Imagine helping to redefine how the world navigates by building a proprietary, next generation Inertial Measurement Unit (IMU) that challenges the limits of conventional navigation. Instead of relying on increasingly complex hardware, we are shifting that complexity into intelligent software, creating a new generation of high precision sensing technology. At Destinus, we are revolutionizing the defense industry with cutting-edge Unmanned Aerial Vehicles (UAVs), delivering unparalleled speed, precision, and cost effectiveness for mission-critical operations.
Tasks
- Design the core physical sensing element from the ground up.
- Own the mathematical modelling, multi-physics simulations, and micro scale geometries that define sensor vibration, behavior, and performance.
- Use simulation software to model and optimise the exact 3D geometries of micro-scale vibrating sensor structures.
- Run detailed multi-physics simulations to map out mechanical energy movement and maximise energy storage while eliminating structural, acoustic, and thermal energy losses.
- Calculate the precise spacing, sizing, and layout of electrostatic gaps and drive pads for the electronics team to interact with the physical sensor.
- Translate optimised mathematical models into clean engineering layout files for cleanroom fabrication.
- Work closely with the Materials Engineer to ensure manufacturability and collaborate with FPGA and Software leads to translate physical wave dynamics into code requirements.
Requirements
- PhD or master's degree in Physics, Electrical Engineering, or similar.
- At least 5 years of experience in simulation.
- Hands-on experience with physics simulation tools.
- Enjoy modelling vibration modes, mechanical stress, and thermal behaviour.
- Strong physical intuition for how microscopic structures bend, vibrate, and lose energy.
- Ability to spot structural stress bottlenecks in simulation plots.
- Clear communicator able to translate complex physics concepts into practical engineering steps for hardware and software teams.
- Experience designing precision sensors like accelerometers, micro-gyroscopes, atomic clocks, or acoustic wave devices is a plus.
- Basic familiarity with semiconductor cleanroom processing steps is a plus.
- Driven by curiosity and enjoy solving complex physical problems.
- Combine deep theoretical knowledge with practical engineering thinking.
- Thrive in multidisciplinary environments where physics, electronics, manufacturing, and software come together.
- Take ownership of challenging technical problems and communicate clearly across teams.
- Motivated by seeing ideas evolve from mathematical models into breakthrough hardware.
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