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MERGE

Mechatronics & Energy Systems Research Group

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Welcome to MERGE

Mechatronics & Energy Systems Research Group

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MERGE Gallery
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about research group

The Mechatronics and Energy Systems Research Group (MERGE) develops novel software and electromechanical systems through synergetic integration of physical modeling, mechanics, electronics and computing technologies. The team addresses challenges in the fields of oil and gas, electric traction and mobility, smart cities, and energy systems.

Our research aims to improve drilling performance and reduce non-productive time, simplify the deployment of electric mobility, and contribute to building net-zero energy systems and smart cities. This is achieved through extensive physical modeling, simulation, prototyping, and field testing.

We have a strong passion for technology translation and delivering impact through extensive collaborations with our academic and industry partners.

Latest News
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KAUST-CEMSE-MERGE-IEEE

IEEE Innovative Smart Grid Technologies - Middle East 2023

2023.03.16research
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KAUST-CEMSE-MERGE-UM6P1

University Mohammad VI Polytechnic Official Visit to ANPERC Facility

2023.03.13
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KAUST-CEMSE-MERGE-ME Award1

Oil & Gas Middle East Awards 2023

2023.03.09award
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KAUST CEMSE MERGE Lab1

ANPERC Open Door 2023

2023.03.06
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KAUST CEMSE MERGE KROW1

KAUST Research Open Week 2023

2023.03.06Smart Cities
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KAUST CEMSE MERGE Alexis PhD Defense1 pic

Congratulations to Alexis for successfully defending his PhD thesis

2023.02.26PhD Defense
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KAUST CEMSE MERGE LEAP3

LEAP Tech Conference 2023

2023.02.14Smart Cities
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KAUST CEMSE MERGE SPICONX

Saudi Pipeline International Conference and Exhibition

2022.10.16pipeline
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Meet Our People
KAUST CEMSE MERGE Gustavo profile pic
A passionate student and researcher who thinks that in the science universe, the center is everywhere
Gustavo Soares Valentim, Visiting Student, Computer, Electrical and Mathematical Sciences and Engineering
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Scientific research is the exploration of the great mysteries that surround us. As engineers, we seek to
understand how the world works and how we can use that knowledge to solve the complex problems facing
humanity
Ali Alhejab, MS Student, Computer, Electrical and Mathematical Sciences and Engineering
KAUST-CEMSE-MERGE-Maha profile pic
The world is moving towards a more sustainable setting. This motivates me to contribute to the process by conducting research on real-life problems related to energy efficiency
Maha Alsabban, MS Student, Computer, Electrical and Mathematical Sciences and Engineering
Shehab-Ahmed-CEMSE-EE-ErPE-KAUST
By 2030 more than 60% of the world population will reside in cities. As the population pressure continues to grow, it’s becoming of paramount importance to develop a new vision for managing the energy and the services that this population will require.
Shehab Ahmed, Professor, Electrical and Computer Engineering
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Development CO2 capture technologies to be integrated with the industrial commercial systems is the best way to continue production of Oil and Gas with natural sustainable climate.
Ahmed Rezk, Research Specialist, Physical Science and Engineering
View all People

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Mechatronics & Energy Systems Research Group
  • Principal Investigator of MERGE
  • Shehab-Ahmed-CEMSE-EE-ErPE-KAUST

    Shehab Ahmed

    Professor, Electrical and Computer Engineering
    • CEMSE
    • ECE
    • ErPE
    • MERGE
    • RC3
    • power conversion
    • mechatronic systems
    • smart grids
    Professors

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