Safety-critical Systems; Software engineering; DO-178C; DO-254 - TCCA Design Approval Organization.
Saint-Laurent, Quebec
MANNARINO Systems & Software, Inc. is a Canadian company, based in Montreal and provides safety-critical systems, software and electronic hardware engineering services and products to the aerospace, defense, space, simulation, rail and power generation industries. MANNARINO Systems & Software, Inc. is also an authorized Design Approval Organization (DAO) for Airborne Software (RTCA DO-178C) and Airborne Electronic Hardware (AEH) (RTCA DO-254) as established by the National Aircraft Certification Branch of Transport Canada (TCCA).
Hybrid · Montréal
Convert an existing Python solution to C++ for real-time execution, develop new C++ and Python capabilities, and build tools for communicating with embedded systems and analyzing their performance. Conduct functional and performance testing in simulations and field environments, document and communicate results, and contribute to Agile ceremonies and established software development practices.
Hybrid · Montréal
Convert an existing Python solution to C++ for real-time execution, develop features in both languages, and build tools for communicating with and analyzing embedded systems. Test software in simulations and field trials, document and communicate results, and participate in Agile ceremonies while following software development standards.
On-site · Montréal
The engineer will lead the design, analysis, and verification of electrical power subsystems for satellites, including solar arrays and battery systems. They will also coordinate with multidisciplinary teams to ensure mission requirements are met while providing technical leadership and mentorship to junior staff.
On-site · Montréal
The engineer will lead the design, development, and integration of electric propulsion subsystems for satellite missions. They will also provide technical leadership, mentor junior staff, and support testing and launch operations.
On-site · Montréal
The Satellite Electrical Propulsion Systems Engineer will define, design, and verify electric propulsion subsystems for remote sensing and communications satellites. This role involves managing system-level power, thermal, and mass budgets while providing technical leadership and cross-functional coordination across programs.
Hybrid · Montréal
The GNC engineer will design, integrate, and verify GNC subsystems for satellites, covering the full lifecycle from algorithm development to in-orbit support. They will also coordinate with multidisciplinary teams to ensure system performance, reliability, and compliance with mission requirements.
On-site · Montréal
The Satellite C&DH System Engineer will lead the functional architecture, design, and verification of onboard command and data management systems for satellite programs. They will also provide technical leadership, mentor junior staff, and coordinate across cross-functional teams throughout the spacecraft lifecycle.
Hybrid · Montréal
The Spacecraft EMC Systems Engineer will own the EMC concept, analysis, verification, and mitigation strategies for satellite programs. They will lead cross-disciplinary teams to ensure electrical subsystems are compliant and reliable from design through to launch.
On-site · Montréal
The Satellite Bus Systems Engineer will lead the design, integration, and verification of platform subsystems for remote sensing and communications satellites. They will also provide technical leadership, mentor junior staff, and support mission operations from design through to on-orbit commissioning.
Hybrid · Montréal
Design, integrate, and verify GNC subsystems for remote sensing and communications satellites from algorithm development to on-orbit support. This includes deriving requirements, conducting trade studies, and collaborating with cross-functional teams to implement flight software and hardware.
Hybrid · Montréal
Responsible for the EMC concept, analysis, verification, and mitigation measures for high-performance spacecraft used in remote sensing and telecommunications satellites. The role involves leading multidisciplinary teams to ensure electrical subsystems do not interfere with each other or launch vehicles.
On-site · Montréal
Design, analyze, and integrate Electrical Power Subsystems (EPS) including solar panels, batteries, and power conditioning for satellites. Lead technical coordination with multidisciplinary teams and provide mentorship to junior engineers throughout the program lifecycle.
Hybrid · Montréal
Design, integrate, and verify TT&C/PDT subsystems for remote sensing and telecommunications satellites. Act as the primary technical contact for payload teams and ground segment developers to ensure reliable command transmission and telemetry acquisition.
Hybrid · Montréal
The Systems Engineer will design, integrate, and verify TT&C/PDT subsystems for remote sensing and communications satellites. They will coordinate with payload, ground-segment, and mission-operations teams to ensure reliable command delivery and telemetry acquisition throughout the satellite lifecycle.
Hybrid · Montréal
The engineer will plan, develop, and coordinate safety engineering activities for critical aerospace systems throughout the development lifecycle. They will collaborate with multidisciplinary teams to ensure safety objectives are defined, implemented, and verified for certification purposes.
Hybrid · Montréal
The System Safety Engineer will perform and coordinate aircraft- and system-level safety engineering activities throughout the development lifecycle. They will collaborate with multidisciplinary teams to ensure safety objectives are identified, implemented, and verified in accordance with certification standards.
On-site · Montréal
The Aerospace Systems Engineer will support the development, integration, verification, and certification of safety-critical aircraft systems. Responsibilities include requirements development, system architecture definition, test planning, and troubleshooting within multidisciplinary engineering teams.
Hybrid · Montréal
Develop and review high-level and low-level requirements for safety-critical flight control and embedded systems using MATLAB/Simulink. Collaborate with multidisciplinary teams to support systems engineering activities throughout the aerospace development lifecycle.
Hybrid · Montréal
The role involves writing and reviewing high-level and low-level requirements for flight control and critical embedded systems using MATLAB/Simulink. The engineer will contribute to the full system engineering lifecycle, including design, validation, and technical documentation.
Hybrid · Montréal
Implement secure AI-assisted workflows and deploy open-weight LLMs on internal GPU infrastructure. Build retrieval systems and integrate AI tools with internal engineering and business platforms.
