Courses
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Master quantum error correction – the key to practical fault-tolerant quantum computers. Covers quantum error types, stabiliser formalism, Shor code, Steane code, and the surface code. Analyses error thresholds, logical qubit overhead, and hardware requirements for error-corrected quantum computing.
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Learn quantum programming with Qiskit. Covers QuantumCircuit construction, gate application, measurement, statevector/QASM simulation, IBM Quantum hardware access, transpilation, noise modelling, and Qiskit Runtime primitives. Projects run real algorithms on IBM quantum hardware.
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Build and analyse quantum circuits using standard quantum gates. Covers single-qubit and two-qubit gates, circuit composition, universal gate sets, quantum Fourier transform, and key algorithms (Grover, Shor, VQE). Hands-on circuit simulation using Qiskit and IBM Quantum.
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Demystify quantum computing for hardware and software engineers. Covers qubits, superposition, entanglement, quantum gates, quantum circuits, quantum algorithms (Grover, Shor), and current quantum hardware platforms. Gives semiconductor engineers the quantum literacy needed for the evolving computin
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Prepare PCB designs for successful manufacturing hand-off. Covers DFM rules, IPC-2221 standards, Gerber/ODB++ output generation, panelisation, solder mask and silkscreen design, assembly drawing creation, and communication with PCB fabrication houses to reduce re-spins and accelerate NPI.
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Design rigid-flex and HDI PCBs for advanced applications. Covers flex circuit design rules, bend radius constraints, rigid-flex stackup, HDI microvia design, blind and buried vias, any-layer HDI, and DFM in rigid-flex. Targeted at engineers designing wearable, medical, aerospace, and mobile product
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Design PCBs that pass EMI/EMC compliance testing first time. Covers EMC fundamentals, radiated and conducted emission sources, PCB layout techniques (ground planes, filtering, shielding), common-mode suppression, ESD protection, and pre-compliance testing. Includes FCC Part 15 and CE marking require
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Ensure clean power delivery on your PCB. Covers PDN analysis, decoupling capacitor selection and placement, power plane design, VRM transient response, AC impedance optimisation, and PI simulation using SIwave/PowerSI to eliminate PCB bring-up failures.
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Design PCBs for high-speed digital interfaces without signal integrity failures. Covers controlled impedance design, stackup planning, DDR4/DDR5 PCB routing rules, termination strategies, reflection and crosstalk mitigation, and SI simulation using HyperLynx/Sigrity targeting DDR5 and PCIe Gen4 host
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Hours