Introduction to Fabrication of a SiMOS Quantum Dot Device | Online Course

Dive into the world of nanotechnology and quantum device fabrication with this free 45-minute online course. Offered by Sydney Quantum Academy in collaboration with the Australian National Fabrication Facility, the module shows how a silicon metal-oxide-semiconductor (SiMOS) quantum-dot device is fabricated from design through to packaging.

Course Details

About the Course / Programme

The Sydney Quantum Academy offers this micro-credential in partnership with the Australian National Fabrication Facility. The aim is to demystify how quantum devices — specifically silicon metal-oxide-semiconductor (SiMOS) quantum dot devices are fabricated. This is highly relevant to nanotechnology and nanoscience fields since these devices operate at the nano-scale, relying on precise fabrication, lithography and clean-room processes. 
By taking this course, you gain insight into both the physics (quantum mechanics of quantum dots) and the engineering (micro/nanofabrication, packaging) of advanced quantum devices. For anyone working or aspiring to work in nanotechnology, quantum computing, nanofabrication, or semiconductor device engineering, this provides a succinct introduction and credential.

What You’ll Do / Learn

• Understand fundamental quantum principles such as tunnelling, superposition and entanglement in the context of quantum dot devices.

• Learn how gate-controlled quantum dots are constructed and how they enable precise control of single-charge or single-electron effects.

• Walk through the step-by-step fabrication process: wafer dicing, cleaning, alignment marker definition, lithography (likely electron-beam or photolithography), patterning of gate electrodes, and ultimately device packaging.

• Explore how the design of the device (material choice, geometry, electrode layout) influences the quantum behaviour — emphasising the link between nanoscale fabrication and quantum device performance.

• Gain a certificate that verifies your engagement and learning in this domain, useful for CVs, internships or further study in nanoscience/quantum engineering.

Who Should Do This

• Undergraduate students in physics, materials science, electrical engineering, nanotechnology or related fields who are curious about quantum devices and nano-fabrication.

• Researchers or professionals working in adjacent domains (microelectronics, device physics) who want a quick refresher on quantum dot fabrication and quantum device engineering.

• Anyone interested in bridging the gap between nanotechnology/nanoscience (materials, devices) and quantum engineering, especially in a professional or academic context.

• Individuals seeking to bolster their credentials in the emerging field of quantum technologies and device fabrication.

Benefits & Why It Matters

• It gives you a credible micro-credential certificate (for free) that can showcase your familiarity with quantum device fabrication and nanotechnology.

• The content links physics (quantum effects) with practical engineering (fabrication, packaging), which is a valuable combination for nano-/quantum-device roles.

• Provides exposure to fabrication workflows, which are often only accessible via full-time programmes — here you can gain an overview in a short time.

• Helps understand how nanofabrication techniques enable quantum technologies — beneficial for those aiming to work in quantum computing hardware, quantum sensing, or semiconductor nano-devices.

• Adds to your skill-set and understanding in a field that is rapidly growing and has high relevance for application in quantum devices, sensors, nanofluidic devices, etc.

Application / Enrollment Instructions

Go to the course page: “Introduction to Fabrication of a SiMOS Quantum Dot Device” and click the enrol link, which points to ANFF’s learning platform. Sydney Quantum Academy
Create a free account on ANFF Enlightened, enroll in the course, complete the quiz (80 % pass mark), and obtain your digital certificate. Although the course is 45 minutes, you may allocate more time if you wish to delve deeper and make notes or further reading.
Since the course is free and self-paced, you can start anytime.

Reference Links

• Course page: https://sydneyquantum.org/introduction-to-fabrication-of-a-simos-quantum-dot-device/ Sydney Quantum Academy

• ANFF (Australian National Fabrication Facility) – learning platform: enrol link on the course page. Sydney Quantum Academy

• Additional resources on quantum dot fabrication and silicon MOS quantum devices via Sydney Quantum Academy’s resources section.

Disclaimer

Please verify the course availability, enrolment conditions, and certification details directly via the Sydney Quantum Academy or ANFF. This article is a summary based on the publicly available information at the time of writing and is not an endorsement or guarantee of credits or outcomes.

Apply Now / Get Started → Visit the course link and enroll for free to boost your nanotechnology/quantum device knowledge today!