Chem 3208 -Molecular Modeling and Computational Chemistry -is a one-semester course for 3 rd year students offered through the Research School of Chemistry at the Australian National University. The quantum chemistry component discussed here was run over 4 weeks for 38 students with lectures being delivered in flipped format. The lectures were prerecorded in compact form, typically 10-15 minute videos, and the three lecture hours per week were spent in a Zoom call, in which the first half hour was silent giving students time to watch the lecture video and communicate questions synchronously through chat. Microphones were enabled for the second half of the session which took tutorial form for questions arising from the lecture, often with an exercise or discussion point to initiate conversation. The practical component was held in hybrid format in a university computer teaching lab seating 30 and allowing students remote access through the ANU VDI, which had been newly deployed . The in-person version of the course in previous years had been held weekly but the ANU COVID-19 requirements regarding deep cleaning meant that only fortnightly 3 hr sessions were possible and so the course had to be rewritten to account for the reduced time for familiarisation with the software. In order to save valuable lab time, "hands-on demonstrations" that would previously have been held in-session were absorbed into the lecture material. The availability of remote access also meant that the students could access the labs asynchronously, though in-person attendance was mandatory and the practical part of the course was decreed to be such that it could be completed within the designated lab hours. This course was an affirmation of VDI as a solution. The four remote students connecting through Zoom on a laptop placed at the front of the laboratory could see and were part of the room as the in-person attendees but more importantly could use the same computer desktops.