Top Tech Jobs & Startup Jobs

Supports deployment of drone ground systems by developing, testing, and deploying application-specific engineering solutions. Evaluates and integrates commercial products, develops specialized equipment such as lifting apparatus and weather stations, manages vendors, refines site requirements, and creates handover processes for sustaining operations. The role involves troubleshooting hardware and software, analyzing data, collaborating cross-functionally, and performing hands-on testing at outdoor sites.

Develop and own hardware test assets for drone systems, from requirements and implementation through validation, data collection, troubleshooting, analysis, and engineering recommendations. Collaborate with cross-functional teams to test circuit boards, avionics, sensors, power systems, mechanical assemblies, and integrated subsystems. Build mechatronic systems and automation scripts, streamline testing and reporting, and ensure component performance, reliability, and safety.

Lead supplier industrialization for PCBA and top-level assemblies, including DFM, supplier selection and audits, process validation, quality improvement, capacity planning, SCARs, SPC, NPI support, and automated testing. Partner with engineering, supply chain, contract manufacturers, and manufacturing teams to improve yield, efficiency, and defect reduction while ensuring IPC, ISO, automotive, and aerospace standards compliance. The role is based in South San Francisco and requires 30–40% global travel.

Design, prototype, test, and validate electrical systems for autonomous drone delivery platforms. Projects may include battery charging electronics, ground-support electronics, production test equipment, avionics validation, reliability testing, and root-cause investigations. Collaborate with mechanical, embedded, software, systems, manufacturing, and operations teams to develop reliable solutions for real-world deployment.

Supports aerospace vehicle design through aerodynamic, propulsion, and power-system analysis; develops subsystem models and aerodynamic databases; plans and analyzes wind-tunnel and flight-test experiments; and collaborates with multidisciplinary engineering teams. The internship provides hands-on experience using analytical calculations, CFD simulations, experimental testing, data analysis, and aircraft design tools.

Accounting Interns support journal entries, account reconciliations, financial close activities, reporting, data cleanup, and fixed asset accounting. They collaborate with Finance, Procurement, Operations, country teams, and manufacturing teams while gaining exposure to international accounting operations. The role is full-time and in-person in South San Francisco during Summer 2027.

Design, prototype, test, and validate electrical systems for autonomous drone delivery platforms. Projects may include battery charging electronics, ground support systems, production test equipment, avionics validation, reliability testing, and root-cause investigations. Interns collaborate with mechanical, embedded, software, systems, manufacturing, and field operations teams while developing solutions for real-world deployment.

Develop and own hardware test assets for drone systems, from requirements and implementation through validation, data collection, troubleshooting, analysis, and engineering recommendations. Collaborate across engineering teams to test circuit boards, avionics, sensors, power systems, and mechanical or electromechanical assemblies. Build mechatronic systems and automation scripts, interpret datasheets, write basic component drivers, and use electrical test equipment.

Own and grow a Houston territory by prospecting restaurants and retailers, conducting frequent in-person visits, managing a sales pipeline, demonstrating Zipline’s drone delivery solution, and closing new merchant partnerships. The Account Executive manages the full sales cycle, builds relationships with business owners, meets sales goals, captures market insights, and helps shape Zipline’s commercial expansion strategy. This is a field-based contract role with performance-based compensation and a potential path to full-time employment.

Develop computational tools, optimization and sensitivity studies for aircraft and fleet design; improve simulation frameworks; build physics-based aircraft performance models; and analyze test data to validate component models. The role requires multidisciplinary physics knowledge, numerical methods, and programming expertise in Matlab, Python, Julia, Rust, or similar languages.