Senior Mechanical Design Engineer

Being a Senior Mechanical Engineer with us means

putting your exceptional engineering expertise and problem-solving skills to

work to design, improve, and support industry-leading pressure equipment and

hazardous location heating products.

As a Senior Mechanical Engineer, you will be

responsible for the design, compliance, and continuous improvement of

pressure-containing equipment and hazardous location heating products. You will

play a key role in engineering governance, regulatory compliance, product

development, manufacturing support, and the mentorship of engineering team

members while ensuring safe, reliable, and cost-effective product solutions.

On a daily basis, you will

• Design and improve

pressure-containing equipment and hazardous location heating products with

a focus on safety, quality, performance, manufacturability, cost, and

regulatory compliance.

• Perform engineering

calculations, design reviews, and prepare technical documentation, design

records, and engineering drawings.

• Apply relevant engineering

codes and standards, including ASME Section VIII Division 1, CSA B51, ABSA

requirements, CRN registration requirements, and internal engineering

procedures.

• Support ABSA and CRN

registration activities, including submissions, revisions, and responses

to regulatory review comments.

• Prepare and maintain

engineering documentation, including drawings, Bills of Material (BOMs),

Engineering Change Orders (ECOs), and controlled engineering records.

• Provide engineering review

and authentication activities where qualified and authorized in accordance

with professional engineering requirements.

• Develop and improve

engineering standards, design tools, templates, documentation, and

engineering processes.

• Provide technical support

to Manufacturing, Fabrication, Assembly, Purchasing, Quality, Regulatory

Affairs, Service, Suppliers, Customers, and Sales teams.

• Participate in product

testing, pressure testing, validation activities, root cause analysis,

corrective actions, audits, and continuous improvement initiatives.

• Mentor designers and

technical staff while promoting engineering best practices and

design-for-manufacturing principles.

• Drive engineering

efficiency by reducing design rework, production delays, late engineering

changes, and regulatory submission delays.

• Support manufacturing

operations by resolving technical issues and identifying opportunities for

process improvement.

• Ensure compliance with

applicable engineering standards, certifications, regulations, and quality

requirements.

• Contribute to safety

initiatives, Lean Manufacturing activities, 5S programs, and ISO 9001

Quality Management System requirements.