How I got here - Robert Hammond

Dr Robert Hammond is fighting the good fight against antibiotics resistance. A microbiologist by training, his fascination with robotics and engineering gave him the skills to build an ultra-sensitive instrument – now the focus of a startup worth over $35 million – that can rapidly detect bacteria in patients’ blood and urine samples, and their resistance or susceptibility to antibiotics.

Why did you become interested in science and engineering?

I don’t remember a time I wasn’t fascinated by science. As an eight-year-old I apparently proclaimed that I was going to grow up to be a biochemical engineer. I am now (arguably) a biomedical engineer, so I wasn’t far wrong.

My first strong memory of being captured by the idea of taking components and turning them into a usable machine was in a Lego kit, to produce a car that had a working gearbox. That was where my first basic understanding of how gearboxes and engines came from. [With] the object I'd created, having taken basic components – simple plastic bricks – and turned it into something that could change gears, you could see the pistons moving in the engine... It was really, really exciting and interesting, and then that carried on right through to a love of fairly basic robotics when I was in my teens.

How did you get to where you are now?

Hard work and lots of help! I wouldn’t have achieved what I have so far without the assistance of my friends, family and academic support network who have always championed my efforts and helped me on my way.

I chose my PhD studies based on the exciting combination of microbiology and robotics. The PhD I originally interviewed for at St Andrews was not the one I ended up getting – I was called in to interview for something about mycoplasma, which are interesting in and of themselves. But there was another potential supervisor in the room, who said that this had turned out to be a dual interview as I had said some things of interest to him, and would I like to work on electronics, electronic engineering and robotics, in and among microbiology (which I had a master’s in). I said yes, that sounds very exciting, having always being interested in mechanical objects, engineering and robotics.

So, we started a project together, but the supervisor shortly thereafter left the university and I was what gets called an ‘orphan PhD student’  – sort of left without a supervisor. But I did have a second supervisor who is Professor Stephen Gillespie, who sort of picked me up and became my primary supervisor. At this point, I had already created an object, the detector, which the company would later be formed around. So while that initial project didn’t work out, I moved sideways to another where I found a love of diagnostics.

What has been your biggest achievement to date?

Spinning out a company now worth over $35 million was pretty cool! The awards that we’ve achieved for the technology we have developed are also excellent. That said, I believe in achievements every day, helping colleagues with their problems and coming home to my family each day is a big achievement in my book.