The Computational Biophysics Workshop is complete — all 12 workshop events have concluded. Final-day materials, shared resources, and closing photographs are now available.

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Scientific Culture Committee · Biophysics Department

Workshop completed · 12 events

Computational Biophysics Workshop

The Computational Biophysics Workshop concluded on 29 August 2026 after the Opening Day and 11 training days. The final session brought together project presentations, AI in structure-based drug design with Vina, GNINA and Boltz-2, discussion, and the workshop wrap-up.

12Events complete
3Days / week
23Core modules
13Presenters
Computational Biophysics Workshop logo Molecular docking Molecular dynamics DFT & quantum chemistry

A complete learning pathway

From molecular structure to validated scientific insight

The workshop is designed for students and researchers who want a coherent, hands-on route through modern computational biophysics. Sessions combine scientific foundations, guided demonstrations, practical exercises, analysis workflows, and integrated project work.

01

Hands-on scientific training

Practical sessions using current computational tools and open-source software.

02

Built for emerging researchers

Suitable for students and researchers in biology, biophysics, chemistry, physics, biotechnology, and related fields.

03

Integrated computational workflow

Move from preparation and modeling to simulation, analysis, visualization, and scientific communication.

04

On campus at Cairo University

Hosted at the Biophysics Department, Faculty of Science, Cairo University.

Workshop introduction

See what the Computational Biophysics Workshop is about

Watch this short introduction to the workshop identity, scientific scope, and hands-on learning experience. The full August 2026 workshop is now complete.

30-second introduction Optimized for mobile and desktop
Record Opening Day attendance

Computational Biophysics Workshop · Faculty of Science, Cairo University

Workshop update

Workshop completed · Opening Day + Training Days 1-11

All twelve workshop events are now complete

Training Day 11 on 29 August marked the final workshop day, combining project presentations and discussion with the free lecture on AI in structure-based drug design using Vina, GNINA and Boltz-2, followed by the workshop wrap-up and recognition moments.

RegistrationClosed
Workshop statusCompleted
CompletedOpening Day + Training Days 1-11

Workshop learning library

Training materials - latest session first

Training Day 11, the final workshop day, is selected by default. Open the AI in structure-based drug design deck, two shared Drive folders, GNINA Colab notebook, and preserved final-day links here; all previous sessions remain organized by day.

0 resources

Choose a day, then filter or search its learning resources.

Workshop contents

Eight connected modules. One scientific workflow.

The curriculum is arranged as a progression: prepare the molecular system, model interactions, simulate dynamics, analyze results, and present a defensible scientific conclusion.

Interactive program calendar

August 2026

Choose a highlighted date to see the complete agenda.

Learning pathway

The scientific workflow across the full month

Official program files

Keep the full schedule available offline

The interactive calendar is based on the official one-month program. Download the source program in PDF or DOCX format.

Institutional leadership

Under the patronage of

Workshop presenters

Experts across the computational-to-experimental spectrum

Explore each presenter’s lecture, expertise, affiliation, contact details, and official workshop poster.

What participants will practice

Scientific reasoning, not just software operation

The workshop emphasizes why each computational decision is made, how results should be checked, and how in silico findings can connect to instrumentation and wet-lab validation.

  • Prepare reproducible molecular systems and document assumptions.
  • Interpret docking, simulation, and free-energy outputs critically.
  • Create publication-ready analyses and scientific visualizations.
  • Connect computational predictions with experimental strategy.
INSIGHT
01Model
02Simulate
03Analyze
04Validate

Attendance

Record your Opening Day attendance

Workshop registration is now closed. Participants who attended the Opening Day can record their presence using the official attendance form.

RegistrationClosed
Workshop statusCompleted
Attendance forOpening Day
FormPresence record
QR code for the Opening Day attendance form

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Venue

Biophysics Department

Faculty of Science, Cairo University, Giza, Egypt

Use the map button or scan the QR code for directions to the workshop venue.

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Attendance

Lecture title

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