Principal Engineer, Radio Access Networks (RAN)

For people who are going places Terrestar represents a veritable constellation of talent... dedicated people who are eager to explore new horizons and take bold, new paths while charting the future of telecommunications. To achieve that, we harness leading-edge technologies to enable seamless direct-to-mobile satellite communications and the Internet of Things. Our mission: to connect everyone everywhere to their world. If you think you might be a good fit, why not join our team! Job Summary: The Principal Engineer, Radio Access Networks (RAN) is responsible for the design, optimization and evolution of radio access networks (RAN) for satellite systems. In particular, he or she focuses on the integration of non-terrestrial networks (NTNs) according to 3GPP standards (versions 17 and 18), as well as their coexistence and interoperability with fifth-generation (5G) terrestrial networks. The person who holds this position reports to the Director, Satellite Ground Infrastructure and RAN and aims to ensure optimal radio performance, seamless integration between satellite and ground, as well as consistent evolution of network architectures in hybrid satellite and terrestrial environments. Main Responsibilities: Radio Architecture and Design (RF/RAN) Define the radio architecture of the GEO and LEO satellite networks. Design radio frequency (RF) planning, including coverage, capacity, and radio links. Size capacity for narrowband voice (VoNB), Internet of Things (IoT), and data services, based on radio resources per carrier and beam. Ensure the management of the frequency spectrum, including S and Ku bands, frequency plans, reuse factors and network coexistence. Define beamforming techniques and satellite beam management strategies. Dimensioning and performance of the radio network Monitor radio access network (RAN) performance, including quality, coverage, and throughputs. Assess network capacity, by analyzing the balance between available radio resources and voice and data load. Identify congestion thresholds and make recommendations for network desaturation or expansion. Develop the roadmap for the evolution of RAN resources. Ensure that the quality and performance of radio frequency (RF) and RAN resources is maintained. NTN Integration and RF/RAN Optimization Adapt the parameters of the radio access network (RAN) to the specific constraints of non-terrestrial networks (NTN). Define, track, and analyze key performance indicators (KPIs), such as accessibility, availability, cost-effectiveness, and throughputs. Develop customer experience evaluation methods, including field measurements and KPI analysis. Identify, analyze, and mitigate sources of radio interference. Ensure a technological watch on the evolution of the 3GPP standards (versions 17 and 18) and ensure their implementation at the level of the radio access network (RAN). Leadership & Coordination Plan and coordinate the work of external vendors. Work collaboratively with internal teams Education/Experience/Certification: Hold a university degree in engineering or an equivalent field. Be a member of the Ordre des ingénieurs du Québec (OIQ) or be in the process of becoming one. 7-10 years of experience in radio frequency networks and radio access networks (RF/RAN). Experience in hybrid network operators, combining satellite and terrestrial infrastructures. Other Qualifications: Knowledge of‑Direct-to-Mobile‑(D2M) architectures and/or Internet of Things (IoT) architectures on non-terrestrial networks (NTN IoT). Good knowledge of VoLTE (Voice over LTE), VoNB (Narrowband Voice) and NB‑Narrowband Internet of Things (IoT) solutions, including their deployment in NTN and NTN IoT environments. Knowledge of field measurement campaign tools and network capacity simulation and modeling tools. Strong understanding of non-terrestrial networks (NTNs), including GEO and LEO constellations, as well as 4G and 5G terrestrial radio access networks (RAN). Knowledge of radio propagation and calculation of satellite link budgets. Fluency in French is required for this position. Fluency in English is also required in order to communicate effectively with clients and colleagues across the country. Skills Required: Adapted to his or her level and field of expertise, the incumbent must possess the following skills: Ability to develop constantly in a spirit of continuous learning. Generates value and has an innovative spirit. Demonstrates sound management of organizational risk and IT security. Has a service approach. Team player and collaborative. Communicates effectively. Plans and organizes work autonomously, rigorously and agilely. Has a strong business acumen. At Terrestar, we’re all about our people! In addition to enjoying fair, competitive, direct compensation, you'll have access to our incentive plan from the moment you're hired. You’ll also enjoy: an open working culture that offers flexibility in terms of when and where you work; numerous paid holidays throughout the year; varied health programs including yearly check-ups and virtual 24/7 support. Above all, you’ll have the opportunity to learn, to grow, and to innovate in ways that will help shape the world of telecommunications. At Terrestar, the future of telecom is close at hand. You can review our privacy policy here : https://terrestarsolutions.ca/en/privacy-policy

Responsible for the design, optimization, and evolution of radio access networks for GEO and LEO satellite systems. Focuses on integrating non-terrestrial networks according to 3GPP standards and ensuring interoperability with 5G terrestrial networks.

Requires a university degree in engineering and membership in the Ordre des ingénieurs du Québec (OIQ). Candidates need 7-10 years of experience in RF/RAN and fluency in both French and English.

• Incentive Plan • Flexible Working Culture • Paid Holidays • Health Programs • Yearly Check-ups • Virtual 24/7 Support

Relevées dans la description du poste. Confirmez les exigences importantes ci-dessus.

• Radio Access Networks (RAN)
• Non-Terrestrial Networks (NTN)
• RF Planning
• 3GPP Standards
• 5G Terrestrial Networks
• Beamforming
• Link Budget Calculation
• Spectrum Management
• VoLTE
• NB-IoT
• Network Capacity Simulation
• KPI Analysis
• Direct-to-Mobile (D2M)
• Satellite Ground Infrastructure
• Radio Propagation

Formation minimale

Baccalauréat

Expérience minimale

5+ ans