My days at Micro-X have two different forms. As one of the builders for the Checkpoints project, I work with our mechanical engineers to assemble aluminum framing, modify and install panels and other finish-grade parts, and install wiring harnesses between components, to name a few examples. When fabricating, most of my day is spent with hands on the hardware with a handful of update meetings each week. As a software engineer, I work on threat recognition algorithms, which involves a combination of statistical and geometric analysis of CT images. On those days, I spend much more time planning and designing my future code, and reviewing code written by my Imaging teammates.
From a technology perspective, the miniature CT scanner that can quickly create a high-resolution image and recognize threats is the most cutting-edge project I have ever worked on.
The opportunity to work both on software and hardware allows me to practice and improve a wide array of skills. Maybe one day I will specialize, but right now I enjoy being a generalist.
I am still impressed with the ability of the Checkpoints team to rapidly transition from a development/learning mindset to delivering a working and well-polished module.
From a technology perspective, the miniature CT scanner that can quickly create a high-resolution image and recognize threats is the most cutting-edge project I have ever worked on.
I think people would find it unique that, while my role is software engineer, my career is goal is to be an expert builder. Learning to write excellent code is part of becoming someone who can build great, modern technology.
As a high reliability industry, developing medical technology must closely follow regulations and strict design practices. If you like planning and reviewing your designs before writing code, this industry will be a good fit for you. There is plenty of space for creativity and innovation, but it must be expressed within a rigorous development process.
My days at Micro-X have two different forms. As one of the builders for the Checkpoints project, I work with our mechanical engineers to assemble aluminum framing, modify and install panels and other finish-grade parts, and install wiring harnesses between components, to name a few examples. When fabricating, most of my day is spent with hands on the hardware with a handful of update meetings each week. As a software engineer, I work on threat recognition algorithms, which involves a combination of statistical and geometric analysis of CT images. On those days, I spend much more time planning and designing my future code, and reviewing code written by my Imaging teammates.
From a technology perspective, the miniature CT scanner that can quickly create a high-resolution image and recognize threats is the most cutting-edge project I have ever worked on.
The opportunity to work both on software and hardware allows me to practice and improve a wide array of skills. Maybe one day I will specialize, but right now I enjoy being a generalist.
I am still impressed with the ability of the Checkpoints team to rapidly transition from a development/learning mindset to delivering a working and well-polished module.
From a technology perspective, the miniature CT scanner that can quickly create a high-resolution image and recognize threats is the most cutting-edge project I have ever worked on.
I think people would find it unique that, while my role is software engineer, my career is goal is to be an expert builder. Learning to write excellent code is part of becoming someone who can build great, modern technology.
As a high reliability industry, developing medical technology must closely follow regulations and strict design practices. If you like planning and reviewing your designs before writing code, this industry will be a good fit for you. There is plenty of space for creativity and innovation, but it must be expressed within a rigorous development process.
Micro-X has signed a major U.S. supply agreement, giving over 700 hospitals direct access to its Rover Plus mobile X-ray system. This milestone marks a breakthrough in U.S. market entry and validates Rover Plus as a trusted solution for acute care imaging.
Meet Apollo Heidal, a software engineer at Micro-X combining hands-on hardware skills with cutting-edge threat recognition software. From assembling Checkpoints modules to designing algorithms, Apollo works across teams to deliver next-generation security innovation. Learn how his work reflects Micro-X’s mission to push boundaries in CT and advanced imaging solutions.
In this June 2025 edition, we share key updates on our Rover Plus Mobile X-ray sales expansion, Full Body CT development progress under the ARPA-H program, and the refinement of our Head CT for stroke diagnosis. You’ll also find news on our Checkpoint prototype trials with the US Department of Homeland Security, our Baggage Scanner partnership with Billion Prima, and our recognition as one of Australia’s Top 10 Most Innovative Manufacturers.
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