Please note that a basic understanding of particle interactions and fundamental detection principles is expected from all participants, as these topics will not be covered in the lecture program. The curriculum is designed to extend this knowledge, focusing on advanced detection technologies and instrumentation.
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Lecture Programme
The scientific program includes a series of 45-minute, university-style lectures on advanced experimental topics and detection techniques. A list of the lecture topics is provided below. Further details will follow.
Semiconductor Detectors
Calorimeters
Timing Detectors
Photo Detectors and Particle ID
Gas Detectors
Liquid Detectors
Quantum Sensing
DAQ and Electronics
Overview of Proposed Experiments -
Lab Courses
The D.TECT school places strong emphasis on practical learning through small-group laboratory work, guided by expert tutors in on-campus facilities. A brief overview of the laboratory activities is provided below; further information will be available soon.
Probing Semiconductor Properties and TCAD Modelling
Radiation Detection & Monte Carlo Simulations
Exploring Calorimeter Performance at Testbeam
Operation and Characterization of Gaseous Detectors
Build-Your-Own Particle Detector
Tracking and Analysis in Testbeam
Detector Systems, DAQ, and Control Electronics -
Beyond HEP Seminars
The scientific programme will be complemented by two evening seminar-style events that explore topics extending beyond particle physics. Further details will follow.
