You will lead the operational strategy and scaling of Zipline's network across Africa, overseeing the launch of new sites and the performance of existing markets. This role involves building organizational structures, managing logistics and warehousing models, and driving operational excellence to ensure reliable service delivery.
You will build and own the operational platform that manages site acquisition, infrastructure design, and launch readiness for Zipline's global network. This involves replacing manual workflows with automated systems and driving technical design for scalable, reliable operational tools.
Lead the end-to-end design and delivery of customer-facing applications for ordering and tracking healthcare deliveries. Collaborate with cross-functional teams to improve engineering standards, mentor staff, and iterate on products based on direct customer feedback.
You will lead the evolution of systems behind healthcare delivery operations, owning end-to-end software for fulfillment, maintenance, and inventory workflows. You will also design robust APIs and event-driven systems while establishing strong engineering standards through leadership and mentorship.
The Executive Assistant will partner with the CEO of Zipline Africa to manage complex calendars, operational priorities, and high-level stakeholder engagements. They will also oversee meeting preparation, travel logistics, and cross-functional initiatives to ensure the CEO remains focused and effective.
The Aviation Compliance Analyst will manage aviation regulatory compliance across African operations by maintaining manuals, documentation, and compliance dashboards. They will also support audit readiness, regulatory reporting, and cross-functional training to ensure operational standards are met.
You will own the end-to-end PCB layout execution in Altium, from schematic handoff through fabrication and assembly release. You will collaborate with electrical and mechanical engineering teams to ensure robust, manufacturable designs that meet high-speed, thermal, and regulatory constraints.
