Students and Colleagues
Current Students
I currently advise four PhD students in the Department of Computer Science at The Catholic University of America.
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Mohammed Golam Kaisar Hossain Bhuyan PhD student · since Spring 2026
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Ravi Kumar Thippsetty PhD student · since Fall 2025
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Grace Connors PhD student · since Fall 2025
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Sara Albuainain PhD student · since Fall 2025
Former Students
At Cinvestav Tamaulipas I supervised or co-supervised five completed PhD dissertations and nine completed MSc theses.
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Samuel Omar Tovias Alanis PhD 2022
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Auraham Sinhué Camacho García PhD 2020, MSc 2014 -
Giomara Lárraga Maldonado PhD 2019, MSc 2014 -
Alan Díaz Manríquez PhD 2014, MSc 2009 -
Mario Garza Fabre PhD 2014, MSc 2009 -
Daniel Rafael Torres Avalos MSc 2017 -
Feliciana Martinez Martinez MSc 2016 -
Jorge Sebastian Hernández Domínguez MSc 2011 -
Gerardo Montemayor García MSc 2011 -
Angelina Jane Reyes Medina MSc 2009
PhD dissertations
- Samuel Omar Tovias Alanis (co-supervised with Dr. Wilfrido Gómez Flores). Estrategias de Selección de Instancias Mediante Optimización Global y Multiobjetivo para Problemas de Aprendizaje Supervisado (in Spanish). Defended December 15, 2022.
- Auraham Sinhué Camacho García (co-supervised with Dr. Ricardo Landa Becerra). On the Use of Formulations to Solve Many-Objective Optimization Problems. Defended February 28, 2020.
- Giomara Lárraga Maldonado (co-supervised with Dr. Ricardo Landa Becerra). Generation and Quality Assessment of Regions of Interest in Multi-Objective Evolutionary Algorithms. Defended June 18, 2019.
- Alan Díaz Manríquez. On the use of Surrogate Models as Informed Operators to Improve the Efficiency of Multi-objective Evolutionary Algorithms in Expensive Problems. Defended June 2, 2014.
- Mario Garza Fabre (co-supervised with Dr. Eduardo Rodríguez-Tello). On the Use of Alternative Evaluation Schemes in Metaheuristics to Handle the Main Search Difficulties Involved with the Prediction of Protein Structures under the HP Model. Defended May 13, 2014.
MSc theses
- Daniel Rafael Torres Avalos (co-supervised with Dr. Eduardo Rodriguez-Tello). New Multi-Objective Optimization Reformulations for Solving the Maximum Parsimony Problem. Defended December 8, 2017.
- Feliciana Martinez Martinez. Use of Scalarizing Functions and Multiple Reference Points in Multi-objective Evolutionary Algorithms. Defended February 29, 2016.
- Giomara Lárraga Maldonado (co-supervised with Dr. Ricardo Landa Becerra). Incorporating Preferences through an Evolutionary ε-Constraint Based Method. Defended December 11, 2014.
- Auraham Sinhué Camacho García. Study of Hybrid Schemes for the Simultaneous use of Different Formulations of a Multi-objective Optimization Problem. Defended December 10, 2014.
- Gerardo Montemayor García. On the Use of Surrogate Models in Multiobjective Evolutionary Algorithms. Defended December 9, 2011.
- Jorge Sebastian Hernández Domínguez. A Study on the Mechanisms of two Multi-objective Evolutionary Algorithms. Defended December 8, 2011.
- Angelina Jane Reyes Medina. On the use of Computational Statistics for Parameter Tuning on Evolutionary Algorithms (in Spanish). Defended December 18, 2009.
- Alan Díaz Manríquez. Optimization of Dynamic Multiobjective Problems using Evolutionary Algorithms (in Spanish). Defended November 6, 2009.
- Mario Garza Fabre. Many-objective Optimization through Evolutionary Algorithms (in Spanish). Defended September 28, 2009.
Collaborations
I have collaborated with several people around the globe.
Recent collaborators
- Santiago Solares (The Catholic University of America)
- Christopher Raub (The Catholic University of America)
- John Choy (The Catholic University of America)
- Jeffrey W. Herrmann (The Catholic University of America)
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Carlos A. Coello Coello Cinvestav -
Ricardo Landa Becerra Cinvestav -
Eduardo Rodríguez Tello Cinvestav -
Efrén Mezura Montes Universidad Veracruzana -
Guillermo Leguizamón UNSL (Argentina) -
Mario Garza Fabre Cinvestav -
Open Positions
I am looking for motivated PhD students at The Catholic University of America interested in evolutionary computation, optimization, and machine learning.
Contact me