4D printing represents cutting-edge evolution marked to potentially revolutionise industries, combining technology and design to invent self-assembly and programmable material technologies aimed at reimagining prototyping, construction, manufacturing, product assembly, and performance.
Join us in this webinar to learn about 4D printing; the technology, application, key benefits and use cases. Some of the latest research from local universities will also be introduced. This is the 3rd technology driver to be featured in the Tech for Impact Series.
The webinar series is part of a pathway designed to facilitate the acceleration of your technologies and innovations to market. Take your innovative ideas from here and put them to work in upcoming workshops and bootcamps to push your vision for research to revenue to reality in 2024.
“Very helpful and informative. Innovative platform. I learned many things which I may not have discovered on my own based on the limitations of my time and knowledge. So, attending the MRANTI talks has opened up my mind to new knowledge and insights. I am so grateful to the MRANTI platform.”
“Thank you for the useful information, tools and resources shared during the session” - Chang Seng
“Great sessions to enhance our knowledge to improve what we don’t know” - Chan
“I like the tools that’s provided, I see that it will be useful” - Nora
As an experienced academic with a strong background in technopreneurship, Dr Nabilah has co-founded multiple technology-driven startups and assumed the role of CTO. Her forte lies in architect intricate technological design, customising tech stacks for each startup's distinct needs. Dr Nabilah adeptly translates business requisites into design imperatives, overseeing the construction of technology architectures that meet these needs.
Dr Nabilah's extensive experience spans key sectors—renewable energy, halal fintech, agriculture, and healthcare—where she have harnessed technologies like Blockchain, IoT, and AI to engineer comprehensive end-to-end systems. Noteworthy projects include an IoT-blockchain web-based platform that automates renewable energy certificate production, community-driven SME collaborations using blockchain for net-zero goals, blockchain architectures for traceable agriculture, and AI-driven personalised healthcare apps for comprehensive user health management, spanning general practitioner oversight to occupational health supervision.
Beyond this, Dr Nabilah has co-developed a technology entrepreneurship framework tailored for engineering undergraduates, which received funding from the Islamic Development Bank (IsDB). This framework guides students on their journey into technology commercialization. Dr Nabilah also conducted a series of Train-the-Trainers (ToT) workshops, equipping fellow educators with the tools and knowledge needed to effectively deliver this syllabus.