Executive Engineering Leader, Distributed Systems & Cloud

Jeff Young

Executive Engineering Leader - Distributed Systems & Planetary Scale Infrastructure

I lead complex engineering organisations through major technology inflections—from the early commercialisation of the Internet to software-defined networking, planetary-scale cloud infrastructure, and critical aviation systems. My core capability is translating high-consequence technical uncertainty into sustainable architectural execution and long-term organizational value.

I operate at the intersection of distributed software systems, physical infrastructure, and commercial strategy. I build resilient engineering organizations as readily as I design technology platforms, ensuring that competitive advantage stems from developing talent, making rigorous architectural decisions, and ruthlessly automating operations.

Executive Principles

Engineering leadership is about stewardship of value.

Leadership exists to develop people, build organisational capability and create value that endures beyond the completion of individual projects.

Architecture is the disciplined management of decisions.

Great architecture is not documentation; it is making the best decisions possible with the information available while preserving the ability to adapt as reality changes.

Standards transfer method. Experience develops judgement.

Industry standards capture proven practice. Experience teaches when to apply them, when to adapt them and when to create something new.

Good process amplifies judgement. Bad process attempts to replace it.

Process exists to serve people and outcomes—not the other way around.

Core Leadership Capabilities

•Planetary-Scale Systems Architecture

•Distributed Infrastructure Engineering

•Global Network Operations

•Cloud Platform Strategy & Automation

•Organisational Design (500+)

•Executive Stakeholder Alignment

•Critical Infrastructure & Risk Isolation

•Product Strategy

Professional Experience

Chief Architect (Program Technical Lead) — L3Harris Technologies. 2024-present

Led the engineering turnaround for Australia’s critical aviation infrastructure under L3Harris design authority.

•Architectural Reset: Identified systemic baseline limitations in a high-consequence inherited design; successfully secured board authorization to completely reset the architecture.

•Capability Engineering: Formed, structured, and led an elite Australian engineering division tasked with the ground-up validation, redesign, and multi-phase deployment of the mission-critical solution.

•Risk Mitigation: Re-engineered systems for absolute fault tolerance, ensuring strict alignment between strict aviation safety regulations, software reliability engineering (SRE), and physical network delivery.

Head of Architecture, Infrastructure & Operations — Telstra. 2016-2022

Directed technical strategy, software engineering, and global operations for the Telstra Programmable Network, serving as the technical product leader across globally distributed divisions.

•Planetary-Scale SDN: Spearheaded engineering and 24/7 operations for one of the world's few production-deployed, OpenFlow-based Software Defined Networks (SDN) spanning a 5-year period.

•Distributed Control Planes: Architected custom centralized control planes to decouple packet forwarding from hardware, solving highly complex distributed state synchronization and planetary-scale traffic engineering challenges.

•Cross-Functional Execution: Unified product management, software engineering, and infrastructure operations across multi-national teams to transform a traditional telecom footprint into a highly automated, programmable cloud-native asset.

Managing Partner — inertnet.Org. 2015-2024

Provided executive technical advisory services focused on enterprise networking, SD-WAN architectures, SaaS platforms, and cloud migrations.

•Algorithmic Automation: Engineered a fully automated, programmatic framework to execute a massive 14,000-node SD-WAN infrastructure transition.

•Vendor Delivery Management: Embedded with external software development providers to design, test, and ship the custom deployment toolchain, dramatically reducing operational cutover timelines and human error.

Director, Architecture — Juniper Networks. 2012-2015

Commanded executive technical engagements for Tier-1 national telecommunications providers, mapping future-state distributed architectures.

•Commercial Infrastructure Strategy: Authored multi-year technology roadmaps and architectural modernization strategies that directly unlocked $12M–$20M in infrastructure sales wins.

GM Cloud Computing Architecture — Telstra. 2009-2012

•Architected the foundational cloud engineering capabilities and platform strategy for one of Australia's earliest enterprise-grade hybrid cloud initiatives.

Senior Analyst — Burton Group 2006-2009

•Published industry research and advised CIOs and technology leaders on upcoming trends in enterprise networking and other emerging technologies.

VP Architecture & Engineering — Alcatel. 2003-2006

•Directed global IP architecture and software engineering divisions to transition legacy carrier topologies into highly scalable, distributed media-delivery infrastructure..

VP Global Networks — Cable & Wireless / internetMCI. 1998-2002

Advanced rapidly through infrastructure engineering roles into global executive leadership during the foundational commercialization of the global Internet.

Scale Operations: Built and commanded a global organization of 500+ engineers and program managers accountable for the architecture, deployment, and 24/7 operation of a primary global IP backbone.

M&A Infrastructure Integration: Orchestrated the massive technical integration and expansion of global network systems following the historic Cable & Wireless acquisition, maintaining strict uptime metrics through unprecedented traffic growth.

Additional Contributions

·Publications: Author of 20+ peer-reviewed industry research papers on advanced networking topologies and infrastructure engineering.

·Academic Faculty: Software Defined Networking (SDN) lecturer, RMIT University

·Founder/CTO experience: Designed, built, and launched cloud-native, highly secure distributed digital health platform

Extensive experience with IETF participation and industry standards

Education & Continuous Specialization

•Master of Science in Computer Science — University of Maryland Global Campus (In Progress)

•Focus areas: Distributed Systems, Advanced Software Engineering, Cloud Computing Architecture.

•Postgraduate Analytics Focus — Targeting Johns Hopkins University (Data Science)

•Research interest: Utilizing large-scale streaming telemetry and predictive data modelling to drive automated, self-healing critical infrastructure.

Technology Capability Index (ATS Appendix)

This appendix is provided to support keyword-based applicant tracking systems (ATS) and technical recruiter searches. The Executive Resume should be considered the primary representation of experience, leadership and capability[1].

Executive Leadership & Strategy

Technology Executive, CTO, Chief Technology Officer, Chief Architect, Technology Strategy, Enterprise Architecture, Solution Architecture, Platform Strategy, Product Strategy, Architecture Governance, Technology Roadmaps, Engineering Leadership, Organizational Design, Operating Models, Executive Stakeholder Management, Critical Infrastructure, Technology Modernisation, Technical Due Diligence

Software & Platform Systems

Java, Python, REST API Design, REST API Development, API Integration, Secure Protocol Design, Authentication & Authorization, Encryption at Rest, Encryption in Transit, Data Protection, Data Modelling, SQL, Backend Development, Microservices, SaaS Platforms

Distributed Software -Defined Networking

OpenFlow, SDN, SD-WAN, BGP, OSPF, IS-IS, MPLS, EVPN, VXLAN, Traffic Engineering, QoS, DiffServ, IP Multicast, PIM, IPv4, IPv6, Carrier Ethernet, VPLS, Optical Transport, Centralized Control Planes, Distributed State Synchronization.

Engineering Practices & Security

Unified Process (UP), Extreme Programming (XP), Scrum, Agile, DevOps, CI/CD, Git, GitHub, Jira, Jira Administration, Jira Service Management (JSM), Engineering Workflow Design, Engineering Toolchains, SDLC Design, Infrastructure as Code, Terraform

Cloud & Platform Engineering

AWS, OpenStack, Hybrid Cloud, Platform Engineering, Virtualization, Systems Integration

Network Architecture

IPv4, IPv6, Ethernet, Carrier Ethernet, VLAN, 802.1Q, STP, RSTP, MSTP, LACP, VPLS, BGP, OSPF, IS-IS, MPLS, Traffic Engineering, QoS, DiffServ, IP Multicast, PIM, DVMRP, IGMP, MBGP, MSDP, SD-WAN, EVPN, VXLAN, Optical Transport, SONET/SDH, Physical Network Design

Security Engineering

Secure Architecture, Network Security, Secure API Design, Identity & Access, Zero Trust Architecture, Encryption Strategy, Privacy by Design, Security Architecture Review

Operations & Service Delivery

Network Operations, NOC Design, Operational Readiness, Service Transition, Automation, NetBox, CMDB, Observability, Incident Response, 24x7 Operations

Professional Community

IETF, Interop NOC, Industry Research, Technical Publications, Conference Speaking, University Lecturer, Engineering Coaching

[1]Note: Keywords represent areas of genuine professional experience and are intentionally limited to technologies, practices and domains in which substantial hands-on leadership or implementation experience has been gained.

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