we kindly ask you to submit a 15-minute audio/video presentation of your work. Whether you appear personally in the video, or whether the video contains only the slides accompanied by audio will be your choice.
These video presentations will be available to all conference participants one week before and two weeks after conference.

Additional pre-recorded 3-minute-video presentation
In addition to the full video presentation we ask you to upload a 3-minute-pitch of your presentation with a maximum of 2 slides that will be shown on the day of the live event on September 24 similar to the poster pitches we usually have at THERMINIC Workshops.

Please upload your pre-recorded video presentations here:
Please note: You need to have registered for the conference in order to access the online platform

How to record your video presentation

Recording a presentation can be tricky if you’re a newcomer in this field. To make it a little easier for you we have compiled a PowerPoint Recording Guide with useful hints on how to record your presentation on Microsoft PowerPoint. Please note that, depending on your license, the video recording option might be disabled in the PowerPoint recording tool. 

It‘s up to you if you want to show yourself on camera while presenting or if you only want to record your voice. We advise you to make a test recording before you record your actual presentation to ensure that the sound and picture quality is good.

As long as the quality of your recording is good, you can also use many other programs. Popular recording tools include

If you have used any of these before and were happy with the result, please feel free to use them to record your Therminic 2020 presentation!

At the end you will need a video file in one of the following formats: .mp4/ .mpg/ .avi/.mov/ .wmv that you can upload to our event platform.


Thermal management of electronic components and systems

  • Classical and modern thermometry and thermography
  • Thermal interface materials and their characterisation
  • Thermal modelling and investigation of packages
  • Nano-scale heat transfer
  • Multi-physics simulation and field coupling
  • Electro-thermal modelling and simulation
  • CFD modelling and benchmarking
  • Advanced thermal materials and technologies
  • Numerical methods for multi-scale heat transfer

    Electronics Cooling Concepts and Applications

    • Cooling concepts: air, liquid, 2-phase, etc.
    • Power electronics
    • High temperature electronics
    • Solid state lighting / LEDs
    • Thermo-electric and sub-ambient cooling
    • Novel and advanced cooling technologies
    • Heat pipe and vapour chambers
    • 3D heterogenous integration and cooling
    • Ultra low form factor air cooling
    • Novel manufacturing methods
    • Cooling for IoT, CPS, mobile, edge computing
    • Thermal buffering for computational sprinting
    • Battery thermal management

    Thermo-mechanical reliability

    • Prognostics and health monitoring
    • Lifetime modelling and prediction
    • Damage and fracture mechanics
    • Failure analysis and inline inspection by thermal imaging