Endorsed by IUPAP since 2010

African School on Electronic Structure Methods & Applications

Fostering collaborative research networks across Africa through advanced computational materials science education since 2008.

8Schools Held
15+Years Active
50+African Countries
19Sponsors

Advancing Computational Science Across Africa

ASESMA is a biennial workshop series designed to cultivate collaborative research networks across Africa. The program brings together researchers and educators from African nations through a competitive selection process, supplemented by prominent international lecturers and mentors from global institutions.

Theory & Practice

The curriculum combines condensed matter theory with hands-on computational materials simulation, enabling advanced research through approaches requiring relatively modest financial resources.

Pan-African Reach

Originally concentrating on sub-Saharan countries, ASESMA has broadened to draw participants from across the entire African continent, building networks for computational research.

Continental Impact

The initiative aims to establish African networks dedicated to computational research, with emphasis on technologies addressing continental priorities including renewable energy and mineral resources.

A Legacy of Excellence Since 2008

ASESMA started in 2008 as a series of workshops held every two years in different African countries. The school received endorsement from the International Union of Pure and Applied Physics (IUPAP) covering 2010–2020, with an extension into a new cycle spanning 2020–2030.

IUPAP commissions providing backing include those focused on physics development, computational physics, physics education, and condensed matter structure and dynamics. The International Centre for Theoretical Physics (ICTP) serves as a primary supporter, offering financial resources, administrative infrastructure, and dedicated organizational personnel.

The fundamental premise underlying ASESMA centers on enabling advanced research through computational approaches. The curriculum emphasizes hands-on computational training alongside theoretical foundations in electronic structure methods, with applications extending into materials science, chemistry, and biological systems.

2008ASESMA founded as biennial workshop series
2010IUPAP endorsement received
2018CASESMA launched in Central Africa
2020IUPAP endorsement renewed through 2030
20258th school at University of Ghana, Accra

Topics & Curriculum

ASESMA concentrates on theory and computational methods for predicting and understanding properties of materials through calculations at the fundamental level of electronic structure.

Electronic Structure Theory

Foundational instruction in electronic structure theory and density functional theory.

Density Functional Theory

DFT and functionals for computing ground-state properties of materials.

Phonon Dynamics

Lattice vibrations and thermal properties of crystalline materials.

Magnetism

Magnetic properties and spin-dependent phenomena in materials.

Molecular Dynamics

Enhanced sampling methods and ab-initio molecular dynamics simulations.

Materials Properties

Structural, mechanical, and optical properties of materials.

Machine Learning

Emerging applications of machine learning in materials science research.

Quantum Computing

Quantum computing approaches for computational materials science.

All topics include hands-on tutorial sessions based on public license codes.

Independent, Coordinated Initiatives

The ASESMA Galaxy represents independent, coordinated activities that complement the main school, encompassing regional initiatives, networks, and collaborative programs across Africa and internationally.

Network

ASESMANET

The Atomistic Simulations, Electronic Structure, Computational Materials Science and Applications network functions as a continental research network.

Collaboration

USAfri

The US-Africa Initiative for Electronic Structure fosters transatlantic collaboration in computational materials science.

Education

Mini-Lectures

Short-format educational content (20 minutes plus discussion) delivered regularly to extend learning beyond the biennial school.

Research

Working Groups

Specialized virtual teams focusing on many-body perturbation theory, catalysis research, and other advanced topics.

Exchange

International Visits

Selected African scientists visit partner institutions globally, including Fudan University (China) for collaborative research.

Regional Schools & Workshops

Ibadan, NigeriaMachine Learning Mini-School2024
Nairobi, KenyaMany-Body Theory Calculations2023
Addis Ababa, EthiopiaEnergy Technologies2021
Nairobi, KenyaDFT with SIESTA Code2021
Pretoria, South AfricaSASESMA - Southern African School2019

Events

JAN 30 2025
Ongoing Series

ASESMA Mini-Lectures

Regular online educational series covering electronic structure methods and applications. Resumed January 30, 2025.

Online Ongoing

Executive Committee

NS
Chair

Nicola Seriani

International Centre for Theoretical Physics, Italy

OA

Omololu Akin-Ojo

University of Ibadan, Nigeria

GG

Garu Gebreyesus

University of Ghana, Ghana

SG

Sinead Griffin

Lawrence Berkeley National Laboratory, USA

RM

Richard M. Martin

University of Illinois & Stanford University, USA

SN

Shobhana Narasimhan

Jawaharlal Nehru Centre for Scientific Research, India

AS

Andre Schleife

University of Illinois Urbana-Champaign, USA

Sponsors & Supporters

These organizations have funded either the main ASESMA school or other connected initiatives.

Current Openings

Postdoctoral Fellowship

Computational Chemistry & Nanomaterials

Research on toxicity of graphene and carbon-based nanomaterials using computational chemistry and computer simulations.

Department of Physics, Bloemfontein Campus Full-time, 2-year appointment

News & Updates

Announcement

ASESMA-2025 Applications Open

Applications are now open for the 8th African School on Electronic Structure Methods and Applications at the University of Ghana, Accra.

January 2025