Curriculum

02/09/2022 – (to date)

Academic research stay

Research Group AAAIMX (Association for the Advancement of Artificial Intelligence – Student Chapter in Mexico), Department of Systems and Computing, Technological Institute of Merida, Merida, Mexico. 

During my research stay, I have been involved in the development and optimization of a digital twin framework using a metaheuristic genetic algorithm. Additionally, I have constructed an explainable artificial intelligence model to tackle a multivariate problem with 15 inputs and 3 outputs, specifically applied to a solar chimney integrated within a double-façade building. The primary objective of this project is to promote the utilization of AI in the design of energy-efficient buildings.

02/03/2022 a 02/09/2022

Academic research stay

Laboratory of Advanced Materials Research, Faculty of Engineering, Universidad Autónoma del Carmen. 

In this academic exchange program, my work focused on the development of a methodological framework that utilizes computational intelligence to enhance the process of a system. The integrated methodology is applied to a specific problem, leveraging computational intelligence packages to develop empirical models and optimize system or process performance. These empirical models or digital twins are created using machine learning techniques such as regression trees, support vector machines, ensemble and Gaussian process regression, multivariate regression, and neural network techniques like artificial neural networks and group method of data handling. Single-objective optimization techniques such as simulated annealing, particle swarm optimization, and genetic algorithms are also employed. Furthermore, a sensitivity analysis based on synaptic weight is conducted. The developed methodological framework is applicable to any engineering problem, facilitating a deeper understanding and optimization of the system or process.

01/09/2021 a 01/03/2022

Academic research stay

Renewable Energy Laboratory, Department of Electronics and Telecommunications, Division of Applied Physics, Center for Scientific Research and Higher Education of Ensenada, CICESE, Ensenada, Baja California, Mexico

The objective of this academic research stay is to model, simulate, and validate a physical model of a solar chimney integrated into a building. In order to streamline the iterative solution procedure of the solar chimney, a surrogate model was generated using multivariate statistics and artificial intelligence techniques. Subsequently, multi-objective optimization techniques were applied to enhance performance, and the results were presented on a global map to correlate them with sociodemographic, legislative, economic, and environmental issues worldwide. The developed methodological framework could be utilized by national and international policymakers to promote energy efficiency in buildings through the implementation of a solar chimney.

31/08/2015 a 14/05/2018

Lab Engineer

Department of Mechanical Engineering, HITEC University, Pakistan. 

As a laboratory engineer, I was responsible for acquiring new equipment and machinery, as well as maintaining laboratory operations. I led several laboratories in the field of Mechanical Engineering, including internal combustion engines, air conditioning and refrigeration, fluid mechanics, and computer-aided design. Additionally, I taught classes to undergraduate students in their third and second years, and supervised theses at different academic levels. In a master's thesis, we developed empirical correlations for metallic nanofluids based on extensive experimentation. I also supervised two undergraduate theses, where the students fabricated and experimentally tested a solar-powered humidification-dehumidification desalination system, as well as a water-based thermal management system for computer microprocessors.

01/08/2010 a 29/08/2015

Technician 

Maintenance and Process Department, Oil and Gas Development Company Limited, Dhakni, Attock, Pakistan. 

Over a span of five years, I had the valuable opportunity to work for a leading company in the oil and gas industry, serving as a technician. My experience across various departments including process, maintenance, computer systems and networks, instrumentation, design, planning, production, safety, and drilling, has enabled me to develop highly valued technical skills and knowledge in the industry. Within the process department, I assumed responsibility for optimizing production processes and enhancing resource utilization efficiency. I diligently focused on identifying and resolving issues proactively within the maintenance domain, aiming to minimize downtime and ensure optimal equipment operation. My role in computer systems and networks involved implementing and maintaining automation and control systems, fostering the development of advanced technical skills in this field. In the realm of instrumentation, I held the accountability of selecting, installing, and calibrating precision measurement equipment, along with overseeing their maintenance and repair procedures. This encompassed a meticulous approach to ensure accurate data acquisition and reliable performance. My time at the company allowed me to gain hands-on experience and foster a comprehensive understanding of various aspects of the industry. It provided me with the opportunity to apply my expertise and contribute to enhancing operational efficiency, safety, and productivity within the organization.

17/09/2020 a 10/06/2023

Doctorate in Engineering (Renewable Energy) 

Faculty of Engineering, Autonomous University of Yucatan, Mexico. 

During my doctoral studies, which were funded by the Mexican government, I focused on innovations to enhance the energy efficiency of buildings while prioritizing human thermal comfort. My research centered around providing innovative designs for sustainable buildings by integrating passive green systems, such as solar chimneys and green roofs, with active cooling systems like solar-powered air conditioning. Additionally, I developed an intelligent and integrated control system that aimed to deliver optimal thermal comfort conditions throughout the year and under varying climatic conditions. This involved a comprehensive analysis that considered climatic conditions, building geometry, and operational parameters of smart buildings, which were resolved using artificial neural networks and other AI techniques. I proposed two innovative configurations that are currently under consideration for intellectual property rights with the Mexican Institute of Industrial Property (IMPI). My analysis was supported by the assessment of energy, economic, environmental, and social dimensions to evaluate utility and applicability, including at the public level. Throughout my research, I aimed to contribute to the advancement of sustainable architecture and energy-efficient building practices, considering the well-being of occupants and the overall environmental impact. By integrating passive and active systems, as well as intelligent controls, my work seeks to provide optimized thermal comfort while reducing energy consumption and promoting sustainable development.

06/08/2018 a 31/07/2020

Masters in Engineering (Renewable Energy)  

Faculty of Engineering, Autonomous University of Yucatan, Mexico. 

During my fully funded Masters's degree sponsored by the Mexican Government, I worked on the usage of an innovative method of thermally manage solar panels using phase-changing materials. I conducted a computer simulation using advanced iterative procedures to understand the behavior of solar panels with phase-changing materials. This analysis was supported by an exergy analysis and economic assessment. Findings have shown that the thermal management of solar panels can increase the electricity output by 15% for an analysis of the whole year and the Levelized cost can decrease to only $3.09 MXN/kWh with a payback period between 10 to 15 years. The findings of my work were published in a reputed Elsevier Energy journal with the title "Multidimensional assessment of a photovoltaic air collector integrated phase-changing material considering Mexican climatic conditions". I also used my thesis for its divulgation among the society by giving a conference at Tecnológico Nacional de México. Apart from working on my thesis, I also started working on community projects especially with the arrival of the global COVID-19 pandemic. During these projects, I worked for the betterment of the socially marginalized groups by providing seminars, lectures, workshops, and field visits to help them to train on economic, environmental, and health-related issues. I was also granted special recognition from the Government of Mexico in promoting solidarity initiatives in the COVID-19 contingency.

01/08/2011 a 08/07/2015

Bachelors of Science in Mechanical Engineering  

Department of Mechanical Engineering, Mohammad Ali Jinnah University, Pakistan. 

Revalidated by the Ministry of Public Education (Secretaría de Educación Pública or SEP) with the Bachelor's program in Mechatronics Engineering at the Faculty of Engineering, Autonomous University of Yucatan, Merida, Yucatan, Mexico, with 80% similarity in the curriculum.

During this degree, I have specialized in thermofluids and energy systems by taking courses related to thermodynamics, fluid mechanics, HVACR, internal combustion engines, computational fluid dynamics, and finite element methods. During my design project, I worked on the use of zero GWP refrigerants to provide enhanced cooling of a space by making use of an advanced indirect evaporative cooler, i.e. Maisotsenko cycle. The final year project was selected as one of the best in the open house competition of the Department of Mechanical Engineering. I also delivered a conference on this topic and won the second position for the best presentation. I also got Dean's Honor Role in all of the semesters for outstanding performance. My whole degree was partially funded by the University through merit scholarships and by the Oil and Gas Development Company Limited.