Key ResponsibilitiesDevelop hardware solutions to support Kepler’s space technology that requires the utilization of leading technology and practicesSupport design reviews for active designs to minimize design gapsConduct and document engineering analysis including derating, reliability, radiation, EMI/EMC, FMECA, and power budgetsSupport pathfinding development for future satellite generations that will utilize new technology and interfaces including UFS, 10G+ Ethernet, PCIE5, various other high‑speed interfaces, recent memory technology, and processorsMaintain technical documentation that captures design decisions, design specifications, block diagrams, interface requirements, and system architecture reportsDevelop full product solutions by working closely with other cross‑functional engineering teams including RF, mechanical, software, and FPGARequired Skills & QualificationsBachelor’s Degree in Electrical Engineering or equivalent4+ years of experience designing, developing, and validating complex electronic hardware systems from concept through production, with demonstrated ownership of technical deliverables and successful design executionProven ability to lead hardware development efforts from concept definition through schematic design, PCB layout and/or layout oversight, integration, verification, and design validation testingStrong proficiency with industry standard schematic capture and PCB layout tools such as Altium Designer or equivalentProven experience integrating processors, FPGAs, and SoCs into high‑performance embedded systems, including successful implementation and debugging of high‑speed digital interfacesAbility to design and validate mixed‑signal circuitry incorporating ADCs, DACs, sensors, and precision analog signal chains while meeting performance requirements such as noise, accuracy, and dynamic rangeDemonstrated success implementing and troubleshooting high‑speed interfaces such as JESD204B, Ethernet (1G/10G+), PCIe, or equivalent protocols, including signal integrity considerations and laboratory validationFamiliarity with clocking architectures,



oscillator selection, timing distribution, and synchronization requirements in complex digital systemsProven capability designing passive and active analog signal‑conditioning circuits, including filter design, analysis, and validationAbility to identify technical risks early, develop mitigation strategies, and drive resolution through design reviews, testing, and cross‑functional collaborationStrong hands‑on debugging and root‑cause analysis skills with experience using oscilloscopes, spectrum analyzers, multimeters, logic analyzers, and other laboratory equipment to validate hardware performance and resolve complex issuesAbility to develop test plans, execute validation activities, analyze results, and clearly communicate findings and recommendationsStrong written and verbal communication skills, with the ability to produce comprehensive design documentation including requirements, specifications, interface definitions, test plans, and engineering reportsDemonstrated success collaborating across multidisciplinary teams including RF, FPGA, software, systems, mechanical, manufacturing, and test engineering to deliver integrated product solutionsBonus PointsMaster’s Degree in Electrical Engineering or equivalentAbility to develop interface control requirements and system‑level integration strategies that enable successful hardware, software, FPGA, and subsystem interoperabilityExperience conducting and documenting analyses such as reliability assessments, derating evaluations, FMECA, power budgets, EMI/EMC assessments, and environmental qualification planningExperience designing memory subsystems utilizing technologies such as QSPI, eMMC, DDR3/DDR4, UFS, or similar,



including interface bring‑up, timing validation, and performance characterizationExperience designing power distribution, monitoring, and fault‑management architectures, including implementation of health monitoring, protection mechanisms, and FDIR conceptsBenefitsCompetitive compensation with a robust equity planComprehensive coverage for health, dental, and vision insurance—including dependentsUnlimited vacation, supportive parental leave policy, and company‑wide holiday shutdownSemi‑annual company‑wide parties and frequent in‑office team eventsRelocation packages available for approved roles$1,500 annual professional development fund to support your growthFully stocked Toronto office kitchen with snacks, drinks, games and top‑notch kitchen appliancesTown Halls, Celebration Calls, and company‑wide events to stay connected and engagedCertified Great Place to Work for five years in a rowSalary Range: $113,474 - 163,474 CAD. Actual total compensation will be determined at the Company’s discretion and is based on a variety of job‑related factors, which may include, but are not limited to, relevant knowledge, skills, experience, performance, and education and/or training. The Company encourages all qualified applicants to apply, even if the posted salary range does not align with their expectations, as it does not reflect our total compensation package.Job Type: Contingent Upon Program AwardPosition Status: Contingent Upon Program AwardEmployment Equity & Accommodation StatementKepler Communications is an equal opportunity employer committed to building a diverse and inclusive workplace. We welcome applications from all qualified individuals, including women, Indigenous peoples, persons with disabilities, members of visible minorities, and people of all sexual orientations and gender identities.If you require accommodation during any stage of the recruitment process, please contact our People & Culture team at, and we will work with you to meet your needs.#J-18808-Ljbffr

📌 Electrical Design Engineer (Toronto)
🏢 Clutch Canada
📍 Toronto