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Aisha Siddiqui

Searching for Winter 2025 Co-op | Quantum Sensors Intern @ Technology Innovation Institute | University of Waterloo Nanotechnology Engineering '28

Aisha Siddiqui is a social entrepreneur, educationist, and environmentalist from the Middle East. She is an avid debater, public speaker, and passionate about STEM education. Aisha aims to work at the intersection of coding, community, and science to empower individuals with knowledge. Her belief in the transformational power of knowledge has driven her to provide education to everyone regardless of their status, wealth, or geographic location.

Aisha Siddiqui studied High School Diploma, IGCSE at GEMS Cambridge International School and Python Programming, Computer Science at the University of Michigan. She has also worked with several organizations such as Siddiqui Academy, PARD INDIA, Kode With Klossy, QWorld, and Girls Who Code.

As Founder and President of Siddiqui Academy, Aisha Siddiqui aims to bridge the education gap and support girls' education while advocating for the preservation of the environment through innovative technologies. She has been a Youth Ambassador for Middle East & North Africa at PARD INDIA, Web Development Scholar at Kode With Klossy, a QWorld Quantum Summer School Scholar at QWorld, and completed Web Design for Social Good at Girls Who Code.

Aisha Siddiqui's passion for STEM education and empowering individuals with knowledge reflects in her work with various social entrepreneurship organizations. Her work highlights the importance of preserving the environment using innovative technologies while emphasizing the need for education equity globally.

Highlights

Apr 24 · linkedin

I'm super excited to embark on my Summer Co-op Term at the prestigious Technology Innovation Institute (TII) in Abu Dhabi, United Arab Emirates. TII stands as a beacon of cutting-edge research and development, both within the United Arab Emirates and globally. Situated within the vibrant ecosystem of Masdar City, TII serves as a hub of interdisciplinary collaboration and innovation.

TII addresses some of the world's most pressing challenges across various domains, including quantum computing, advanced materials, cybersecurity, etc. Through strategic partnerships with leading global institutions and industry giants, fostering a culture of curiosity-driven exploration and applied research.

With state-of-the-art facilities and a diverse team of experts from around the world, TII's dedication to quantum research is exceptional. As a quantum enthusiast myself, I am truly honored and grateful for this opportunity and am eager to make the most of it and embark on a journey filled with learning, growth, and innovation!

University of Waterloo University of Waterloo Faculty of Engineering

Mar 10 · linkedin

Today, I attended the 2024 Waterloo Nanotechnology Conference, and what an incredible experience it was! From insightful keynote speeches to engaging panel discussions, the conference offered a deep dive into the latest advancements and future prospects in nanotechnology. The theme was ‘Thinking Small to Store More’ and focusing on advancements in nanotechnology for sustainable energy.

One of the highlights for me was Dr. Geoffrey Ozin's keynote presentation on new nanomaterials for enabling a global energy revolution. His talk shared his journey in the field of chemistry and birth of ‘Nanochemistry.’ He shared insightful perspectives on topics ranging from bottom up atom-by-atom synthesis of nanomaterials, metal atoms enabling discoveries of impossible molecules, ammonia as a green fuel and using photochemistry for carbon dioxide conversion through gas phase heterogeneous photocatalysis. Additionally, he shared the ‘Nano-Vision’ and the avenues for research in nanochemistry and top down fabrication versus bottom up self assembly.

Furthermore, the panel discussions were equally enlightening, especially the one on energy storage, where experts shared their perspectives on tackling the challenges in battery technology. We discussed technique development for real world conditions with the effect of time and pressure on a battery, sustainable battery energies, modeling nanochemicals in energy storage and 2D materials like graphene for fast energy storage. The four key aspects that we explored where nanotechnology and energy storage intersects were:

  1. Lithium-Iron Phosphate batteries and substituting them with Lithium-Manganese Phosphate batteries which would require the primary particles to be very small to produce an expected higher voltage and still remain sustainable and scalable.
  2. Creating stable solid electrolyte chemical phases in Lithium ion and Sodium ion batteries a few nanometers thick.
  3. New tools for atom characterization of materials and solving existing problems through new approaches.
  4. Nano Additives to increase conductivity and boost capacity.

It was fascinating to learn about the latest advancements and innovative designs shaping the future of energy storage solutions. I also had the opportunity to network with fellow attendees and explore the research exhibition, where I gained insights into cutting-edge research projects and connected with amazing people. The breakout sessions, featuring Dr. Eric Johlin and Dr. Stuart Linley, provided valuable insights into nanophotonics and applied photocatalysis, respectively.

University of Waterloo University of Waterloo Faculty of Engineering Michael Metzger Michael Fleischhauer Guihua Yu XiaoYu Wu Eric Johlin Mohammadali Emadi Anik Ashirwadam Stuart Linley Michael Pope

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Aisha Siddiqui
Aisha Siddiqui, photo 1
Aisha Siddiqui, photo 2
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Location

Waterloo, Ontario, Canada