Manufacturing Production Engineer

Peak Energy•Sacramento, CA

1d•Onsite

About The Position

Peak Energy is seeking a Manufacturing Production Engineer to support day-to-day production at our Sacramento factory. This role sits between process engineering and equipment sustaining: you're on the floor, troubleshooting equipment and process issues in real time, working with production to improve OEE, and driving mechanical and process improvements on the machines and lines you own. This posting is open to all experience levels. Junior engineers will spend more time executing troubleshooting and improvement work under guidance. Senior engineers will be expected to own equipment and process areas end to end, lead root cause investigations, and mentor others. Both are useful to us right now. Depending on the needs of the factory and candidate interest, this role has room to grow into robotics, laser welding, two-part (2K) dispense applications, and rigging of assembly components for top-level unit assembly.

Requirements

Bachelor's degree in a technical field (Mechanical, Electrical, Manufacturing, Industrial Engineering, or similar), or equivalent practical experience in a manufacturing/production environment.
Strong mechanical aptitude and hands-on troubleshooting ability.
Comfortable working on the production floor around industrial equipment, robotics, and automated systems.
Working knowledge of manufacturing processes and equipment.
Ability to read mechanical drawings and basic pneumatic/electrical schematics.
Strong verbal communication, written communication, and data visualization skills using Microsoft Office suite (Microsoft Word, Excel, and PowerPoint primarily).

Nice To Haves

Experience in automotive, EV, battery, aerospace, or other high-volume regulated manufacturing.
Experience with OEE and SPC chart tracking, improvement methodologies (lean manufacturing, Six Sigma), and basic statistical analysis.
Experience troubleshooting PLC-based automation systems (Allen-Bradley, Siemens, Beckhoff, or similar) or interest in learning.
Experience with robotic work cells (Fanuc is a plus) or interest in learning.
Experience with laser welding systems (Trumpf, IPG) or interest in learning.
Experience with two-part adhesive/potting/dispense systems (Nordson, Graco, or similar) or interest in learning.
Experience with PFMEA, control plans, and root cause tools (5-Why, fishbone, 8D).
CAD experience (SolidWorks, AutoCAD, CATIA) for tooling and fixture design.
Experience supporting new equipment installation and commissioning (FAT/SAT).
Familiarity with machine safety standards.
Prior experience in a startup or high-growth manufacturing environment.
Experience mentoring technicians or junior engineers (for more senior candidates).

Responsibilities

Serve as a front-line technical responder for equipment downtime and process disruptions on the production floor, coordinating with maintenance teams.
Drive root cause analysis on equipment and process failures and own corrective and preventive actions through closure across mechanical, pneumatic, and electrical scopes.
Build out and maintain equipment documentation: PM schedules, spare parts lists, troubleshooting guides, and work instructions.
Manage spare parts inventory and vendor relationships for critical equipment components.
Partner daily with production supervisors and operators to track and improve OEE (availability, performance, and yield) through improvement projects.
Design and implement engineering changes to tooling, fixtures, and equipment to improve reliability, safety, ergonomics, or throughput.
Write and maintain PFMEAs, control plans, and standard work in support of process changes.
Participate in DFM/DFA reviews and feed floor-level issues back to design engineering.
Coordinate with quality engineering on nonconformances tied to equipment or process issues.
Scope, quote, and justify small capital projects for equipment upgrades or replacements in addition to continuous improvement projects (kaizen, 5S, and similar).
Train operators and technicians on new equipment, tooling, and process changes.
Support changeover reduction and cycle time improvement efforts on assigned lines or machines.