Mechanical Engineer | Strong Industrial Ventilation, Fan Systems, Advanced Simula

About Us

Plasticair Inc. specializes in advanced air pollution control, laboratory exhaust, and industrial ventilation solutions. We design and manufacture high-performance fiberglass-reinforced plastic (FRP) equipment for demanding industrial and laboratory environments, with a focus on innovation, reliability, and compliance with industry standards.

Plasticair Inc. is seeking a highly skilled Mechanical Engineer with strong experience in industrial ventilation, fan systems, advanced simulation, and composite materials. This role involves full-cycle engineering responsibility from concept design and simulation to testing, manufacturing support, and system integration, supporting complex ventilation and laboratory exhaust projects.

• Engineering Design & Development
  • Design FRP exhaust fan systems and pollution control equipment based on building mechanical drawings, project specifications, and quotation documentation.
  • Design perchloric acid laboratory exhaust systems with FRP construction and integrated washdown systems.
  • Develop detailed 3D models, assemblies, and fabrication drawings using Solid Works.
  • Produce accurate Bills of Materials (BOM) aligned with design and manufacturing requirements.
  • Update designs based on customer feedback, testing results, and engineering changes.
• Testing & Validation
  • Perform fan airflow testing on AMCA-certified test chambers to evaluate fan efficiency, airflow volume, and static pressure.
  • Ensure compliance with AMCA 210 laboratory methods of testing for fans for certified aerodynamic performance rating.
  • Analyze test data and incorporate results into design improvements.
• Simulation & Analysis
  • Conduct Solid Works Flow Simulation, including:
    • Rotating reference frames
    • Tangential faces and rotor modeling
    • Parametric studies
    • Goal-based optimization
  • Perform Finite Element Analysis (FEA), including load transfer analysis of composite materials and structures.
• Composite Materials & Manufacturing Support
  • Apply extensive knowledge of fiberglass-reinforced plastic (FRP) manufacturing, including:
    • Material properties and tolerances
    • Lay‑up techniques and mat sequence
    • Curing processes and quality considerations
  • Collaborate closely with manufacturing teams to ensure designs are practical, efficient, and manufacturable.
  • Provide technical support during fabrication, assembly, and quality control processes.
• Software & Automation
  • Develop and utilize Python-based tools for engineering calculations, data processing, automation, or design support where applicable.
• Project & Team Collaboration
  • Maintain organized project documentation, drawings, and design records.
  • Manage multiple engineering tasks while meeting project timelines.
  • Collaborate with engineering, sales, and manufacturing teams to resolve technical challenges and deliver projects successfully.

• Bachelor's degree in Mechanical Engineering or a closely related discipline from a Canadian university.
• Minimum 2 years of hands‑on experience in each of the following areas:
  • AMCA fan airflow testing and performance evaluation (AMCA 210 compliance).
  • Solid Works Flow Simulation for rotating equipment and parametric optimization.
  • FEA load transfer analysis of composite materials.
  • Fiberglass (FRP) manufacturing techniques, materials, tolerances, and curing processes.
  • Python programming applied to engineering workflows.
  • Design of industrial or laboratory FRP exhaust fan systems.
  • Design of perchloric laboratory exhaust systems with integrated washdown.

• Experience with industrial ventilation, HVAC, and air handling equipment.
• Strong understanding of machined parts, sheet metal fabrication, and composite structures.
• Experience working in a regulated laboratory or industrial environment.
• Eligibility for P.Eng (PEO) licensing is an asset.
• Familiarity with relevant industry standards (AMCA, ASHRAE, CSA).

• Strong analytical and problem‑solving skills.
• High attention to detail and engineering accuracy.
• Ability to manage complex, multi‑disciplinary engineering tasks.
• Excellent communication and collaboration skills.
• Self‑motivated, organized, and technically driven.

• Competitive salary and comprehensive benefits package.
• Opportunity to work on technically advanced and specialized engineering systems.
• Professional growth in a niche, high‑performance engineering field.
• Supportive and collaborative engineering‑focused work environment.