MENU
  • About Us
    • History
    • Highlights
    • E-CAM People
      • E-CAM partners
      • E-CAM Staff
    • Pilot Projects
    • Vacancies
  • EKHAM the Comics
  • Our services
    • Training
    • Online Training Portal
    • Online Services
  • Events
    • Events definition
  • E-CAM Software Repositories
  • Resources
    • Publications
    • Case studies
    • Scientific Reports
    • Deliverables
    • Final Report
  • Contact Us
    • Technical Question
    • Industrial Partnerships
  • E-CAM News
    • E-CAM Stories
    • Modules of the Month
    • Newsletter
    • From idea to market
  • Log In
  • About Us
    • History
    • Highlights
    • E-CAM People
      • E-CAM partners
      • E-CAM Staff
    • Pilot Projects
    • Vacancies
  • EKHAM the Comics
  • Our services
    • Training
    • Online Training Portal
    • Online Services
  • Events
    • Events definition
  • E-CAM Software Repositories
  • Resources
    • Publications
    • Case studies
    • Scientific Reports
    • Deliverables
    • Final Report
  • Contact Us
    • Technical Question
    • Industrial Partnerships
  • E-CAM News
    • E-CAM Stories
    • Modules of the Month
    • Newsletter
    • From idea to market
  • Log In

Pilot Projects

The project supports academic and industrial research via a set of pilot projects focused on industrially oriented problems, that are sustained by E-CAM postdoctoral researchers supervised by scientists in the team.
Download our industrial case studies

WP 1 - Classical MD

Binding Kinetics
Food and Pharmaceutical Proteins
Implementation of contact joint to resolve excluded volume constraints
Implementation of neural network potentials for coarse-grained models

WP 2 - Electronic Structure Calculations

Calculations for Applications in Photovoltaic Devices
Quantum Mechanical Parameterisation of Metal Ions in Proteins
Electronic Structure Functionalities for Multi-Thread Workflows
QMCPack Interfaces for Electronic Structure Computations

WP 3 - Quantum Dynamics

Quantum Computing
Code Optimization for Exact and Linearized Quantum Dynamics

WP 4 - Meso and Multi-Scale Modelling

Polarizable Mesoscale Models
Rheological Properties of New Composite Materials
The GC-AdResS scheme
Mesoscale Modelling of phoretic phenomena in binary fluids
Share

Follow us
LinkedIn
Twitter

Legal Notice
Disclamer

Funded by the European Union under grant Number 676531

E-CAM
Ecole Polytechnique Fédérale de Lausanne
Batochime (BCH)
1015 Lausanne
Switzerland