Sustainable Printed Electronics | R&D Scientist | Innovation that listens, Solutions that last | Bridging Science, Business & Human Needs
“Nothing in science has any value to society if it is not communicated.” Anna Roe
I’m passionate about shaping the future, one sustainable, intentional innovation at a time.
With a strong passion in sustainable printed electronics, I work at the intersection of science, technology, business, and human impact. My approach is driven by curiosity, anchored in purpose, and focused on creating solutions that are not just efficient but meaningful.
Over time, I’ve learned that innovation is not just about invention, it’s about integration:
🔹 Translating deep tech into real-world applications
🔹 Bridging lab discoveries with market potential
🔹 Aligning breakthroughs with real human and environmental needs
💡 Sustainability isn’t a feature, it’s a responsibility.
🧭 Clarity enables better decisions.
🌿 Purpose drives innovation.
🤝 And the best breakthroughs happen when we connect disciplines, and people intentionally.
I'm here to build what matters: technologies, systems, and ventures that serve both people and the planet responsibly, creatively, and impactfully.
If you're working in deep tech, sustainability, printed electronics, or believe that science should serve society, let’s connect.
Chat with Clera and we'll introduce you to the right opportunities.
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Career Break
🌿 A Year of Unlearning Taught Me What No Degree or Job Ever Could | Aliaa Hassan

Spray-coated and slot-die coated graphene ink formulation for transparent flexible printed electrodes

Technical University of Munich

Market analyst and content creator, focusing on cutting-edge technologies that bridge the gap between scientific and industrial domains, while tackling disparities in knowledge and technological advancements

AIMPLAS · Technological Institute of Plastics
Ink formulations & Development of flexible printed optoelectronics (Light Emitting Electrochemical Cells & Solar cells) via slot-die coating and screen printing Skills: Presentation Skills · Leadership · Personal Development · Performance Management · Project Management · Task Management · Analytical Skills · Data Analysis · Public Speaking · Technological Innovation · Networking · Communication

Institut Català de Nanociència i Nanotecnologia (ICN2)
Large-area transfer of exfoliated stacked 2D materials on rigid & flexible substrates & Development of interdigitated electrodes for THZ devices via photolithography Skills: Scholarly Research

Max Planck Institute for Polymer Research
At MPIP, I did my Master's thesis in which I focused on studying the ultrafast charge carrier dynamics at the interface of Graphene/WS2 in photodetectors. I used THz spectroscopy to study the femtosecond ultrafst dynamics of the whole 2D structure. I had experienced the fabrication of optoelectronic devices in the cleanroom, where I transferred the ultraclean 2D materials and then characterized their optical properties using FT-IR, Raman, and UV-VIS spectroscopies. As well as, their electrical properties via four-point probe measurement. Aliaa Hassan on LinkedIn: Reversible Electrical Control of Interfacial Charge Flow across van der…

Surface engineering of the copper substrate through chemical and electropolishing processes prior to the deposition of Nb and NbN thin films for application in superconducting radio frequency (SRF) accelerating cavities Initial Results from Investigations into Different Surface Peparation Techniques of OFHC Copper for SRF Applications

Mentoring undergraduate students in conducting experiments within physics laboratories
Assembly of Ni/Reduced graphene/Titanium dioxide Nanostructured Thin film for CO2 reduction. Manipulative Nanoarchitecture over Ti-MO-Fe alloy (TMF) for Hydrogen evolution reaction Skills: Scholarly Research
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