Hikinex is a company that provides scalable business support. We specialize in supporting growing businesses. Our HIKINEX agents are sourced, trained, and promoted to seamlessly integrate into businesses of all sizes across a wide range of industries. We are passionate about our clients and strive to deliver an unparalleled experience. As a result, our employees are highly trained, our services are fully scalable, and our monthly plans are commitment-free. We invest heavily in our clients, and our processes are designed to demonstrate our commitment to their success. Your team at HIKINEX is committed to helping you succeed.
On-site · Montréal
Lead and support the system-level definition, architecture, integration, and verification of flight software for spacecraft platforms. Ensure flight software meets all functional, performance, safety, and operational requirements throughout the full spacecraft lifecycle.
On-site · Montréal
The engineer will lead the system-level definition, architecture, and integration of flight software for next-generation satellite programs. They are responsible for ensuring software compliance with functional, safety, and performance requirements throughout the full spacecraft lifecycle.
On-site · Canada
The Satellite Electrical Propulsion System Engineer will lead the architecture, design, and verification of propulsion systems, including thruster assemblies and power-processing units. They will also provide technical leadership, mentor junior staff, and support spacecraft operations during launch and on-orbit phases.
On-site · Montréal
The Systems Engineer will design, integrate, and verify TT&C/PDT subsystems for remote sensing and communications satellites. They will also provide operational support, including launch checkout and real-time mission control assistance.
On-site · Canada
The Satellite C&DH System Engineer will lead the architecture, design, and development of on-board processors and data-handling subsystems. They will also coordinate cross-functional teams, manage system requirements, and support integration, verification, and on-orbit operations.
On-site · Montréal
The engineer will lead the design, integration, and verification of satellite Command & Data Handling (C&DH) systems throughout the spacecraft lifecycle. They will also define functional requirements, manage interface documentation, and support anomaly investigations and on-orbit operations.
On-site · Montréal
The engineer will define and manage TT&C/PDT functional architecture, including command generation, telemetry acquisition, and RF front-end systems. They will also lead detailed design, verification, and anomaly investigations for satellite subsystems throughout the project lifecycle.
On-site · Montréal
The Satellite Electrical Propulsion Systems Engineer will design, integrate, and verify electric propulsion subsystems for remote sensing and communications satellites. The role involves managing technical requirements, performing system-level analyses, and providing support during launch and on-orbit operations.
On-site · Montréal
The Satellite C&DH System Engineer will own the functional architecture, design, and integration of command and data-handling systems for satellite programs. Responsibilities include managing requirements, leading detailed design of on-board processors, and supporting integration, verification, and on-orbit operations.
On-site · Canada
The Platform RF/EMC Systems Engineer will ensure electromagnetic compatibility of satellite platforms by performing EMC analyses and interpreting test reports. They will also support system-level testing, troubleshoot integration issues, and contribute to design documentation and program reviews.
On-site · Canada
Support the development, integration, and validation of complex aerospace and satellite systems with a focus on RF and EMC engineering. Plan and execute large-scale system-level and unit-level EMC testing to ensure compliance with international standards.
On-site · Montréal
Design, integrate, and verify advanced digital regenerative payload systems for LEO and MEO satellite missions. Manage system requirements, technical specifications, and collaborate with multidisciplinary teams throughout the project lifecycle.
On-site · Montréal
Lead the end-to-end architecture, design, and delivery of next-generation digital satellite payloads. Oversee system requirements, trade studies, and verification activities while providing technical leadership to multidisciplinary engineering teams.
Hybrid · Montréal
Lead the analysis, testing, and validation of electromagnetic compatibility and interference for advanced satellite systems. Provide technical leadership throughout the spacecraft development lifecycle to ensure compliance with aerospace industry standards.
On-site · Montréal
Lead mission planning, systems engineering, and operational analysis for advanced LEO and MEO satellite programs. Develop mission concepts, define system requirements, and manage the Concept of Operations (CONOPS) from design through on-orbit operations.
Hybrid · Montréal
Design, integrate, and validate electrical power generation, storage, and distribution systems for advanced satellite platforms. Collaborate with multidisciplinary teams to perform system-level testing and ensure compliance with engineering standards.
Hybrid · Montréal
Design, develop, and maintain satellite telemetry and command databases for LEO and MEO communication missions. Collaborate with flight software and mission operations teams to ensure database accuracy and operational readiness.
Hybrid · Montréal
Lead the design, development, and integration of advanced phased array antenna systems for next-generation satellite programs. Oversee system modeling, testing, and validation while providing technical leadership to multidisciplinary teams.
Hybrid · Montréal
Support the design, integration, and operation of advanced LEO and MEO satellite systems. Develop automated operational workflows and tools using Python to ensure mission success.
Hybrid · Montréal
Design, develop, and optimize phased array antenna systems and beamforming technologies for satellite programs. Conduct antenna testing, validation, and system modeling to ensure optimal performance for space and ground segments.