A four-hour course on quantum technology for vehicle makers, suppliers and manufacturers. We cover battery and materials simulation, production scheduling, quantum sensing and navigation, with the status of each use case and what to prepare now. Executives, R&D and innovation leads, manufacturing and supply-chain program managers, and battery, materials, engineering and data teams at vehicle makers, suppliers and manufacturers. Also useful for aerospace manufacturers, and for investors who assess mobility technology.
Clocks, magnetometers, and gravimeters: the principles behind quantum sensing, the leading device classes, real-world applications in navigation, timing, medical, and defense contexts, and what is deployable today. Defense and intelligence analysts, technology strategists, infrastructure planners, medical technology evaluators, and senior leaders assessing quantum sensing capability and procurement.
Clocks, magnetometers, and gravimeters: the principles behind quantum sensing, the leading device classes, real-world applications in navigation, timing, medical, and defense contexts, and what is deployable today. Defense and intelligence analysts, technology strategists, infrastructure planners, medical technology evaluators, and senior leaders assessing quantum sensing capability and procurement.
A four-hour course on quantum technology for vehicle makers, suppliers and manufacturers. We cover battery and materials simulation, production scheduling, quantum sensing and navigation, with the status of each use case and what to prepare now. Executives, R&D and innovation leads, manufacturing and supply-chain program managers, and battery, materials, engineering and data teams at vehicle makers, suppliers and manufacturers. Also useful for aerospace manufacturers, and for investors who assess mobility technology.
Run a PQC migration as a structured, multi-year program. Work breakdown structure, milestone design, resource planning, dependency management, vendor coordination, and migration wave sequencing. Program managers, project managers, PMO leaders, and CISOs responsible for PQC migration program governance. Also relevant for security directors and technical leads transitioning into program leadership roles.
Four hours for senior leaders on quantum security exposure, regulatory direction, and what an adequate response looks like. CISOs, CIOs, CTOs, VPs of engineering, and senior IT leaders. Also appropriate for risk officers and compliance leaders who need the security context before engaging with PQC governance.
How quantum key distribution works, where it fits alongside PQC rather than instead of it, network architectures, and an honest view of deployment costs, constraints, and maturity. Network engineers, security engineers, telecom professionals, government and defense technology specialists, and technical evaluators assessing quantum networking proposals.
Four hours for security leaders on quantum risk in the security program: inventory, prioritization, and the migration decisions that have to be made now. CISOs, Deputy CISOs, security directors, heads of security architecture, and senior security leaders. Also relevant for CROs and heads of operational risk at organizations with significant cryptographic exposure.
From cryogenics to control electronics to the software stack. Physical infrastructure, quantum-HPC integration, total cost of ownership, the Quantum Open Architecture movement, and emerging alternatives to current approaches. Technology evaluators, infrastructure planners, facility managers, systems engineers, procurement specialists, and anyone involved in quantum computing installation, operation, or site planning. Also valuable for investors and analysts evaluating quantum computing companies.
Quantum computing evaluation for business leaders. Current capabilities versus roadmap promises. Use cases with demonstrated value. Investment considerations. Strategic positioning without the physics. C-suite executives, strategy leaders, R&D directors, and senior managers evaluating quantum computing investments, partnerships, or organizational positioning.
Quantum technology evaluation for investors, analysts, and fund managers. Hardware modalities, key companies, market dynamics, due diligence framework, and how to read technical claims critically. Venture capital and private equity professionals, sovereign wealth fund analysts, institutional investors, equity research analysts, and corporate development teams evaluating quantum technology investments.
How quantum computers work, without the physics degree. Qubits, gates, and algorithms at a conceptual and practical level. Five major hardware modalities and their tradeoffs. Quantum error correction. Cloud platforms. How to evaluate claims critically. Technology professionals, enterprise architects, security professionals, data scientists, software developers, and technical leaders who need a working understanding of quantum computing for professional evaluation, planning, or strategy purposes.
