In this video Martin describes his willingness to collaborate in
research projects by designing and making electronic devices, sensors or
actuators.
Background:
I prefer in my research efforts to collaborate with others, and
generally I do this by making electronic devices needed in research
projects.? I have a great deal of experience in the analogue field,
which generally involves interfacing with the “real world”, so comes
down to using different types of sensors and, less often, actuators.?
However, over the last few years I have worked a great deal with
microcontrollers, which are small, very versatile, re-programmable,
cheap, single-chip computers.? These interface with all kinds of other
hardware to make small systems that can interact with the world,
typically by taking measurements, making a decision based on some
algorithm, and then driving some sort of output or actuator.? Of course,
sometimes the output may be to simply record the measurements so they
can be passed to a PC later via, for example, USB.
I can design and make systems on a Printed Circuit Board (PCB) and I
can also design systems on an Integrated Circuit (but that’s usually extremely
expensive to fabricate).? I also have a fair amount of experience in
making larger numbers of identical PCB-based systems, which generally
involves knowing how to work with industry to get larger numbers of PCBs
made and populated quickly and cheaply.
In my early days I worked with valve-based amplifiers and, while I
would not expect to do that today, it means I am comfortable working
with high voltages.? For example I recently designed and made a
high-power amplifier with a 1300V output swing.
I actually like making things and I’ve been doing it for a while.?The
experience gained allows me to tackle all sorts of odd jobs that are
seen as being “unusual”.
Find out more:
Dr Martin Reekie, School of Engineering profile:
http://www.eng.ed.ac.uk/about/people/dr-h-m-reekieEdinburgh Research Explorer:
http://www.research.ed.ac.uk/portal/martin