Dr. Nurul Hidayah binti Ismail, a distinguished researcher at MIMOS Berhad, is making significant contributions to the fields of nanotechnology and advanced materials. With a strong academic foundation, including a PhD in Composite Materials from Universiti Sains Malaysia, and a passion for innovation, Dr. Nurul Hidayah has been at the forefront of developing ground-breaking solutions.
Dr. Nurul Hidayah’s research centres on nanotechnology and advanced materials, particularly focusing on their applications in electronics and sensors. Her expertise lies in applying nanotechnology and advanced materials to the development of electronics and sensors. She is skilled in designing and fabricating electronic components and devices using these materials, as well as developing sensors with enhanced sensitivity, selectivity, and performance.
For example, RFID sensors offer a transformative solution for businesses, streamlining operations and improving customer satisfaction through enhanced inventory management and supply chain tracking. RFID sensors can be used to track inventory in real time, reducing the risk of stockouts and overstocking. RFID tags can be attached to shipping containers and pallets to track their location and condition throughout the supply chain. This can help to improve delivery times and reduce the risk of lost or damaged goods, and towards improved customer satisfaction and reduced operational costs.
Dr. Nurul Hidayah has played a pivotal role in several MIMOS projects, including the Printed Hybrid Electronics for Sensor Fusion in Electric and Autonomous Vehicles project. Her contributions have resulted in significant advancements, leading to certifications such as Nanoverify and Grapheneverify. These certifications signify that the project’s research and development efforts meet the highest quality standards, reliability, and performance in nanotechnology and graphene-based materials.
Dr. Nurul Hidayah’s research has been recognised through publications in prestigious journals and conferences. Her work on inkjet-printed flexible electrodes and hybrid conductive inks has demonstrated the potential of nanomaterials for innovative applications, giving the potential to transform various sectors of society. Her advancements in sensor technology can enhance efficiency, reliability, and safety in industries like automotive, healthcare, and agriculture. Moreover, her contributions to the field of nanotechnology can inspire future generations of scientists and engineers.
Dr. Nurul Hidayah’s future plans involve further developing and testing her research findings in real-world applications. Collaborations with industry partners will be essential to bridge the gap between research and commercialisation, ensuring that her innovations benefit society.
Dr. Nurul Hidayah is a talented researcher whose work is paving the way for a brighter future. Her dedication to nanotechnology and advanced materials is driving innovation and contributing to the advancement of technology in Malaysia and beyond..
