Mechanical Engineer Designer

at  Olsonfab Metal Fabrication

At NVC Olsonfab, we specialize in providing comprehensive noise emission control turnkey solutions. From expert consulting to high-quality product manufacturing, we offer a full range of services to help our clients reduce noise pollution and improve environmental standards. Our solutions are tailored to meet the unique needs of each project, ensuring top-tier performance and compliance with global standards.
We have built a reputation for delivering specialized projects across various industries, including noise reducing structures, buildings and enclosures, stand-by, prime power, and heat recovery reciprocating engine-generator enclosures and silencing systems, blowdown and vent silencers for process air, gas and steam in atmospheric venting and closed piping system applications, gas turbine silencing, industrial rotating equipment suction and discharge silencers.
With a strong focus on innovation and customer satisfaction, NVC Olsonfab has successfully executed projects worldwide, serving clients across diverse markets.
Our global presence and commitment to quality make us a trusted partner for noise emission control solutions, and we continue to strive for excellence with every project we undertake. Join us as we push the boundaries of environmental sustainability and noise reduction technology.
We are seeking a Mechanical Engineer / Designer to join our team and help contribute to the design and application of Industrial Noise and Vibration Control equipment.

QUALIFICATIONS:

• Master’s or Bachelor Degree in Science, Mathematics or related fields.
• Experience in HVAC would be an asset.
• Understanding of sound and vibration systems, materials and mitigation techniques.
• Excellent problem solving and analysis skills.
• Familiarity with industry standards and compliance requirements.
• Understanding of airflow, CFM, Static and Pressure Loss
• Proficient in Microsoft Office 365 programs
• Excellent communication and organizational skills
• Ability to lead and delegate
• 5 years experience in field
  When you join NVC Olsonfab, you’re not just joining a company—you’re becoming part of a legacy. We’re a family-owned business that values our team members, supportive onboarding and training, offering opportunities for growth, stability, and pride in your work. Our mission is delivering a worry-free experience every time, and that extends to our employees.
  Be part of a company where your expertise matters, your contributions are valued, and you can take pride in the projects you help bring to life.
  Compensation commensurate with experience.
  Job Type: Full-time
  Pay: From $75,000.00 per year

Benefits:

• Casual dress
• Company events
• Company pension
• Dental care
• Disability insurance
• Extended health care
• Life insurance
• On-site parking
• Vision care

Flexible language requirement:

• French not required

Schedule:

• Monday to Friday

Ability to commute/relocate:

• Cornwall, ON K6H 3G6: reliably commute or plan to relocate before starting work (required)

Education:

• Bachelor’s Degree (preferred)

Work Location: In perso

• Conduct acoustic modeling, simulations, and analysis to evaluate sound propagation and noise levels in various environments.
• Design and implement noise control solutions, such as soundproofing, damping, or vibration isolation systems.
• Develop strategies to optimize sound quality for products, systems, or environments.
• Analyze measurement data to identify sources of noise and vibration and propose mitigation strategies.
• Prepare detailed test reports and documentation.
• Ensure all designs and systems comply with relevant regulations, standards, and guidelines
• Work closely with engineers, architects, and designers to integrate acoustic and noise control solutions into products or structures.
• Provide technical guidance and recommendations during project planning and execution.
• Research new materials, technologies, and methodologies for sound and noise control.
• Stay updated on advancements in acoustics and noise engineering to enhance system performance and efficiency.