Job Description

Preferred Experience\n\n5–7 years of experience in payload systems / UAV integration\nStrong understanding of system interfaces (mechanical/electrical)\nExperience with environmental stress screening (ESS) and survivability testing\nFamiliarity with aerospace safety procedures and compliance frameworks\nExposure to UAV mission payloads and operational testing\n\nCompliance Awareness: Familiarity with aerospace standards (AS9100D, MIL-STD, DO-160)\nReliability Engineering: Experience in survivability assessments and redundancy strategies\nInnovation: Exposure to emerging payload technologies (smart fuses, modular payload bays)\nLeadership: Ability to mentor junior engineers and lead supplier/vendor discussions\n\nRequired Skill Sets & Tools\nCAD Tools: SolidWorks, Siemens NX (mechanical/electrical interface layouts)\nAnalysis Tools: MATLAB (data analysis and modelling)\nDocumentation: ICDs, SOPs, and compliance reports\n\nQualifications\nBachelor’s / Master’s in Aerospace / Mechanical / Electronics Engineering\n\nKey Responsibility Areas\nPayload Procurement & Evaluation\nOversee procurement and evaluation of COTS payload systems\nCompile and compare vendor specifications and datasheets\nSystem Interfaces\nDevelop and review Interface Control Documents (ICDs) for mechanical and electrical integration\nEnsure compatibility with UAV subsystems\nEnvironmental & Survivability Testing\nReview payload compatibility with shock, vibration (ESS), and environmental constraints\nPlan and execute ground and integration testing campaigns\nSafety & Reliability\nDefine safe handling and operational SOPs\nPerform FMECA (Failure Modes, Effects, and Criticality Analysis) for deployment and activation sequences\nTest & Range Operations\nCoordinate test range operations (non-hazardous systems)\nValidate payload performance under mission conditions