Baraja

Principal Software/Firmware Engineer: This is a full-time on-site role based in our Sydney (North Ryde) office. We’re looking for a very special type of technical person - as the Principal Software/Firmware Engineer at Baraja, you will be responsible for the full stack of software in our LiDAR products, from algorithm signal processing design and implementation to embedded (firmware), and also the  visualisation tools and machine learning applied at the output of the data (pointcloud). You will work on our up-and-coming technology, with new-to-world features. Apply at: https://lnkd.in/g3UzprbF

Field & Test Engineer: A position has opened for an ambitious and dextrous engineer, based in Sydney, to join us and work on our upcoming technology platform. The position is at the intersection of our upcoming tech design, rigorous testing and is also customer facing, which makes it super exciting, apply at: https://lnkd.in/g3UzprbF

We're #hiring a new Firmware Engineer in Greater Sydney Area. Apply today or share this post with your network.

Are you a finance top-gun that is able to extend beyond and grow in areas such as company secretarial, R&D Tax Incentive, HR? This may be for you! https://lnkd.in/ecPW7qKX

Looking to get exposure to fast paced startup life and bleeding-edge innovation? We're looking for a Senior Financial & Office Manager in our North Ryde (Sydney) office. Apply below: https://lnkd.in/eWmjtkrZ

Today, we’re announcing the availability of all the integrated components "chips" that together make the world-first Doppler RMCW Spectrum-Scan™ LiDAR. I bet you’ve heard multiple times that “lidar-on-a-chip” is the ultimate goal and you may have even heard announcements of other companies saying they’ve got such a chip. Thus, the question has always been “which chip are they talking about?” referring to the fact that the multiple sub-systems in a LiDAR would necessarily integrate to completely different classes of chips and using different processes; for example: Silicon chips using CMOS processes typically used for electronics, or Silica glass chips used to miniaturize optics like lenses and prisms used to steer light, or photonic chips using Silicon, Germanium, Indium-Phosphide, or Gallium-Arsenide to combine or modulate light, convert electrical currents into light (Tx) or viceversa (Rx). So, for a solution to be truly powerful you’d need to take to the chip level all of these sub-systems. Baraja is the only company that does, and this is the impact of the work we’ve conducted for 8 years to have access to all the components of Tx, Rx, Amplification, Processing, Steering on heterogeneous chips. The beauty of the solution is that the technologies developed to get to these chips self-reinforce and make possible further integration in the future. Learn more at: