Provide recommendations and influence verification and validation of the Telesat Lightspeed systemDevelop verification matrices for feeder and user link system requirements, including spectrum usage, carrier sizes, polarization, and power controlDefine link establishment, maintenance, and degradation scenariosDesign and execute tests for coverage and elevation limits, spectrum assignment, fading, interference, and outage behaviorServe as Link Layer subject matter expert for DVB-S2X, DVB-RCS2, and Ka‑band link operationPerform hands‑on link testing in the LEO Lab, including channel emulation, link impairments, carrier aggregation, and spectrum flexibilityConfigure and operate satellite link emulators, signal generators, spectrum analyzers, and traffic generatorsEnsure tested products meet technical, functional, performance, and business requirementsCollaborate with antenna vendors, modem teams, RF engineers, DevOps, ground systems, and satellite teams to validate end‑to‑end link behaviorSupport OTA test planning and execution for feeder and user linksSupport system acceptance planning for LEOP and IOT phasesFoster a team-oriented and innovative environmentRequirementsBachelor's degree in Electrical, Computer, or Systems EngineeringMinimum 12 years of relevant experience in satellite communications5+ years of experience with flat‑panel, parabolic, and aero antennas; Ka‑band preferred5+ years of experience with satellite RF communication systemsStrong knowledge of modulation and coding used in DVB‑S2(X) and DVB‑RCS2Strong understanding of RF engineering principles, design practices, and feeder/user link test design, validation, and testingHands‑on experience with RF test equipment, including oscilloscopes, signal generators, spectrum analyzers, and satellite channel emulatorsStrong understanding of Ka‑band link budgets, polarization, ACM,



and interference effectsUnderstanding of air interfaces, modem technologies, modulation, coding, and satellite‑link performance impactsExperience analyzing satellite link budgets and impairment effectsExperience with test‑case and defect‑tracking tools such as Jira and JamaAbility to communicate effectively with management, engineering teams, and partners/suppliersFamiliarity with Agile development methodologiesExperience working with geographically dispersed teamsMust be authorized to work in Canada and able to obtain clearance under the Canadian Controlled Goods Program (CGP)Preferred: experience with Ka‑band antenna vendors, BUC/LNB technologies, LEOP/IOT planning, MEF standards, and MATLAB, Python, or similar toolsCore CompetenciesDemonstrates expertise in satellite communications, particularly in link layer operations, RF engineering principles, and hands‑on testing with RF equipment. Proficient in developing verification matrices and collaborating with cross‑functional teams to ensure compliance with technical and performance requirements.Highest‑signal resume keywordsSatellite Communications ExpertiseDVB-S2X and DVB-RCS2 KnowledgeRF Test Equipment ProficiencyLink Budget AnalysisAgile Development FamiliarityATS Optimization KeywordsHard SkillsLink Layer OperationsRF Engineering PrinciplesVerification Matrices DevelopmentModulation and Coding KnowledgeSatellite Link TestingKa-Band Link BudgetsChannel EmulationDefect‑Tracking ToolsSpectrum AnalysisInterference Effects UnderstandingSoft SkillsEffective CommunicationCollaborationInnovative ThinkingCertifications & QualificationsCanadian Controlled Goods Program ClearanceIndustry KeywordsLEO Lab TestingAntenna TechnologiesFeeder/User Link TestingLEOP PlanningIOT PlanningTools & TechnologiesSignal GeneratorsSpectrum AnalyzersTraffic GeneratorsOscilloscopesSatellite Channel EmulatorsJiraJama#J-18808-Ljbffr

📌 Senior Test Engineering Specialist (Les Collines-de-l'Outaouais Regional County Municipality)
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📍 Les Collines-de-l'Outaouais Regional County Municipality