Precision Mechanical Assembler - Water Feature Builds

WET Design; Burbank (CA); On-site; USD 55,000 - 75,000; Full time

Job summary

WET Design in Burbank, CA is seeking a Mechanical Assembler to build, test, and prepare mechanical and electromechanical assemblies for landmark projects. You will read drawings, stage and test hardware, and use torque wrenches, crimpers, splicers and drivers to ensure high quality units before shipping.

Ideal candidates bring 5+ years in mechanical assembly, comfort with fast-paced environments, and strong teamwork and communication, ensuring precision and safety across daily production

Qualifications

• Minimum 5+ years in mechanical assembly within production/manufacturing.
• Experience in fast-paced assembly environments.
• Proficient with hand and power tools.
• Ability to read technical drawings and schematics.
• Team player with good communication.

Responsibilities

• Assemble mechanical, robotic, and electromechanical components.
• Read drawings, schematics and work instructions.
• Stage, build, test, and prepare hardware and cables.
• Use torque wrenches, crimpers, splicers, and drivers.
• Follow procedures and test instructions accurately.
• Maintain organized, safe, and efficient work areas.
• Collaborate with production and engineering teams.
• Support additional tasks to keep production moving.
• Lift and handle parts safely; overtime if needed.

Skills

Mechanical assembly

Hand tools

Power tools

Reading schematics

Team collaboration

Tools

Torque wrenches

Crimpers

Splicers

Drivers

Job description

WET Design in Burbank, CA is seeking a Mechanical Assembler to build, test, and prepare mechanical and electromechanical assemblies for landmark projects. You will read drawings, stage and test hardware, and use torque wrenches, crimpers, splicers and drivers to ensure high quality units before shipping.

Ideal candidates bring 5+ years in mechanical assembly, comfort with fast-paced environments, and strong teamwork and communication, ensuring precision and safety across daily production