Advanced Certificate in Applied Quantum Computing and Qiskit Programming
A hands-on, 150-hour live online Advanced Certificate in quantum computing and Qiskit programming — build quantum circuits in Python, run them on IBM Quantum hardware, and master gates, entanglement, the Deutsch-Jozsa algorithm and quantum communication across five stackable modules.
What’s This Course About
Course Modules
Module 1: Quantum Computing Foundations and Mathematical Models
Introduces programme expectations, core quantum phenomena, bits and qubits, measurement behaviour and state vectors, alongside the linear algebra and classical logic foundations needed to study quantum circuits.
Module 2: Qiskit Development and Single-Qubit Circuit Programming
Configure Python, Anaconda and Qiskit environments and build, test and interpret X, Y, Z, Hadamard, phase and parameterised single-qubit circuits, reading simulation and measurement outputs.
Module 3: Multi-Qubit Circuits, Entanglement and Gate Equivalences
Represent multi-qubit states and construct CNOT, controlled-gate, SWAP and Toffoli circuits; analyse entanglement and control-target behaviour; and verify equivalent circuit transformations in Qiskit.
Module 4: Quantum Algorithms and IBM Quantum Hardware Execution
Design and implement the Deutsch-Jozsa algorithm, prepare suitable oracles and circuit structures, run selected circuits on IBM Quantum systems, and compare ideal, simulated and hardware results.
Module 5: Quantum Communication Protocols and Applied Practice Portfolio
Describe quantum key distribution and quantum teleportation principles, consolidate applied Qiskit practice through assessment and portfolio work, and plan further development in quantum computing.
Program Outcomes
- Explain core quantum phenomena, bits and qubits, measurement and state vectors, and the linear algebra and classical-logic foundations underpinning quantum circuits
- Configure a Python, Anaconda and Qiskit development environment and build, test and interpret single-qubit circuits using X, Y, Z, Hadamard, phase and parameterised gates
- Construct multi-qubit circuits — CNOT, controlled gates, SWAP and Toffoli — and analyse entanglement, control-target behaviour and equivalent circuit transformations
- Design and implement the Deutsch-Jozsa algorithm, prepare suitable oracles, and execute circuits on IBM Quantum hardware, comparing ideal, simulated and hardware results
- Describe quantum key distribution and quantum teleportation principles and their relevance to secure quantum communication
- Consolidate applied Qiskit practice through assessment and portfolio work and plan further development in quantum computing
Who Should Enroll
- →Software developers, data professionals and IT practitioners seeking a practical introduction to quantum computing with Python
- →Learners with basic programming knowledge who want to build and simulate quantum circuits using Qiskit
- →Engineers, analysts, researchers and technical graduates needing a structured foundation in qubits, gates, circuits and quantum algorithms
- →Cybersecurity, cryptography and risk professionals wanting to understand quantum key distribution and the impact of quantum computing on secure communication
- →AI, analytics and emerging-technology practitioners exploring quantum computing as a future-facing technical capability
- →Technical managers, consultants and educators who need applied knowledge to evaluate quantum computing opportunities and guide teams
Certification
Assessment: One assessment per module (pass required); minimum 75% attendance.
Venue
12 Woodlands Square #07-85/86/87 Woods Square Tower 1, Singapore 737715. 5 mins walk from Woodlands (NS9) MRT station. The venue is disabled-friendly.
Post-Course Support
We provide free consultation related to the subject matter after the course. Email your queries to enquiry@tertiaryinfotech.com and we will forward them to the subject matter experts.
Cancellation & Reschedule Policy
You can register your interest without upfront payment. There is no penalty for withdrawal before the class commences. We reserve the right to cancel or re-schedule the course due to unforeseen circumstances; if cancelled, we refund 100% of any paid amount. The training venue is subject to change due to classroom availability.
Everything you need to study in Singapore.
We don't just teach the course — we help you get here, settle in, and build a network. Full support for foreign students, included.
Short 3–6 month certification
Earn an industry-recognised Advanced Certificate in just 3 to 6 months — start your tech career fast, without committing years to a degree.
Student Pass application assistance
We guide you through the ICA Student's Pass application end-to-end — eligibility, documents and submission — so you can study in Singapore with confidence.
Accommodation & logistics support
Arriving from overseas? We help you sort accommodation, airport arrival and settling-in logistics so you can focus on your studies.
Higher education consultancy
Free consultancy on studying in Singapore — choosing the right course, your learning pathway, and where an Advanced Certificate can take you next.
One-day Singapore tour
Get oriented with a complimentary one-day tour of Singapore — see the city, the campus area and student life before classes begin.
Social & networking activities
Join a community of international students and tech professionals through regular social and industry-networking activities.
Register Your Interest
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