Streaming technology guest lecture topics — syllabus fit & how to book

Follow one live frame from a camera to a billion screens: ingest, transcoding, packaging, CDN delivery, adaptive playback. Students see the real design decisions — redundancy, latency, cost — that textbooks treat as theory. Best as a production-scale case study for systems or networks courses. No streaming background needed.

How CDNs actually work: PoP placement, cache hierarchy, request routing, origin shielding, edge compute — and the cost-versus-performance tradeoffs operators face daily. Students leave able to sketch a real CDN path and explain cache-hit economics. Best for advanced networking or cloud infrastructure courses.

Why video processing left on-prem hardware for the cloud: transcoding, packaging, DRM, and manifest generation as elastic workloads. Covers scheduling, cost modeling, and multi-cloud tradeoffs. Suits CS platform-engineering courses and MBA digital-strategy courses equally — the engineering and the economics in one session.

A technical introduction to Media over QUIC, the IETF effort rebuilding live streaming on QUIC's transport: the object model, publish/subscribe, relay topology, and why it simplifies fan-out compared with today's RTMP/HLS/WebRTC patchwork. Best for advanced networking courses and students interested in protocol design.

Where sub-second latency comes from and how the industry removes it: LL-HLS, LL-DASH, WebRTC, and the emerging MoQ standard. Students map each approach's tradeoffs and meet the businesses — sports, betting, auctions, live commerce — that pay for them. Works for technical and applied media production courses alike.

How OTT and FAST platforms actually make money: content acquisition, AVOD/SVOD/FAST hybrid monetization, vMVPD mechanics, connected-TV distribution. Students leave understanding the economic logic behind every channel decision. Fits business strategy, media industry, and platform design courses.

The unit economics behind every streaming service: acquisition cost, ARPU, churn, content amortization, and how infrastructure spend reconciles with lifetime value. Taught from publicly reported financials and industry benchmarks. High-signal for MBA strategy, digital economics, and media industry courses.

How ads get stitched into streaming video without breaking playback: VAST/VMAP, server-side ad insertion, and the latency and privacy constraints that make it uniquely hard. Covers both sides — CPMs and fill rates, and the real-time pipelines behind them. Cross-disciplinary: ad tech, marketing tech, and distributed systems courses.

What senior product management looks like when the product is infrastructure: roadmaps across platform, player, and CDN teams; specs that turn business requirements into engineering constraints; the reliability-latency-cost tension. Drawn directly from Mathias's roles at Oracle Cloud Infrastructure and Broadpeak.

How cloud-native media platforms get designed and shipped: API surface, tenant isolation, observability, SLA management, and the platform-versus-app-team dynamics. Students learn the decisions that separate a scalable platform from a large monolith. For cloud engineering, SaaS product design, or digital transformation courses.

What it takes to lead engineering organizations: cross-functional trust, deciding through ambiguity, hiring technical talent, and translating technical strategy for business stakeholders. Grounded in leading teams across Paris and the US, shipping streaming infrastructure used by millions daily.

A candid account of building a senior tech career across borders: visa sponsorship, cultural adaptation, rebuilding a professional network, and the mobility calculus in streaming and cloud. Mathias speaks from relocating France→US on the way to VP- and Principal-level roles. For career-focused and global business courses.