Find & Apply For Manufacturing Machine Operator Jobs in Simi Valley, California

Assembly Operator Cenergy International Simi Valley, CA Job Details Temp-to-hire | Contract $20 - $22 an hour 16 hours ago Benefits Health insurance Dental insurance Vision insurance 401(k) matching Flexible schedule Life insurance Qualifications Assembly tweezers Mechanical assembly Electro-mechanical components Soldering Component installation Basic math Functional testing High school diploma or GED Manual assembly Assembly drawings Manufacturing Precision assembly Hand tools Manufacturing company experience Mechanical knowledge

Full Job Description Assembly Operator Location:

Simi Valley, California Employment Type:

6-

Month Contract Compensation & Work Schedule First Shift Pay Rate:

$20.00 per hour, depending on experience (DOE)

Schedule:

Monday-Thursday, 5:00 AM-3:30

PM Second Shift Pay Rate:

$22.00 per hour ($20.00 base rate + 10% shift differential)

Schedule:

Monday-Thursday, 3:30 PM-2:00 AM Candidates should confirm their preferred shift and availability during the screening process. Position Overview An opportunity is available to join an aerospace manufacturing team supporting the Fire, Safety & Power Systems business associated with Parker Hannifin Corporation. This position involves assembling small, delicate mechanical and electromechanical components used in aerospace-related applications. Candidates with 6 months to 2 years of relevant hands-on experience who are mechanically inclined, detail-oriented, and eager to learn are encouraged to apply. Key Responsibilities Assemble small mechanical and electromechanical components using hand tools and established work instructions. Read manufacturing documentation, route cards, and basic schematic drawings. Position and align miniature components using precision tools, tweezers, and binocular microscopes. Perform fine-wire bending and soldering, epoxy bonding, and curing tasks as assigned. Conduct in-process testing, inspect assemblies, and report discrepancies. Follow quality standards, safety procedures, and manufacturing requirements. Required Qualifications High school diploma or equivalent required 6 months to 2 years of relevant experience in assembly, manufacturing, or a related hands-on technical environment. Good mechanical aptitude, manual dexterity, and attention to detail. Ability to use basic hand tools, follow written instructions, and understand basic manufacturing documentation. Basic mathematical skills, good communication, and a willingness to learn. Reliable attendance and availability to work the selected shift in Simi Valley, CA. Preferred Qualifications Experience assembling small or precision mechanical/electromechanical components. Familiarity with microscopes, precision tweezers, or positioning fixtures. Exposure to fine-wire soldering, epoxy bonding, or curing processes. Experience with manufacturing drawings, route cards, quality procedures, or aerospace/electronics manufacturing. How to Apply Submit an updated resume highlighting relevant assembly, manufacturing, or hands-on technical experience. Please indicate your preferred shift, relevant experience, and availability to start .

Pay:

$20.00 - $22.00 per hour Expected hours: 40.0 per week

Benefits:

401(k) matching Dental insurance Flexible schedule Health insurance Life insurance Vision insurance Application Question(s): Describe your hands-on experience assembling mechanical, electromechanical, or precision components. Specify the types of products or components you have worked with, the assembly tasks you personally performed, the tools you used, and your total duration of relevant experience? Describe your experience handling, positioning, aligning, or assembling small and delicate components. Explain which precision tools, tweezers, fixtures, or other equipment you used and how you maintained component accuracy while preventing damage, misalignment, or handling defects? Describe your practical experience using precision hand tools, magnification equipment, binocular microscopes, or positioning fixtures during assembly operations. Explain how you used these tools to position, align, inspect, or assemble small components accurately? Describe your experience interpreting and following written work instructions, manufacturing route cards, assembly drawings, or basic schematic diagrams. Explain how you used this documentation to determine assembly sequence, component placement, or process requirements and ensure the work was completed correctly? Describe your hands-on experience preparing, bending, positioning, or soldering fine wires to components or terminals. Specify the tools or equipment you used and explain how you followed established procedures to achieve secure connections, avoid component damage, and maintain assembly quality? Describe your experience applying epoxy, adhesives, bonding compounds, or sealing materials during manufacturing or assembly. Explain the preparation and application methods you followed, any specified mixing or curing requirements you handled, and how you ensured compliance with the applicable work instructions? Describe your experience inspecting or testing components and assemblies during manufacturing. Explain the types of defects or discrepancies you checked for, the inspection tools or testing equipment you used, and how you documented results, reported issues, or ensured that nonconforming assemblies were addressed appropriately? You are repeatedly assembling delicate components, and your work is accurate but slower than the expected production pace. How would you identify opportunities to improve your efficiency while ensuring that component placement, workmanship, and quality remain consistent? Describe a specific situation in which you identified an incorrectly assembled, damaged, misaligned, or defective component. Explain how you recognized the problem, what steps you took within your authorization to investigate or resolve it, and how you documented or escalated the issue to maintain product quality? Imagine you are assembling a miniature electromechanical component under a microscope and notice that a small part does not align correctly with the assembly instructions. The component appears undamaged, and the assembly seems almost complete. How would you investigate the discrepancy, determine the appropriate next steps, and ensure the assembly meets the required quality standards without compromising the component or bypassing established procedures? You encounter a component whose shape or orientation does not appear to match the illustration in the assembly instructions. The instructions do not clearly explain the discrepancy, and your supervisor is temporarily unavailable. How would you investigate the situation without making assumptions or risking damage to the component?

Education:

High school or equivalent (Required) Ability to

Commute:

Simi Valley, CA 93063 (Required)

Work Location:

In person