Following the announcement by Senior Minister (Security Cluster) Dato' Sri Ismail Sabri Yaakob on the Conditional Movement Control Order (CMCO), while our business operates as usual, MIMOS office in Technology Park Malaysia will be closed until 27 October 2020. For any enquiries, kindly contact us at info@mimos.my

28 OCTOBER 2020, WEDNESDAY | 10:00am

Photonics in Medical Devices: Revolutionising the Current Practise

ZALHAN MD YUSOF, Photonics Technology Lab, MIMOS Berhad

MIMOS offers industry-standard public training programmes in Industry 4.0 skills and competencies for tomorrow's workforce

More details

INNOVATION FOR THE NEW ECONOMY

MIMOS is focused on generating technology solutions that enable the Government to deliver better services, and the Industry to achieve continued growth.

Research Areas

MIMOS’ R&D activities focus on disruptive technologies such as Artificial Intelligence, Big Data and IoT, as well as advanced Electrical and Electronics Engineering technologies.

National Facilities

MIMOS hosts six national-level technology centres so that industry players can leverage our best
domain experts and strong
network of collaborators.

Technology Ventures

MIMOS works with strategic partners for technology development and deployment; and transfers its technologies to local companies
for commercialisation.

RAISING NATIONAL COMPETITIVENESS

MIMOS has evolved and expanded beyond its initial purpose, from a small microelectronic research lab into becoming Malaysia's premier R&D centre in disruptive technologies.

Ultrasonic atomization of graphene >>

We report the development of graphene derivative deposition on silicon wafers through ultrasonic atomization process. The study includes the ultrasonic atomizer system design…

MIMOS’ answers to Covid-19

The spread of the novel coronavirus has seen the Government responding swiftly to safeguard the people and economy. Technology has proven to be a potent defence, facilitating virtual presence…

Resolving manufacturing and E&E >>

Failure analysis is a systematic approach to determine how or why semiconductor products or devices have failed. It is an important improvement process for manufacturing and research and…