The Sentinel Framework is a vision for quantum engineers dealing with the cusp of algorithms and hardware. From cold atom gravimeters to unclonable hardware fingerprints. So, our critical infrastructure is protected by gravity locked security nodes and hardware root of trust – built by our own engineers, on our own terms. The world stands at the threshold of the quantum era. The Q-Day is not a distant phenomenon; it is here. Nations such as the US, China, and the EU are investing billions to stay ahead in the quantum leap. Quantum hardware, cryptography, and sensing are moving decisively beyond theoretical simulation toward physical sovereignty Pakistan is not exceptional to this transition. We can either import quantum talent or import hardware, or we can develop our own workforce capable of designing, building, and securing quantum systems. In response to the National Center for Quantum Computing (NCQC) call for curriculum ideas, this proposal The Sentinel Framework is a specialized track for the BS in Quantum Computing (BSQC) and the MS in Quantum Systems Engineering (MS-QSE). The very idea for the Sentinel Framework comes from validated work: the RAQT protocol tested on IBM and Chinese quantum hardware and the “Quantum for All” 4-tier curriculum (IBM QAMP 2025). The focus on software and hardware interfacing is the new approach adopted here, infrastructure resilience and robust capabilities, considering that the physical layer is where sovereignty begins. This is where our engineers can leap ahead. The Sentinel Mandate is a three-part roadmap: (1) integrate PUF, metrology, and secure network electives into the BSQC program; (2) establish two specialized labs (MOT/UHV for sensing, AWG/cryo for PUF); (3) train faculty within 18 months. This roadmap aligns with NCQC’s goal of producing industry-ready quantum engineers.
Noor Ul Ain Faisal (Thu,) studied this question.