Planning Engineer - PCB Manufacturing

Pioneer Circuits Inc.•Santa Ana, CA

3h•$30 - $44•Onsite

About The Position

The Planning Engineer translates complex customer requirements into complete, accurate manufacturing plans for high-performance printed circuit boards. This role reviews customer purchase orders, drawings, specifications, and engineering documentation to determine manufacturability, identify technical risks, develop manufacturing processes, and create detailed production documentation that supports efficient, high-quality manufacturing. Working closely with CAM Engineering, Manufacturing, Quality, Sales, and customers, the Planning Engineer serves as a key technical resource, ensuring customer requirements are successfully implemented from order acceptance through production release.

Requirements

5–10 years of PCB industry experience, preferably in Planning Engineering, Process Engineering, Manufacturing Engineering, or a related technical discipline.
Strong knowledge of rigid, flex, and rigid-flex printed circuit board manufacturing.
Comprehensive understanding of PCB manufacturing processes, materials, stack-up development, impedance requirements, and manufacturing constraints.
Strong analytical, problem-solving, and decision-making skills with the ability to evaluate complex engineering requirements.
Excellent verbal and written communication skills with the ability to effectively communicate technical information to customers and cross-functional teams.
Ability to interpret complex mechanical and electrical drawings, Gerber data, CAM files, customer specifications, and engineering documentation.
Experience reviewing customer purchase orders, engineering drawings, and contract requirements to ensure manufacturability and compliance.
Ability to communicate effectively with customers regarding technical engineering requirements, manufacturability, and production solutions.
Proficiency with Microsoft Office and manufacturing systems such as ProCIM.
Ability to manage multiple priorities while maintaining a high level of accuracy in a fast-paced manufacturing environment.

Nice To Haves

Experience supporting aerospace, defense, or other highly regulated manufacturing environments.
Knowledge of military specifications, IPC standards, and customer flow-down requirements.
Associate's or Bachelor's degree in Engineering, Electronics, Manufacturing Technology, or equivalent industry experience.
Experience with Valor Genesis or similar PCB engineering/CAM software.

Responsibilities

Analyze customer purchase orders, engineering drawings, specifications, and manufacturing requirements to determine manufacturability, identify technical risks, and develop the optimal manufacturing plan.
Evaluate customer purchase orders and contract requirements to identify quality, regulatory, flow-down, and compliance requirements prior to production.
Review sales orders and customer profile notes to ensure all customer-specific instructions are accurately incorporated into manufacturing documentation.
Develop manufacturing process plans by determining routing, processing requirements, materials, tooling, and special manufacturing considerations while balancing customer specifications, manufacturability, quality, and production efficiency.
Prepare accurate travelers and process instructions within ProCIM, ensuring manufacturing documentation is complete, accurate, and ready for production release.
Generate stack-ups and impedance models, when required, ensuring layer construction, material selection, and special processing requirements meet customer specifications.
Develop clear manufacturing instructions for CAM Engineering, ensuring downstream engineering and production teams have the information required to successfully manufacture the product.
Partner with CAM Engineering, Manufacturing, Quality, Operations, and Sales to resolve technical issues, improve manufacturability, and ensure engineering documentation supports efficient production.
Communicate directly with customers to clarify engineering requirements, resolve technical questions, and recommend manufacturable solutions when design or process constraints exist.
Identify opportunities to improve planning processes, standardize engineering practices, and enhance manufacturing efficiency through continuous improvement initiatives.