Micro Nano Research Facility

 

 

 

MNRF Vision:

The MNRF aims to foster a robust research culture that encompasses all aspects of micro/nano-scale research, including discovery, education, communication, and translation to real-world applications. By promoting a comprehensive understanding of micro/nanoscale materials, devices, and integrated systems, the MNRF strives to make significant contributions to scientific knowledge and practical advancements.

 

MNRF Mission:

  1. Support Research and Training: The MNRF is dedicated to supporting world-leading research and training in the field of micro/nanoscale materials, devices, and integrated systems. It achieves this by providing excellent and accessible capabilities, which are underpinned by state-of-the-art equipment and infrastructure. The MNRF ensures that researchers have access to the necessary tools and resources to conduct cutting-edge research and receive comprehensive training in their respective fields.

  2. Foster Diversity and Inclusion: The MNRF recognizes the importance of diversity in discipline, gender, ethnicity, and career stage. It actively promotes and nurtures diversity, considering it as a strength that can contribute to achieving its vision. By creating an inclusive environment, the MNRF aims to harness the diverse perspectives and experiences of individuals from various backgrounds to drive innovation and excellence in micro/nano-scale research.

  3. Engage with Stakeholders: The MNRF acknowledges the significance of engaging with stakeholders from different sectors. It actively collaborates with academia, university leadership, industry, government, and the general public to foster meaningful partnerships and collaborations. By involving stakeholders from various domains, the MNRF ensures that its research efforts align with the needs and priorities of the broader society, facilitating the translation of research outcomes into practical applications.

In summary, the MNRF's vision is to cultivate a research culture that encompasses all aspects of micro/nano-scale research, while its mission focuses on supporting research and training, fostering diversity and inclusion, and engaging with stakeholders to achieve its vision and maximize the real-world impact of micro/nanoscale research.

 

IMPORTANT

For further information about the MNRF please visit the MNRF Sharepoint Site

 

You will also find on this site other relevant documentation and information regarding the MNRF 

 

How to access the MNRF?

To gain access you are required to do all the following general processes before commencing work at the MNRF. Please read all steps before proceeding.

  1. Complete this form in the link to register for the general MNRF induction. We will send you a calendar invite once a spot is available for you
  2. (Reminder) Please register in the ilab booking system (click here). Note that your supervisor must also be registered as a primary investigator (PI)
  3. (Reminder) Complete the MNRF ilab first-time user form and upload all the bellow certificates  (click here). See the attached manual for full details 

 RMIT online safety modules (please keep a copy of these certificates as you will need to upload them into our booking system when you complete the iLab first-time user registration in due time!). 

 The online modules can be found at:

https://rmit-catalog.rmit.edu.au/browse/catalog/stem/inductions  

  1. STEM College: General Facility Safety Induction
  2. Physical Containment Safety Induction
  3. Only for PC2 lab users {if you are to use the PC2 lab at MNRF it is also compulsory to get through the PC2 local induction by completing this MS form (click here)
  4. Biological Safety Induction
  5. Chemical Safety Induction
  6. Nanomaterial’s Safety Induction
  7. Cryogenic Handling Safety Induction
  8. Laser safety 
  9. Electrical safety 
  10. Cleanroom Protocols Safety Induction 
  11. Manual Handling
  12. After-hours access module certificate
  13. Pressurised Gases Safety Induction
  14. Lithium Polymer Battery Safety Induction
  15. Upload all the above certificates into MNRF iLab first-time user (click here) see the attached manual for full details 
  16. Attend general MNRF induction

  Please note, that all after-hours access can be approved only when you have completed and passed all assessments and training, also, you have to complete the activity risk assessments (ARA) for working in isolation approved and signed by your supervisor.

Note 1: Access will be only granted by the MNRF manager or manager’s representative following the completion of all the above (you will be invited to a local induction session by MNRF staff). 

Note 2:  Users initially can only be in the facility during the standard office hours 9:00 am - 5:00 pm. You will be granted Expert, After Hours (6 am - 11 pm / 7 days) following the successful fulfilment of a training assessment on a piece of equipment or a process at MNRF. 

 Note 3: Please remember to acknowledge MNRF in your publications. The preferred statement to use is: 

"This work was performed in part at the RMIT Micro Nano Research Facility (MNRF) in the Victorian Node of the Australian National Fabrication Facility (ANFF) 

 Please take a moment and give us your feedback by clicking here to help us improve your MNRF experience. 

 Regards 

MNRF Team 

 

  

MNRF Leadership and Staff: 

 

 

Dist. Professor Arnan Mitchel


Facility Director
Email: arnan.mitchell@rmit.edu.au

 Dr Desmond Lau

Facility Manager
Email: desmond.lau@rmit.edu.au

 

MNRF Staff Profiles: 

 

 

 

 

 Dr Zeyad Nasa 

(BioMedical and Micro-Nano 3D Fabrication Specialist)

Emailzeyad.nasa@rmit.edu.au,

 Dr Vijay Sivan

 

(Photon, electron and soft lithography Specialist)

Emailvijay.sivan@rmit.edu.au,

 Dr Chenglong Xu

(Metrology Specialist) 

Emailchenglong.xu@rmit.edu.au,

 Dr Dashen Dong

Dashen

 (Wet Chemistry and Etching Specialist)

Email: dashen.dong@rmit.edu.au

 

Dr Huajun Shen

Huajun

(Low-Temperature Co-fired Ceramic Specialist)

Emailhuajun.shen@rmit.edu.au

 

Mr Paul Jones

 

 (Photolithography Lab Coordinator)

Emailpaul.jones@rmit.edu.au

 Ms Chi-Ping Wu

 Chiping

(Cleanroom Teaching Lab Coordinator)

Emailchiping.wu@rmit.edu.au

 

 

 

 

 

  

Location and Hours of Operation

Hours Location

 

9:00 am - 5:00 pm University Business Days            

 

MNRF Main Office, Building 7 South, Level 4, Room 10,

Bowen St, Melbourne, Vic, 3000

 

Contacts

Name Role Phone Email Location
MNRF
Generic Account
 

 
mnrf@rmit.edu.au
 
Building 7 South, Level 4, Room 10
 

Available Equipment and Resources

007.04.001 Wet Etch Lab ISO5/C100 (13)
007.04.003 PDMS Lab ISO5/C100 (12)
007.04.005 Photolithography Lab ISO5/C100 (23)
007.04.007 Novel Fabrication Lab ISO5/C100 (2)
007.04.011 Support Lab (6)
007.04.012 Sensors Lab (7)
007.04.013 PC2 Lab (35)
007.04.016 Physical Vapour Deposition Lab (PVD) (19)
007.04.018 Metrology Lab ISO7/C10000 (10)
012.07.024 Miniaturised Functional Devices Lab (1)
012.09.012 Wave - Matter Interaction Lab (2)
012.09.012A Micro-Raman and Photoluminescence Lab (2)
012.09.012B Tetrahertz Spectroscopy Lab (2)
012.09.018 Patterning ISO6/C1000 (7)
012.09.019 Deposition ISO6/C1000 (8)
012.09.023 LTCC Clean Room ISO6/C1000 (10)
012.09.026 LTCC Materials Preparation Lab (10)
012.09.027 LTCC Materials Characterisation Lab (6)
ZZZ test category (8)

Map