Juddy Heliana Arias Castro is Profesor of Mathematics at Universidad del Valle.
Research interests

• Epidemiology
• Complex networks
• Biomathematics

Carmen Alicia Ramírez Bernate
Profesor at Departamento de Matemáticas, Universidad del Valle

Research interests:

• Applied Mathematics
• Biomathematias
• Numerical Analysis
• Differential Equations

Professor of Mathematics, Universidad del Valle

Research areas:

• Optimal control for ODE systems population and epidemiological modeling
• Population and epidemiological modelling

Associate Professor at the Escola de Matemática Aplicada (FGV EMAp ) in Rio de Janeiro, Brazil.
Research interests:

• Optimal Control: Second-order optimality conditions, convergence of associated numerical algorithms for optimal control both of ordinary and partial differential equation, average control problems with uncertainty in the parameters and impulsive control problems
• Mathematical Epidemiology: Problems related to vector-borne diseases as dengue fever, Zika virus and Malaria. Recent interest include COVID-19 dynamics and control, and optimization of vaccination strategies.
• Optimal Control on Networks and Reinforcement Learning related to Optimal Control.

Jaime Humberto Mendo Aguilar is Principal Professor at the Fishery Faculty of Universidad Nacional Agraria La Molina. His research focuses on the evaluation and management of fishery resources.

Dandy Rueda Castillo is Pofessor at the Universidad Nacional Agraria La Molina. His research interests include finite elements and numerical fluid mechanics.

Mg. Matemáticas Mendoza Uribe is professor at the department for mathematics at the Universidad Nacional Agraria La Molina.

Dr. Roxana Lopez Cruz is the researcher devoted to the study of biomathematical models, she is the main promoter of this discipline in our country and the main organizer of the International Seminar on Biomathematics in Peru, main event in this area.
As a professional in Mathematics, she is currently engaged in the dissemination of biomathematics (Mathematics and Life Sciences) in Peru. Various national events are organized in the area where foreign experts join young students in math and computer science whom have shown them what they learned in classrooms, working on problems associated with Life Sciences, Mathematics and Computer involved.
Together with other colleagues as Epidemiologists, she is developing research projects and publishing articles on topics relating to the Mathematical Epidemiology (population dynamics) and with mathematician colleagues our main topics for math modeling is Ecology (Interaction Species and Environment)

Profesor Principal de la Universidad Nacional de Trujillo Doctor en Matemática (UFRGS-Brasil), Doctor en Ingeniería Mecánica (UFRGS-Brasil), Miembro Titular de la Academia Nacional de Ciencia y Tecnología- ANCYT, Presidente de la Sociedad Peruana de Matemática Aplicada y Computacional - SPMAC

Scientific interests:

• Partial differential equations and stochastic differential equations
• Numerical methods
• Mathematical modeling and fluid dynamics and geophysics

Luis Meza Roman is professor at the School of Civil Engineering of the National University of Trujillo. His research interests include early warning systems and glaciers.

Profesor Asociado de la Universidad Nacional de Trujillo

My main research field is the Underground water and the topics related of this subject, such as: SIGns, Optimization, Hydrogeology, Geologic, and so on. Also I worked in location planning, clustering algorithms, flow in porous media and actually I am working with satellite images applied to detect bodies waters and geolocalization.

Malte Braack is professor for Applied Mathematics at the University of Kiel. The focus of his work is on finite element methods for partial differential equations.

Insa Neuweiler is professor for fluid mechanics at the Leibniz University of Hannover.

Thomas Wick is professor for Scientific Computing at the Leibniz University of Hannover.

Research Interests

• Multiphysics problems (fluid-structure interactions, reactive flows, porous media)
• Variational phasefield-fracture modeling
• Adaptive finite elements
• Goal-oriented error estimation
• Robust and efficient solvers
• Optimization and variational inequalities

Peter Bastian is head of the Scientific Computing Group at the University of Heidelberg.

Research Interests

• Numerical solution of partial differential equations (PDEs)
• Software for Numerics of PDEs (I am one of the DUNE core developers)
• High performance computing
• Applications in energy and environment (flows in porous media)
• Computational neuroscience

Olaf Müller is a specialist in Global Health and head of the interdisciplinary working group Disease Control in Disadvantaged Populations at HIGH.

Alexandra Blessing is professor for stochastic analysis at the University of Konstanz. Her research focusses on stochastic analysis, stochastic partial differential equations random dynamical systems and rough path theory.

Karla Martínez-Cruz works at Konstanz University. Her research interest is focused on the physical, chemical, and biological processes that lead to carbon release and uptake in a variety of aquatic ecosystems. She is particularly interested in greenhouse gases such as CO₂ and CH₄.

Stefan Frei is a lecturer (Akademischer Oberrat) at the University of Konstanz. His research interests include the modelling, finite element discretisation and numerical analysis of complex flow and multiphysics problems, in particular interface problems, problems posed on moving domains, fluid-structure interactions and mechanical contact.

Peter Benner is head of the division Computational Methods in Systems and Control Theory at the Max Planck Institute for Dynamics of Complex Technical Systems in Magdeburg.

Carolin Mehlmann works on mathematical modeling and scientific computing in the geosciences. The focus of her work is on reliable and efficient numerical methods for modeling sea ice as part of the climate system.

Stefanie Rach is professor for didactics of mathematics.

Thomas Richter works on finite element discretizations for multiphysics and multiscale problems. Applications include problems of fluid- and solid mechanics, fluid-structure interactions, reactive flows, modeling in biology, medicine and of the climate system.

Thomas Richter is the coordinator of the SaC³ project.

Sebastian Sager is head of the mathematical optimization group at the Otto-von-Guericke University in Magdeburg. The main focus of his group is on the application driven development of optimization methods, and their efficient implementation on computers guided by the believe in the potential of multi-disciplinary cooperation between partners with a profound disciplinary expertise and value the mutual benefit for both sides: novel, innovative approaches and insights in the application field by means of optimization; and a demand/feedback effect that stimulates the development of new methodologies in applied mathematics.