Manufacturing Engineer

Xiphos Systems Corporation, founded in 1996, is a vibrant and energetic company in the heart of Montreal's Plateau area. For over 20 years, we have pushed the envelope of what is possible in NewSpace and secured the trust of various space agencies and space companies around the world. The industry has adopted our design approach and, as a result, we have been experiencing several years of rapid, steady growth and the trend is continuing Our vision is to migrate terrestrial computing and network communication techniques into space environments. The company's expertise in networked processors has evolved into a line of high-performance, fault-tolerant flight control and sensor processing hardware and software solutions in wide and varied advanced space applications. Xiphos' primary markets are small satellites, space station applications, as well as lunar landers, rovers, and robotics. We have delivered our standard and custom products all over the world and have been essential to many successful space missions. With low power consumption, high processing power, enhanced flexibility, excellent robustness, and proven functions available off-the-shelf, our Q-cards are increasingly the preferred solution in the fast-growing field of NewSpace.

Role Description

Reporting to the Manager of Production Operations, the Manufacturing Engineering Specialist will be responsible for the introduction of products from the Design Engineering team to Production, ensuring that the Production team is well positioned to efficiently manufacture and ship out the Final Product. This includes process improvements, ensuring that Products in design can be manufactured, that workflows and Bills of Operation are maintained, work benches and tooling are set up efficiently, that equipment is maintained, Production staff trained, and Non-Conformances are dealt with appropriately. The ME will also be responsible for ensuring that the ERP is maintained and to improve processes and

efficiency.

Main Tasks

• Lead the day-to-day activities (provide production schedule plan, ensure deliveries are made on
• time, support the team, organize training) – discuss and remove
• Be responsible for the lab's cleanliness, FOD and 5S compliance
• Create and update assembly BOIs (Books of Instruction)
• Define and maintain the BOO (Bill of Operation) for all products in production
• Define and maintain the MBOM (Manufacturing Bill of Materials) for Finished Goods in the ERP system
• Responsible for training and certification of the production team on workflows, equipment, technical skills, and other work processes
• Review, approve and integrate new changes from Engineering (ECN/ECO/ECR…)
• Raise Engineering Change Requests (ECRs) to Design Engineering in order to improve efficiency
• and quality in Production
• Responsible for the selection, supporting supply chain in the purchase, commissioning, calibration, maintenance, and end of life of Production lab equipment, including jigs and fixtures, electronic equipment (oscilloscopes, multimeters, power supplies, thermal chambers), visual equipment, spares, etc.
• Design and implement workstation setups and workflows, determining capacities and layouts using spaghetti diagrams, VSMs (Value Stream Maps)
• Define capacity and throughput targets for production benches with the use of time studies, implementing improvements over time with training, optimizing of setups, and automation
• Design induced fault testing with commissioning of test equipment on various Product lines to ensure accurate testing
• Create the As-Built information structure within the ERP platform
• In support of Supply Chain, qualify suppliers for manufacturing, parts, coatings, etc.
• In collaboration with the Supply Chain team, oversee and analyze Non-Conformities from all
• suppliers and recommend corrective actions
• Own the RMA (return material authorization) process
• Define, implement and improve traceability of boards and barcoded components
• Review all relevant material and approve the exit of PDR/CDR Manufacturing Review and MRR
• Own the production quality processes and measure, improve and correct Non-Conformities
• Track and report on any material losses and identify and implement corrective actions
• Triage and repair Hospital boards that are not able to be repaired by Production, working with Design Engineering where required
• Work with Design Engineering to obtain support for anything related to Test Means

Desirable Knowledge Areas

• High-mix aerospace and high-reliability electronics manufacturing, including PCB assembly and
• board-level integration processes
• AS9100 and ISO 9001 quality systems, documentation control, audits, and compliance practices
• ERP systems and manufacturing business processes (experience with Epicor Kinetic is an asset)
• Digital and mixed-signal electronics testing, debug, and fault isolation
• Lean manufacturing concepts (5S, Kaizen, value-stream mapping, waste reduction)
• Production workflow optimization, capacity planning, and time-study methodologies
• Manufacturing test equipment, calibration processes, and environmental stress screening
• Handling and control of electronic components (ESD, moisture sensitivity, component
• traceability)
• Root-cause analysis techniques (8D, Ishikawa, 5-Whys) applied to non-conformances and RMAs
• Supplier qualification, manufacturing process audits, and technical evaluation of fabrication/assembly vendors

Qualifications

• Engineering degree in Industrial, Electrical, Computer, or Software Engineering (or equivalent
• technical discipline)
• Approximately 8 years of relevant experience in electronics manufacturing, production
• engineering, or process engineering
• Demonstrated experience creating and maintaining MBOMs, BOOs, work instructions, and
• manufacturing documentation
• Experience working within AS9100 or similar high-reliability quality frameworks
• Hands-on experience with electronics test equipment (oscilloscopes, power supplies, thermal
• chambers, ICT/JTAG tools, etc.)
• Proven ability to lead process improvements, implement Lean principles, and optimize
• manufacturing flows
• Ability to interpret engineering documentation (schematics, assembly drawings, ECNs/ECRs) and
• collaborate with design engineering teams
• Strong analytical and troubleshooting skills applicable to digital electronics, test processes, and
• manufacturing equipment
• Proficiency in both French and English (written and verbal)
• Eligible to qualify for CGP (Controlled Goods Program)