Research Assistant Professor (Researcher Series)
Department of Chemistry & Biochemistry
University of California, Los Angeles
Chief Technology Officer
Nanotech Energy, Inc.
607 Charles E. Young Dr. East
Molecular Sciences Building 2211
Los Angeles, CA 90095
Maher El-Kady is a research assistant professor at the UCLA Department of Chemistry & Biochemistry. His research focuses on the design and implementation of new materials and devices to address challenges in energy, electronics, and sustainability. This approach is interdisciplinary, bridging the fields of chemistry, materials science, and engineering along with molecular and cell biology, for the development of more effective batteries, implantable medical devices, nanogenerators for wearable and skin electronics, chemical sensors and biosensors, solar cells, artificial photosynthesis, water remediation, and environmental monitoring. He carried out his doctoral research with Prof. Richard Kaner, who holds the Chair in Materials Innovation at UCLA, where he made notable contributions to the chemistry of graphene and to the field of supercapacitors.
His groundbreaking work on graphene led to the development of Nanotech Energy, Inc. where he is leading a team of scientists and engineers for converting his research from the laboratory scale to mass production. El-Kady has co-authored 18 US and international patents issued and pending and more than 50 papers in prestigious journals, attracting 10,000+ citations. His professional experiences resulted in numerous awards including the UCLA Herbert Newby McCoy Award, Amgen Postdoctoral Award, Lindau Graduate Student Award, the Cairo University Presidential Award for Excellence in Research in addition to a research award from the Government of Egypt. He discussed his research on a movie produced for the Sundance Film Festival on ideas that could change the world. He also appeared in the popular NOVA science show and on BBC Four screen in a series of episodes that tell the stories behind some of the most significant inventions that helped shape the world we live in today. He also featured with Nobel laureate, Harry Kroto, whose discovery of the fullerenes some 35 years ago spurred a global wave of research in nanotechnology. Throughout his career, El-Kady developed a long-standing passion for creating "smart" materials that will transform our lives.
Citations: 10077; h-index: 32 as of October 15, 2020 (7245/8-19-19/h27)
Clarivate Analytics: 11 articles in the category of "highly cited papers", which features research papers in the top 1% of their academic field according to the Web of Science.
Google Scholar profile: https://scholar.google.com/citations?user=lbZU1JIAAAAJ&hl=en&oi=a
Google Scholar Citations as of October 15, 2020
Research Assistant professor (Researcher Series, Step I), University of California, Los Angeles
Co-founder and chief technology officer, Nanotech Energy, Inc.
Leading a team of scientists and engineers for transforming cutting edge research from the lab to the marketplace
Postdoctoral research associate, University of California, Los Angeles
Developed tiny power generators for wearable electronics, electronic skin, water-splitting catalysts, solid-state batteries, and implantable medical devices
Postdoctoral research fellow, University of California, Los Angeles
Team leader of the energy storage group in the Kaner Lab. The research focused on new graphene electronics, 2D materials, nanomaterial assembly, and targeted drug delivery and cellular imaging
2014-2014 (6 months)
Research scientist, Draper Laboratories
Investigated methodologies for the fabrication of graphene micro-supercapacitors for down-hole applications
Assistant professor of Chemistry, Cairo University
Research scientist, NASA-Kennedy Space Center
Developed high energy density supercapacitors for space applications
2012-2013 (1.5 years)
Research scientist, Maxwell Technologies
Working with the world’s largest producer of supercapacitors, I led a team from UCLA to develop carbon-based electrodes for high-power supercapacitors
Doctoral student, University of California, Los Angeles
Developed a groundbreaking technique that uses lasers to fabricate graphene supercapacitors that store as much charge as traditional batteries, but can be recharged in seconds. This work has brought about a huge scientific and technological interest
Lecturer of chemistry, Cairo University
Taught discussion and lab sections covering all aspects of undergrad chemistry including physical, organic, analytical and inorganic chemistry
Awards and Honors
Amgen Postdoctoral Award, Molecular Biology Institute, 2015.
UCLA Chancellor’s Postdoctoral Award, 2015.
Cairo University Presidential Award for Excellence in Research, 2013.
UCLA Herbert Newby McCoy Award, UCLA Department of Chemistry & Biochemistry, 2012.
Lindau Graduate Student Award, Lindau Nobel Laureates Meeting Council, 2009.
Business Insider portrayed my battery as a potential candidate for the production of full EV cars “Henrik Fisker is using a revolutionary new battery to power his new Tesla killer”, 2016.
My research contributions featured in an article by the University of California showcasing 10 companies that emerged from UC graduate student research that are well on their way to being the next big thing, 10 game-changing grad student startups, 2016.
Editors Raymond Chang and Kenneth Goldsby recognized my Ph.D. work on carbon-based supercapacitors in the latest edition of “Chemistry” 12e, published by McGraw Hill this year, more details here. So, undergraduate students around the world study my research discoveries in classes!
Nominated by OnIslam as the Muslim Star of the year 2013 in the Field of Science, February 2014.
My research featured by the French TV Station, TF1, February 2014.
Featured in a three-minute movie entitled “the Super Supercapacitor”, which was produced for the Sundance film festival by the videographer Brian Davis on ideas that could change the world. This movie was selected by the Fast Company Magazine on the list of best-designed videos of 2013 with an interview with Steve Jobs in the first place and our video came in the third place, link here.
My graphene discovery was also selected among the most prominent scientific achievements of 2013 in the Arab World according to Aljazeera.
The Egyptian Ministry of Manpower and Immigration also picked up my research work as an example for highlighting the work of prominent Egyptians studying abroad, 2013.
Best M.S. Thesis Award from the Faculty of Science at Cairo University, 2010.
Featured in a short movie (Nanotechnology: Use and misuse) with the 1996 chemistry Nobel laureate Prof. Sir Harold Kroto of the University of Sussex in a series of films by the Nature Publishing Group in Lindau Nobel Laureates Meeting. The movie featured on the home page of the prestigious Nature.com.
Distinguished Teaching Award from the Faculty of Science at Cairo University for the academic years 2007 and 2008.
Reviewer to the following journals: Science, Nature Nanotechnology, Nature Communications, Advanced Materials, Advanced Functional Materials, Advanced Energy Materials, Nano Letters, ACS Nano, Angewandte Chemie International Edition, Chemical Reviews, Journal of Physical Chemistry, Small, Nanoscale, Energy & Environmental Science, Energy Storage Materials, Journal of Materials Chemistry A, and Materials Science and Engineering B.
Nanotech Energy Announces Nonflammable Battery
Lithium-ion batteries have transformed the way society uses energy. They can hold a lot of charge in a small volume, allowing cell phones, laptop computers, and even electric cars to exist. So, they are closely related to our daily lives but they have obvious safety issues. A battery, if shorted, could become a fireball bomb nearly impossible to extinguish using conventional techniques. In this interview, our teams at Nanotech Energy and UCLA present a game-changing non-flammable battery smothering the potential of a flame or explosion and providing a safer battery solution.
The Search for the Super Battery - NOVA Science Show - PBS TV
We live in an age when technological innovation seems to be limitlessly soaring. But for all the satisfying speed with which our gadgets have improved, many of them share a frustrating weakness: the batteries. Though they have improved in the last century, batteries remain finicky, bulky, expensive, toxic, and maddeningly short-lived. A new way of making supercapacitors may help them store more energy than normal batteries.
The Power of Graphene Technology with Grant Imahara
Grant Imahara speaks with Power Industry leaders and innovators to discuss the future of power, from GaN to Graphene technology. Hear from supplier partners Infineon and TDK as well as UCLA Chemist and Graphene Experts Richard Kaner and Maher El-Kady
Making Graphene - Dr. Maher El-Kady and Grant Imahara
Dr. Maher El-Kady shows Grant Imahara the process for making Graphene, the material behind a remarkable portable power breakthrough.
Nanotechnology: Use and Misuse - Lindau Nobel Laureates Meeting - Germany 2009 - Nature Publishing Group
Sir Harry Kroto won the Nobel Prize for discovering the soccer-ball-shaped fullerenes, strangely-structured carbon molecules also known as buckyballs. These molecules led to the development of carbon nanotubes and the burgeoning field of nanoscience. But young chemists Stephanie Benight and Maher El-Kady want to know how we can use buckyballs in the future, and whether we should be worried by some aspects of these new nano-scale technologies.
The Super Supercapacitor - How to Charge your Phone in Seconds | Maher El-Kady | TEDxCairo 2014
Maher El-Kady is a researcher at UCLA who developed a new battery technology - the super supercapacitor - that will revolutionize how we store and use energy from the charging of our phones to enabling electric cars with longer range.
Advancing Education in Egypt - MBC Group
Interview with Sherif Amer in his famous talk show on MBC Masr in which they discussed everything from the future of batteries and electric vehicles to advancing science education in Egypt and the Middle East.
New Research Directions - Alghad TV
Maher El-Kady discusses his latest research on fast-charging batteries and tiny power generators that can harvest body motion to create sustainable power for portable electronics. He also describes a breakthrough energy storage device that may allow future pacemakers to be used for a lifetime without the need for batteries. Done in collaboration with researchers from the University of Connecticut, the so-called biological supercapacitor is capable of turning the body's own ions into storable energy.
مقدمة القناة: يعكفُ العالمُ المصريُ الشاب ماهر القاضي على تطويرِ اختراع توصل إليه منذ سنوات وهو عبارة عن بطارياتٍ حديثةٍ للهواتف يتم شحنها خلال ثوانٍ معدودة ويستمر عملُها لعدة ساعات وذلك بعد دراسات أجراها على مادة الجرافين، الاختراع - بحسب القاضي - يمهد السوقَ لاكتساح السيارات الكهربائية فالمكثفاتُ الخارقةُ التي يتم صُنعُها من الجرافين قادرةٌ على تخزين الطاقة بصورة مضاعفة، تفاصيل أكثر حول هذا الاختراع وانعكاساته وفوائده الاقتصادية نتابعها مع الدكتور ماهر القاضي العالم المصري والباحث في جامعة كاليفورنيا مع الإعلاميين ولاء غانم وعمر الأطرقجي في برنامج يوم جديد.