- Take new products from the concept stage to production stage
- Ensure all program elements are being tracked to ensure that budgets and timing commitments are maintained, and changes in programs status are effectively communicated to all stakeholders
- Identify capital equipment sources and prepare all documents / presentations for PRB (Process Review Board’s) and FRB (Financial Approval board’s) approvals
- Supervise buy-off and installation of equipment up to 100% PSHR completion
- Lead APQP / CFM teams and record all activities
- Participate in continuous improvement efforts based on the feedback from external (CAT, SAT) and internal related performance indicators (monthly Stepping Stool).
- Specify special tools and fixtures where required
- In collaboration with manufacturing engineers, estimate cycle times for each operation in the process.
- Review Process FMEA on regular basis and work with engineering and core teams to reduce high RPN numbers.
- Support core teams to reduce lines scrap against plant targets
- Assist in the preparation and monitoring of SRED (Scientific Research and Experimental Development) and WET (Waste Elimination Tracker) activities
- Work closely with cross-functional teams including production, maintenance, and quality assurance to ensure seamless integration of process improvements
- Address and resolve manufacturing issues in real-time, including equipment malfunctions, process deviations, and quality concerns
- Implement process improvements to enhance productivity, reduce waste/rejects, and minimize downtime/cycle time
- Utilize data analysis techniques to identify trends, troubleshoot issues and make data driven decisions to optimize manufacturing processes
- Create and maintain detailed process documentation, including Standard Operating Procedures (SOPs), work instructions, and process flow diagrams
- Knowledge of Pneumatics/Hydraulics, Assembly Concepts/Tooling/Fixturing is beneficial
- Address and resolve manufacturing issues in real-time, including equipment malfunctions, process deviations, and quality concerns
- Implement process improvements to enhance productivity, reduce waste/rejects, and minimize downtime/cycle time
- Utilize data analysis techniques to identify trends, troubleshoot issues and make data driven decisions to optimize manufacturing processes
- Create and maintain detailed process documentation, including Standard Operating Procedures (SOPs), work instructions, and process flow diagrams
- Knowledge of Pneumatics/Hydraulics, Assembly Concepts/Tooling/Fixturing is beneficial
- A university degree in engineering or an equivalent experience working as a process or manufacturing engineer with a technical diploma or college certificate in manufacturing or industrial engineering.
- Licensing by a provincial or territorial association of professional technicians / engineers as an asset
- A minimum of four (4) year experience as a process or manufacturing engineer in a machining or manufacturing environment.
- Knowledge of SPC methods, process and machine capability requirements, blueprint reading and Geometric Dimensioning & Tolerancing
- Working knowledge of APQP, CFM and PPAP process.
- Practical knowledge of cutting tools, machining processes, materials & equipment.
- Experience with the use of statistical analysis for machine and process capability studies.
- Discuss proposed layouts of new equipment with core teams and their managers to ensure the requirements for all departments are considered.
- Intermediate to advanced proficiency in all applicable software applications (i.e. Microsoft Office including Project, AutoCAD, SolidWorks).
- Ability to write monthly reports that address a variety of operational matters to present to management.
- Strong understanding of automotive automated assembly manufacturing processes
- Excellent problem solving skills, with the ability to collaborate effectively with cross- functional teams
- Ability to work in a fast paced environment and adapt to changing priorities
- Machine design mentality, SolidWorks proficiency and GD&T knowledge are assets
- Competitive Compensation
- Employee Benefits package includes but not limited to, Drug, Dental & Vision etc.
- Opportunities for career advancement.
- Sustainability Council
- Community based outreach supporting both local and global initiatives and charities.
- Discounts for local vendors and events, including auto supplier discounts.
Skills Required
- University degree in engineering, or equivalent process/manufacturing engineering experience with a technical diploma or college certificate in manufacturing or industrial engineering
- Minimum four years of experience as a process or manufacturing engineer in a machining or manufacturing environment
- Knowledge of SPC methods, process and machine capability requirements, blueprint reading, and Geometric Dimensioning and Tolerancing
- Working knowledge of APQP, CFM, and PPAP processes
- Practical knowledge of cutting tools, machining processes, materials, and equipment
- Experience using statistical analysis for machine and process capability studies
- Intermediate to advanced proficiency in Microsoft Office, Microsoft Project, AutoCAD, and SolidWorks
- Ability to prepare monthly reports addressing operational matters
- Strong understanding of automotive automated assembly manufacturing processes
- Excellent problem-solving and cross-functional collaboration skills
- Ability to work in a fast-paced environment and adapt to changing priorities
- Machine design mentality, SolidWorks proficiency, and GD&T knowledge
- Licensing by a provincial or territorial association of professional technicians or engineers
- Knowledge of pneumatics, hydraulics, assembly concepts, tooling, and fixturing
What We Do
Linamar Corporation (TSX:LNR) is an advanced manufacturing company where the intersection of leading-edge technology and deep manufacturing expertise is creating solutions that power vehicles, motion, work and lives for the future. The Company is made up of two operating segments – the Industrial segment and the Mobility segment, both global leaders in manufacturing solutions and world-class developers of highly engineered products. The Industrial segment is comprised of Skyjack, MacDon and Salford. Skyjack manufactures scissor, boom and telehandler lifts for the aerial work platform industry. MacDon manufactures combine draper headers and self-propelled windrowers for the agricultural harvesting industry. Salford also supplies the agriculture market with farm tillage and crop fertilizer applicator equipment. The Mobility segment is focused on propulsion systems, structural and chassis systems, energy storage and power generation for both the global electrified and traditionally powered vehicle markets, and is subdivided into three regional groups and one global product group: North America, Europe, Asia Pacific and the newly formed Structures Group. The Regional Mobility groups are vertically integrated operations combining expertise in light metal casting, forging, machining and assembly. The Linamar Structures Group offers competitive lightweight innovations for safety-critical components and systems for the global mobility market. In addition, the eLIN Product Solutions Group focuses on Electrification and McLaren Engineering provides design, development, and testing services for the Mobility segment. Linamar’s medical solutions group, Linamar MedTech, focuses on manufacturing solutions for medical devices and precision medical components. Linamar has over 31,000 employees in 70 manufacturing locations, 14 R&D centres and 28 sales offices in 19 countries in North and South America, Europe and Asia, which generated sales of more than $7.9 billion in 2022.
