Mechanical Assembler

Eaton Corporation•Milton, ON

16d•Onsite

About The Position

Eaton's ES AMER PCS division is seeking a Mechanical Assembler for its Milton, Ontario facility, which is Eaton's largest manufacturing site in Canada. This facility specializes in large-scale custom electrical-build projects and values an inclusive and diverse workforce. The role focuses on constructing large steel switchboard structures primarily by hand, using various tools and equipment. The position does not involve any electrical wiring. The hourly rate for this position is $21 - $25 per hour, and it is eligible for a variable incentive program. Salary is determined by candidate skills, experience, qualifications, and market conditions.

Requirements

High School Diploma or equivalent additional experience.
Minimum 12 months of experience in mechanical assembly using power tools.
Experience using torque tools.
Legally eligible to work in Canada without company sponsorship now and in the future.
Must reside within 80 KM of Milton, ON.
Must be able to speak, read, and write English effectively.
Functional with computers, in order to use a variety of digital business tools (email, ADP, electronic models, eLearning modules).

Nice To Haves

Post-secondary education or a technical certificate in a mechanical trade.
Experience using Outlook, ADP, Oracle, and Inventor.
Knowledge of Lean manufacturing processes (Kanban, 5S+, MRB) and Six Sigma Tools.
Proven aptitude for complex mechanical work.
Strong work ethic.
Able to visualize and plan the assembly of a switchboard structure.
Excellent attitude towards quality, safety, continuous improvement, and teamwork.

Responsibilities

Construct large switchboard structures and internal subassemblies using pre-fabricated metal parts (steel and copper), following engineering schematics and electrical drawings.
Mount and brace parts and subassemblies inside structures.
Construct custom skids using power saw and nail gun.
Ensure use of proper hardware, correct torque, and consistent fastening methods.
Identify design issues and escalate them through the appropriate channels.
Visually inspect parts and material for conformance to quality standards and customer specifications.
Modify parts using machines and power tools.
Repair or rework issues detected during the inspection/test stage.