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TMC Canada

Payload System Verification and Validation Engineer

Montreal, QC, Canada

Full-time

Apply About employer

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Job details

Job type: Full-time
Experience: 5+ years of experience in telecommunications systems, digital payloads, RF/DSP systems, or equivalent high-reliability communications test environments.
Posting language: English · French
Posted: Sep 16, 2026

Original job description

English section of this bilingual listing.

********** Veuillez trouver la version française ci-dessous **********

| Resume

We are looking for qualified Payload System Verification and Validation Engineers to join an advanced satellite payload development team. This role focuses on system-level engineering and verification of next-generation digital communications payloads, with emphasis on requirements verification through test, end-to-end telecom performance validation, and traceable closure of payload requirements.

The selected candidate will contribute across the payload lifecycle, from architecture definition and requirement specification through integration, verification, spacecraft-level testing, and in-orbit validation. The role requires a strong understanding of digital signal processing and RF payload architectures, especially Software Defined Radio (SDR), flexible digital processors, beamforming, and Direct Radiating Array (DRA) systems.

| Your challenges ?

The role involves the following tasks and responsibilities :

Define, analyze, validate, and maintain system and subsystem requirements for digital
telecommunications payloads, with clear traceability to customer and mission performance requirements ;
Plan and conduct end-to-end telecom performance verification, including throughput, EVM, BER, latency, link budget correlation, channelization, beamforming performance, and payload resource allocation behavior ;
Lead or support payload test campaigns at equipment, payload, spacecraft, and mission scenario levels, including integrated payload-spacecraft testing where applicable ;
Use RF and baseband test equipment such as VNAs, spectrum analyzers, signal generators, channel emulators, BER testers, and payload test racks to collect and interpret verification evidence ;
Automate test execution, instrument control, data reduction, and verification reporting using Python, MATLAB, LabVIEW, SCPI, VISA, or equivalent environments ;
Interface with payload hardware, FPGA, embedded software, RF,platform, and mission systems teams to confirm implementation correctness and requirement closure ;
Participate in technical reviews, Test Readiness Reviews, anomaly investigations, non-conformance resolution, and verification closeout activities ;
Support in-orbit validation and early mission performance assessment by correlating telemetry, payload measurements, and pre-launch verification evidence.

| What do we expect from you ?

The minimum required skills necessary for this role :

Bachelor’s degree in Electrical Engineering, Telecommunications, Aerospace Engineering, or a related field ;
5+ years of experience in telecommunications systems, digital payloads, RF/DSP systems, or equivalent high-reliability communications test environments. Relevant experience outside the space industry will be considered ;
This is an international work environment; communication is conducted exclusively in English. Fluency in French is not required ;
Strong practical experience in requirements verification by test, including verification planning,
procedure development, test execution, result analysis, and formal reporting ;
Solid understanding of digital payload architectures, SDR-based flexible processors, beamforming, DRA concepts, RF chains, baseband processing, and payload interfaces ;
Hands-on experience with RF/baseband verification equipment and automated test environments ;
Ability to analyze test data, identify anomalies, document evidence, and communicate technical conclusions clearly.

Is considered as an asset :

Space payload, constellation operations, ground segment, or satellite communications experience ;
Experience with requirements management tools such as DOORS, Windchill, Jama, or equivalent ;
Knowledge of satellite communications standards, waveform validation, payload calibration, or in-orbit payload commissioning ;
Development and validation of automated test methodologies and reusable verification frameworks ;
Good understanding of FPGA-based systems, embedded software architectures, and hardware/software co-verification ;
Demonstrated capability to work autonomously with limited supervision in multi-disciplinary teams.

________________________________

| Résumé

Read the full bilingual original

********** Veuillez trouver la version française ci-dessous **********

| Resume

| Your challenges ?

The role involves the following tasks and responsibilities :

Define, analyze, validate, and maintain system and subsystem requirements for digital
telecommunications payloads, with clear traceability to customer and mission performance requirements ;
Develop and execute verification plans, test strategies, test procedures, pass/fail criteria, and verification reports for payload-level requirements ;
Plan and conduct end-to-end telecom performance verification, including throughput, EVM, BER, latency, link budget correlation, channelization, beamforming performance, and payload resource allocation behavior ;
Lead or support payload test campaigns at equipment, payload, spacecraft, and mission scenario levels, including integrated payload-spacecraft testing where applicable ;
Use RF and baseband test equipment such as VNAs, spectrum analyzers, signal generators, channel emulators, BER testers, and payload test racks to collect and interpret verification evidence ;
Automate test execution, instrument control, data reduction, and verification reporting using Python, MATLAB, LabVIEW, SCPI, VISA, or equivalent environments ;
Interface with payload hardware, FPGA, embedded software, RF,platform, and mission systems teams to confirm implementation correctness and requirement closure ;
Participate in technical reviews, Test Readiness Reviews, anomaly investigations, non-conformance resolution, and verification closeout activities ;
Support in-orbit validation and early mission performance assessment by correlating telemetry, payload measurements, and pre-launch verification evidence.

| What do we expect from you ?

The minimum required skills necessary for this role :

Bachelor’s degree in Electrical Engineering, Telecommunications, Aerospace Engineering, or a related field ;
5+ years of experience in telecommunications systems, digital payloads, RF/DSP systems, or equivalent high-reliability communications test environments. Relevant experience outside the space industry will be considered ;
This is an international work environment; communication is conducted exclusively in English. Fluency in French is not required ;
Strong practical experience in requirements verification by test, including verification planning,
procedure development, test execution, result analysis, and formal reporting ;
Solid understanding of digital payload architectures, SDR-based flexible processors, beamforming, DRA concepts, RF chains, baseband processing, and payload interfaces ;
Hands-on experience with RF/baseband verification equipment and automated test environments ;
Ability to analyze test data, identify anomalies, document evidence, and communicate technical conclusions clearly.

Is considered as an asset :

Space payload, constellation operations, ground segment, or satellite communications experience ;
Experience with requirements management tools such as DOORS, Windchill, Jama, or equivalent ;
Knowledge of satellite communications standards, waveform validation, payload calibration, or in-orbit payload commissioning ;
Development and validation of automated test methodologies and reusable verification frameworks ;
Good understanding of FPGA-based systems, embedded software architectures, and hardware/software co-verification ;
Demonstrated capability to work autonomously with limited supervision in multi-disciplinary teams.

________________________________

| Résumé

Nous recherchons des ingénieurs qualifiés en vérification et validation des systèmes de charge utile (Payload System Verification and Validation Engineers) pour rejoindre une équipe avancée de développement de charges utiles satellitaires. Ce rôle se concentre sur l'ingénierie au niveau système et la vérification de charges utiles de communications numériques de nouvelle génération, avec un accent sur la vérification des exigences par essais, la validation des performances télécom de bout en bout, et la clôture traçable des exigences de charge utile.

Le candidat sélectionné contribuera à travers le cycle de vie de la charge utile, depuis la définition de l'architecture et la spécification des exigences jusqu'à l'intégration, la vérification, les essais au niveau du vaisseau spatial, et la validation en orbite. Ce rôle nécessite une solide compréhension du traitement numérique du signal et des architectures de charge utile RF, en particulier la radio logicielle (Software Defined Radio - SDR), les processeurs numériques flexibles, le formage de faisceaux (beamforming), et les systèmes à réseau rayonnant direct (Direct Radiating Array - DRA).

| Vos challenges ?

Le rôle comprend les tâches et responsabilités suivantes :

Définir, analyser, valider et maintenir les exigences système et sous-système pour les charges utiles de télécommunications numériques, avec une traçabilité claire vers les exigences de performance client et de mission ;
Développer et exécuter des plans de vérification, des stratégies d'essais, des procédures d'essai, des critères de réussite/échec, et des rapports de vérification pour les exigences au niveau de la charge utile ;
Planifier et mener la vérification des performances télécom de bout en bout, incluant le débit, l'EVM, le BER, la latence, la corrélation du bilan de liaison, la canalisation, la performance de formage de faisceaux, et le comportement d'allocation des ressources de la charge utile ;
Diriger ou soutenir des campagnes d'essais de charge utile aux niveaux équipement, charge utile, vaisseau spatial et scénario de mission, incluant les essais intégrés charge utile-vaisseau spatial le cas échéant ;
Utiliser des équipements d'essai RF et en bande de base tels que des VNA, des analyseurs de spectre, des générateurs de signaux, des émulateurs de canaux, des testeurs de BER, et des racks d'essai de charge utile pour collecter et interpréter les preuves de vérification ;
Automatiser l'exécution des essais, le contrôle des instruments, la réduction des données et le reporting de vérification à l'aide de Python, MATLAB, LabVIEW, SCPI, VISA, ou d'environnements équivalents ;
Interagir avec le matériel de charge utile, les FPGA, le logiciel embarqué, ainsi que les équipes RF, plateforme, et systèmes de mission pour confirmer l'exactitude de l'implémentation et la clôture des exigences ;
Participer aux revues techniques, aux revues d'aptitude aux essais (Test Readiness Reviews), aux investigations d'anomalies, à la résolution des non-conformités, et aux activités de clôture de vérification ;
Soutenir la validation en orbite et l'évaluation des performances en début de mission en corrélant la télémétrie, les mesures de charge utile, et les preuves de vérification avant lancement.

| Qu'attendons-nous de vous ?

Compétences minimum requises pour ce rôle :

Diplôme de Bachelor en génie électrique, télécommunications, génie aérospatial, ou domaine connexe ;
5 ans ou plus d'expérience dans les systèmes de télécommunications, les charges utiles numériques, les systèmes RF/DSP, ou des environnements d'essais de communications à haute fiabilité équivalents. Une expérience pertinente en dehors de l'industrie spatiale sera considérée ;
Il s'agit d'un environnement de travail international, les échanges se font exclusivement en anglais. La maitrise du français n'est pas nécessaire ;
Solide expérience pratique en vérification des exigences par essais, incluant la planification de la vérification, le développement de procédures, l'exécution des essais, l'analyse des résultats, et le reporting formel ;
Solide compréhension des architectures de charge utile numérique, des processeurs flexibles basés sur SDR, du formage de faisceaux, des concepts DRA, des chaînes RF, du traitement en bande de base, et des interfaces de charge utile ;
Expérience pratique avec les équipements de vérification RF/bande de base et les environnements d'essais automatisés ;
Capacité à analyser les données d'essai, identifier les anomalies, documenter les preuves, et communiquer clairement les conclusions techniques.

Est considéré comme un atout :

Expérience en charge utile spatiale, opérations de constellation, segment sol, ou communications satellitaires ;
Expérience avec des outils de gestion des exigences tels que DOORS, Windchill, Jama, ou équivalent ;
Connaissance des normes de communications satellitaires, de la validation des formes d'onde, de l'étalonnage de charge utile, ou de la mise en service en orbite de charges utiles ;
Développement et validation de méthodologies d'essais automatisées et de cadres de vérification réutilisables ;
Bonne compréhension des systèmes basés sur FPGA, des architectures logicielles embarquées, et de la co-vérification matériel/logiciel ;
Capacité démontrée à travailler de manière autonome avec une supervision limitée au sein d'équipes multidisciplinaires.

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More about this job

Responsibilities

The role involves defining and validating system requirements for digital telecommunications payloads and executing comprehensive verification plans. You will lead test campaigns and collaborate with multidisciplinary teams to ensure payload performance and successful in-orbit validation.

Requirements

Candidates must hold a bachelor's degree in a relevant engineering field and possess at least 5 years of experience in telecommunications or high-reliability RF/DSP systems. Strong practical experience in requirements verification, automated testing, and digital payload architectures is essential.

Skills

Digital signal processing
RF payload architecture
Software defined radio
Beamforming
Direct radiating array
Requirements verification
Test automation
Python
MATLAB
LabVIEW
VNA
Spectrum analyzers
FPGA
Embedded software
Link budget
Telecommunications

Visa sponsorship

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Keywords

Payload System
Verification and Validation
Digital Communications
Software Defined Radio
SDR
Beamforming
Direct Radiating Array
DRA
RF
DSP
Python
MATLAB
LabVIEW
SCPI
VISA
VNA
Spectrum Analyzer
BER Tester
FPGA
Embedded Software
DOORS
Windchill
Jama
Satellite Communications
Telemetry
Link Budget
Channelization
EVM
BER
Latency

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