Founder and engineer

Lance Harvie

Continuing practical engineering work behind RunTime’s recruitment judgment.

Engineering experience behind the recruitment

Lance’s engineering background spans electronics design, firmware development, real-time networking and embedded development tools.

At Vacuumatic, he established an electronics and firmware development function, working across schematic design, C and 68HC11 assembly, prototyping, production and testing. At Aristocrat, he developed RTOS-based firmware for RS485 player tracking systems deployed across Australia, the US and Europe. At SCITEC, he worked on Ethernet interfaces, bridging, TCP/IP routing and frame relay software. His experience also includes early PostScript printer engines at IBM and product management, developer training and technical support for Mentor Graphics’ embedded tools.

Lance continued learning as technology evolved, moving through the client/server era into Unix/Linux systems, server hardware builds, virtualization including Proxmox, in-depth Linux administration, systems programming and application development.

His recent work includes Python automation, API integrations and MCP servers, vector search with Qdrant, Parquet-based data pipelines, and self-hosted language models running on local GPU hardware. He brings these together in agentic workflows for sourcing, screening, research and recruitment operations, using Tailscale for private connectivity between systems.

He also continues working with embedded hardware, including ESP32 development with ESP-IDF, e-ink interfaces, RISC-V operating-system bring-up and legacy Transputer integration.

This ongoing work gives him practical context when discussing an engineering brief or assessing what a candidate actually built, owned and delivered.

Current personal projects

Still building. Still debugging.

Recent hands-on work in embedded operating systems, board bring-up and legacy hardware integration.

Allwinner D1 RISC-V touchscreen panel running Lance’s native interface
Personal engineering project

Linux, RT-Smart and NuttX on RISC-V

Compared three operating systems on the same Allwinner D1 hardware, investigating board bring-up, watchdog resets, timer behaviour and benchmark validity. The work also produced a native touchscreen application with working display, touch input and Wi-Fi.

The tested configurations use different protection and execution models; the comparison is not a claim that one OS is universally superior.Explore the project on GitHub ↗
INMOS B004 Transputer board used in Lance’s Linux integration project
Personal engineering project

Bringing Transputer hardware into a modern Linux environment

Interfacing an INMOS B004 Transputer board with Linux through a USB-to-ISA bridge. The ongoing work includes C diagnostic tools, a Linux port of the INMOS host server, and investigation of bootstrap loading, memory mapping and communication protocols.

An ongoing hardware bring-up and integration project; Linux remains the host environment and does not run on the Transputer.Explore the project on GitHub ↗