William Peck

Mr Peck possesses notable proficiency in X-ray scanning technologies, and the wider threat detection landscape. His adeptness in computer-aided design has given rise to an innovative yet functional approach to mechanical design which is central to key projects at HALO, in both design conceptualization, and generating precise and accurate models of existing parts, as well as photorealistic renders. His experience spans design for manufacture and fabrication, with a particular focus on additive manufacturing. This technology facilitates the creation of more geometrically abstract parts, coupled with direct control of material properties to better optimize performance and streamline the manufacture process. He helps maintain a consistent focal point on quality control to bolster HALO’s product lifecycle management, alongside developing the commissioning tools for parts and system validation.

His technical foundation in engineering stems from his integrated Masters degree in mechanical engineering, encompassing applied mathematics and physics, design, and manufacture. Key projects included exploring the fabrication and integration of soft robotic actuators for biomimicry, and an array of pneumatic artificial muscles, encompassing a reinforced silicone body controlled by a pulse width modulation to delineate the motion and frequency of swimming in a manta ray.