14 Ingnieur Mcanique Conception De Systmes Automatiss Mechanical Engineer Design Of Automated jobs in Boisbriand

Job Description

(English Below)
 

• Définir et développer la conception et l’architecture électriques et électroniques (circuits imprimés, électronique de puissance, systèmes de sécurité).
• Diriger et coordonner les activités de conception électronique (analyse des besoins, conception, prototypage, revues de conception).
• Effectuer la modélisation, la conception, les essais et le soutien de systèmes électromécaniques à microprocesseur, de systèmes de chauffage et de systèmes de communication.
• Promouvoir l’excellence des processus : tirer parti des processus éprouvés, partager les leçons apprises et adopter les meilleures pratiques d’autres secteurs de l’entreprise ou de l’industrie.
• Définir et suivre les indicateurs de performance technique.
• Documenter l’architecture et la conception électriques et électroniques.
• Documenter la planification de l’intégration des systèmes.

• Baccalauréat en génie (maîtrise un atout).
• Minimum de 7 ans d’expérience en conception, test et soutien de systèmes électromécaniques à microprocesseur (10 ans et plus, un atout).
• Expérience dans la gestion des processus de certification électrique et de sécurité (CE, UL, CSA) et dans la direction de tels efforts, un atout.
• Connaissances avancées et expérience dans l’intégration de capteurs, d’actionneurs et de moteurs dans des systèmes complexes. Connaissances et expérience en électronique de puissance et systèmes de chauffage, un atout.
• Expérience en conception, modélisation et simulation de systèmes de contrôle en temps réel.
• Excellentes compétences en dépannage et en analyse des causes fondamentales.
• Maîtrise des instruments de mesure (oscilloscope, multimètre, analyseur logique).
• Compétences de base en soudure, y compris avec des composants montés en surface.
• Connaissance de l’architecture de bus électronique et/ou des interfaces et/ou des protocoles de transfert et de communication de données.
• Expérience avec le langage C et au moins un autre langage de programmation; expérience en développement de logiciels embarqués, un atout.
• Expérience en simulation de circuits et de systèmes de contrôle.
• Grand souci du détail.
• Capacité de travailler dans un environnement dynamique et engagement à respecter les échéanciers de livraison.
• Capacité à communiquer efficacement (à l’écrit et à l’oral) avec des membres techniques et non techniques du personnel d’ingénierie/gestion et avec le personnel assigné aux travaux connexes.
• Expérience et aptitude à résoudre des problèmes complexes au sein d’une équipe d’ingénierie intégrée.
• Faire preuve d’un haut degré d’initiative, d’adaptabilité et d’autonomie.
• Maîtrise de l’anglais (parlé et écrit).

• Expérience avec l’ERP Odoo et le logiciel de conception Kicad.

At AON3D, we are working hard to make additive manufacturing with high-performance engineering plastics a more accessible technology for engineers in all industries.

As a Mechanical Engineer  at AON3D, you'll be responsible for all aspects of mechanical design, including development, prototyping, and validation as well as continued maintenance and evolution of the mechanical, thermal, and linear motion systems used in 3D printer operation. Since we're a small team, the position offers plenty of opportunity to make significant changes that will help steer the product and deliver high impact both externally for our users and internally. The ideal person for this role is a problem-solver with a thorough understanding of hardware (ideally with exposure to electromechanical systems) and someone who will take the lead on projects to drive innovation.

AON3D makes affordable industrial 3D printers designed for printing high performance thermoplastics, including PEEK, PEKK, ULTEM™ 9085, polycarbonate and more. HYLO, its flagship 3D printer, is a direct response to demands for hotter print conditions and the careful thermal control needed for producing strong and dimensionally stable parts from advanced materials. Most importantly, it offers an open filament platform that empowers users to choose the right materials for their project and slash costs by avoiding expensive proprietary materials and license fees.
AON3D is dedicated to ensuring designers and engineers have greater access to cutting edge materials and affordable 3D printers so they can drive tomorrow's innovation today.

Role and Responsibilities: 

• Define and develop electrical and electronic design and architecture (pcbs, power electronics, safety systems). 
• Lead and coordinate electronics design activities (requirement analysis, design, prototyping, design reviews). 
• Perform modelling, design, testing and support of microprocessor based electro-mechanical systems, heating systems, and communication systems.
• Drive process excellence: leverage proven processes, share lessons learned and adopt best practices from other parts of the business or industry.
• Define and track technical performance metrics.
• Document electrical and electronic architecture and design.
• Document system integration planning.  

Qualifications: 

• Engineering bachelor’s degree, graduate degree an asset
• Minimum 7+ years experience in the design, test, and support of microprocessor based electro-mechanical systems, 10+ yr an asset
• Experience managing electrical and safety certification processes (CE, UL, CSA), leading such efforts, an asset
•  Advanced knowledge and experience integrating sensors, actuators and motors into complex systems, knowledge and experience of power electronics and heating systems, an asset
•  Experience in real time control systems design, modelling and simulation. 
•  Excellent troubleshooting and root cause analysis skills. 
•  Expert usage of measurement tools (oscilloscope, multimeter, logic analyzer). 
•  Basic soldering skills including surface mount components. 
•  Knowledge of electronic Bus Architecture and/or Interfaces and/or data

Job Description

(English below)

Chez AON3D, nous travaillons d’arrache-pied pour rendre la fabrication additive avec des polymères techniques haute performance plus accessible.

En tant qu'ingénieur(e) mécanique chez AON3D, vous serez responsable de tous les aspects de la conception mécanique, y compris le développement, le prototypage et la validation, ainsi que la maintenance et l'évolution continue des systèmes mécaniques, thermiques et de mouvement linéaire utilisés dans le fonctionnement des imprimantes 3D. Étant donné que nous sommes une petite équipe, ce poste offre de nombreuses opportunités d’apporter des changements significatifs qui orienteront le produit et auront un impact fort, aussi bien pour nos utilisateurs que pour notre entreprise. La personne idéale pour ce rôle est motivé pas la résolution de problème et possède avec une solide compréhension de l'euquipmenet (idéalement avec une exposition aux systèmes électromécaniques) et quelqu’un qui prendra les devants sur des projets pour favoriser l’innovation.

AON3D fabrique des imprimantes 3D industrielles abordables, conçues pour imprimer des thermoplastiques haute performance, notamment le PEEK, PEKK, ULTEM™ 9085, le polycarbonate et bien d'autres. HYLO, son imprimante 3D phare, est une réponse directe aux exigences de conditions d'impression plus chaudes et au contrôle thermique précis nécessaire pour produire des pièces résistantes et dimensionnellement stables à partir de matériaux avancés. Plus important encore, elle offre une plateforme de filament ouverte, permettant aux utilisateurs de choisir les matériaux adaptés à leur projet et de réduire les coûts en évitant les matériaux propriétaires coûteux et les licences obligatoires.

AON3D s'engage à garantir que les concepteur(trice)s et les ingénieur(e)s aient un meilleur accès aux matériaux de pointe et aux imprimantes 3D abordables, leur permettant ainsi de stimuler l'innovation de demain dès aujourd'hui.
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Responsabilités :
•    Concevoir, planifier, prototyper et valider des systèmes mécaniques (ex. : mouvement linéaire, électromécanique, thermique).
•    Concevoir en prenant en compte les contraintes de fabrication (pièces usinées, pièces en tôle, etc.).
•    Assister les équipes produit et ingénierie dans le processus de certification.
•    Collaborer avec les équipes design, chaîne d'approvisionnement, production, produit et support client pour garantir la performance et la fiabilité du système.
•    Contribuer, en collaboration avec l’équipe de rédaction technique et les responsables produits, à la création d'une documentation sur le fonctionnement des systèmes mécaniques et leurs diagnostics.
•    Développer et exécuter des plans de test et de validation au niveau des composants et du système.
•    Se tenir informé des dernières avancées en technologie de fabrication additive et comprendre en profondeur le fonctionnement des machines.
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Exigences :
•    Diplôme en génie mécanique.
•    2+ ans d’expérience pertinente en production à faible ou moyen volume.
•    Connaissance des normes de certification et de conformité des produits (CE, ETL, TUV, CSA, UL).
•    Capacité à utiliser des équipements d'inspection courants (outils et instruments de mesure) pour évaluer la qualité et la viabilité des produits.
•    Expérience avec SolidWorks ou un logiciel de CAO similaire.
•    Expérience avec les systèmes PLM et de gestion documentaire.
•    Excellentes compétences organisationnelles.
•    Bilingue (Français / Anglais - écrit et parlé).
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Atouts :
•    Expérience en impression 3D!
•    Expérience avec des fabricants sous contrat.
•    Expérience en systèmes de contrôle, conception de systèmes et électronique de puissance (ex. : moteurs pas à pas, chauffages).

• OIQ

• • Design, plan, prototype, and validate mechanical systems (e.g., linear motion, electromechanical, thermal)
  • Design for manufacturing (machined parts, sheet metal parts)
  • Assist the product and engineering teams in the certification process
  • Collaborate with other members of the design, supply chain, production, product, and customer care teams to ensure system performance and reliability
  • In conjunction with technical writing and product personnel, help create user-friendly documentation of mechanical systems operation and diagnostic requirements
  • Develop and execute component level and system level test/validation plans
  • Stay up-to-date with current developments in additive manufacturing technology and be aware of how the machines work on a deep level

• • Degree in mechanical engineering.
  • 2+ years of relevant experience with low or medium volume production.
  • Familiarity with product certification and compliance (e.g., CE, ETL, TUV, CSA, UL).
  • Ability to use common inspection equipment, tools, and gauges to assess quality and viability of product.
  • Experience with Solidworks or similar CAD software.
  • Experience with PLM/document control systems.
  • Excellent organizational skills.
  • Bilingual (French / English Written and Spoken)

• • 3D printing experience!
  • Experience working with contract manufacturers.
  • Experience in control systems, system design, and power electronics (e.g., stepper motors, heaters)
  • OIQ certification

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Eagle Vizion is a global leader in identification and sorting technologies. We are a pioneer in integrating AI and spectral detection to optimize material recovery in industrial and recycling environments. As an innovation-driven company, our technologies push the boundaries of what's possible in optical and sensor-based sorting, contributing to a more sustainable and intelligent future.

We are seeking a creative and detail-oriented Mechanical Engineer to join our innovative R&D and production team. This is a great opportunity to work on conceptual mechanical designs for advanced sorting equipment, collaborate across departments, and grow your engineering career in a fast-growing global company.

- Develop and create conceptual and detailed mechanical designs (3D modeling and drafting)
- Prepare technical documentation such as assembly instructions and user manuals
- Work closely with the R&D team to integrate mechanical designs into complete systems
- Collaborate with the production team to ensure manufacturability and quality
- Follow projects from initial design through prototyping, testing, and deployment
- Occasionally assist in technical support and site troubleshooting
- Be available for occasional worldwide travel to client sites

- Bachelor’s degree in Mechanical Engineering or related field (or DEC + experience)
- Bilingual (French and English – both written and spoken are required)
- Proficiency in 3D software (e.g., SolidWorks, Inventor)
- Strong understanding of mechanical systems, manufacturing, and tolerancing
- Organized, proactive, and eager to take on responsibility
- Excellent communication and documentation skills

- Familiarity with automation or electromechanical systems
- Experience in vision-based or optical equipment design (an asset)
- Interest or experience with AI-integrated mechanical applications
- Experience in technical support or field service engineering

- Work for a global leader in advanced sorting and identification systems
- Engage with cutting-edge mechanical and AI technologies
- Take ownership and grow within a dynamic, innovative company
- Opportunity to travel internationally
- Join a collaborative team focused on innovation and sustainability

- Bachelor’s degree in Mechanical Engineering or related field (or DEC + experience)
- Bilingual (French and English – both written and spoken are required)
- Proficiency in 3D software (e.g., SolidWorks, Inventor)
- Strong understanding of mechanical systems, manufacturing, and tolerancing
- Organized, proactive, and eager to take on responsibility
- Excellent communication and documentation skills

- Familiarity with automation or electromechanical systems
- Experience in vision-based or optical equipment design (an asset)
- Interest or experience with AI-integrated mechanical applications
- Experience in technical support or field service engineering

Job Description

Salary:

THE COMPANY
Galvion designs, develops, and manufactures ballistic helmets and dynamic power and data management solutions for the modern battlefield. We are a passionate, global, and fast-paced team collaborating with several strategic partners and are committed to enhancing the overall agility and survivability of the modern warfighter and tactical operator.

PRIMARY EMPLOYMENT OBJECTIVES

The Mechanical Engineer III is responsible for providing overall guidance to a team of engineers, scientists and prototype production employees that are engaged in the design, development, manufacture and test evaluation of advanced lightweight combat helmets. Working as a liaison between design teams, management and customer representatives, the Mechanical Engineer III utilizes their broad expertise to provide technical insights and lead the team to successfully achieve their technical, schedule and cost management goals. The Mechanical Engineer III will participate in the development of design concepts using CAD tools, mock-ups and prototypes, including the validation of designs thru analysis, testing and trials. They will be a key member of the design and engineering teams and will participate in the new product development and product improvement efforts of the company. They will work alongside with the other departments to establish the design brief, including the concept, performance and production constraints and criteria to ensure manufacturability, durability and performance of the products. The Mechanical Engineer III will liaise with process and tool engineering, supply chain and operations to ensure transition of the designs into mass production. Within the Design Engineering team, the Mechanical Engineer III will be the Subject Matter Expert regarding technical documentation and specifications, drafting standards and GD&T. They will mentor junior Mechanical Engineers in the development of their capabilities, expertise and mastery of engineering best practices.

They must have exceptional learning abilities, creative problem-solving skills and will need to be a

customer oriented self-starter who can work in a dynamic and evolving team environment.

SPECIFIC ESSENTIAL DUTIES & RESPONSIBILITIES

People:

• Lead and/or participate in cross-functional teams responsible for developing new products and continuous improvement of fielded products.
• Manage development projects for new combat helmets and combat helmet technology

Process:

• Participate in the establishment of design briefs, including the concept, assumptions, performance and production constraints and criteria.
• Suggests, plans, performs or outsources all design/analytic work associated with mechanical engineering and composite armor design.
• Select proper components, technologies, materials and manufacturing processes best suited for the application.
• Develop and track engineering budgets: size, weight, min/max material conditions, etc.
• Validate designs through testing, trials and documentation of findings.
• Document specifications to respect for manufacturing of products.
• Execute technical data management within the requirements of an Enterprise Resource Planning system.
• Bill-of-material (BOM) creation and update.
• Develop lightweight combat helmet solutions (processes, technologies, products) to meet customers requirements (weight, ballistic and non-ballistic performance).
• Transition new products to Operations, including creation of process and product documentation.
• Identify technical requirements for new processes and equipment. Coordinate with Operations, Engineering and Industrial design to procure required equipment; install, shake down and validate new equipment and processes and transition to production Work with Operations (Quality Control) and Quality Assurance to identify root causes; develop and implement corrective actions.
• Provide technical support to Finance, Marketing and THS Product Management (cost analysis, bid support and new business development).
• Identify and exploit new materials / technologies for combat helmet solutions
• Coordinate product testing internal and external to Galvion test labs.
• Support and drive Montreal Armor Lab operational systems such as facility and equipment maintenance performed by internal and external resources, material inventory, Kanban restock and data systems.
• Other duties as assigned.

Performance:

• Demonstrate concepts thru sketches, mock-ups and prototypes.
• Applies engineering best practices for modeling and/or design of experiments to limit the number of design iterations.
• Develops physical and analytical tools to accelerate data collection and automate analysis.

Knowledge, Skill & Experience Requirements

• Bachelors degree in mechanical engineering required, or the equivalent combination of education and experience.
• Licensed to practice as a Professional Engineer in Quebec (OIQ) or another Canadian Province.
• 10+ years of experience in product development.
• Experience leading a small scientific or engineering team a plus.
• Must be proficient in SolidWorks and Microsoft Office (Word, Excel, PowerPoint, Outlook).
• Knowledge of SolidWorks FEA a plus.
• Understanding and ability to mentor Mechanical Engineering design calculations and techniques.
• Knowledge of GD&T as per ASME Y14.5.
• Knowledge of dynamics in addition to static design.
• Familiarity with design and tests against impact and shocks.
• Familiarity with MIL-STD-810 for environmental testing.
• Knowledge of MIL-STD-31000A and/or ASME Y14.100 standards for drawing a plus.
• Good understanding of mechanical principles, tolerancing and strength of materials.
• Demonstrated creative problem-solving skills.
• Manual skills and experience creating mock-ups and prototypes a plus.
• Technical Data Management experience is a plus.
• Understanding of manufacturing and operational principles.
• Experience working with advanced composite materials and manufacturing processes.
• Knowledge of helmet forming techniques with advanced composite materials a plus.
• Strong English language, verbal communication and writing skills required.
• Multi-tasking, self-starter with strong execution and project management skills.
• Must be able to work independently and as part of a team.
• Knowledge of and experience working with Military and Personal Protective Equipment Standards, a plus.

Work environment (include physical requirements)

• Low rate manufacturing environment with office area.
• Some ballistic laboratory exposure and operation (potential lead hazard).
• Operation of compression molding presses (up to 600 ton) and associated heating and cooling systems required.
• Use of hand and power tools
• Frequent standing.
• Must be capable to lift 50 lbs.

• Some overseas and Canadian travel as needed with passport eligibility is required.

• Frequent travel (approximately 50%) in North America required.
• Ability to travel to the USA is a must.

Job Description

Our client is an ambitious Quebec-based company with years of experience. They specialize in the repair, conversion, and refurbishment of all types of railway rolling stock

Must have experience in Railway (freight cars and locomotives). Must be Bilingual with Both French and English

Salary Range $130-$145k

The Mechanical Engineer is responsible for diagnosing, designing, testing, and improving the mechanical systems of locomotives. This role plays a key part in troubleshooting, refurbishment, component integration, and the development of technical solutions in collaboration with internal teams and external partners. This position requires strong technical expertise, high attention to detail, and excellent teamwork skills.

Requirements:

• Bachelor's degree in mechanical engineering;
• Member of the OIQ.
• Significant experience in the field of railway rolling stock or mass rail transit.
• Good knowledge of Microsoft; AutoCAD Electrical.
• Ability to read with accuracy diesel engine manuals, locomotive schematics, service bulletins, maintenance instructions and other craft related documentation.
• Ability to read and understand FRA and company rules, specifications and guidelines.
• Good organizational skills, attention to detail, and rigor.
• Ability to work under pressure and manage priorities well.
• Attention to detail, precision, analytical skills, autonomy, and good interpersonal skills.
• Customer-oriented.
• Excellent command of French and English, both oral and written.

Responsibilities:

• Provide expertise in troubleshooting mechanical issues with locomotives, such as malfunctions in engines, compressors, cooling systems and trucks.
• Identify problematic systems/parts to ascertain performance failures using diagnostic and fault finding techniques.
• Prepare documentation for the inspection, qualification and rebuild of locomotive systems.
• Participate in the design of the integration of locomotive sub-systems and structure.
• Develop schematics, diagrams, layouts, drawings and 3D models component selection.
• Plan tests on locomotives or their subsystems at suppliers' sites.
• Documentation, instrumentation, and test coordination.
• Ensure the integration of required standards into the design and execution of tests.
• Design and test various specific test setups.
• Provide technical expertise and analyze test results.
• Write test reports and make relevant recommendations.
• Ensure the quality of measurement and testing equipment;
• Participate in meetings with clients, suppliers, and subcontractors
• Work collaboratively with other departments and provide technical support
• Provide technical guidance to other team members;
• Guide technicians toward solutions;