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Endress+Hauser Group · 1 day ago

Sr. System Integration Mechanical Engineer

Rancho Cucamonga, CA

Full-time

Onsite

Mid, Senior Level

$115K/yr - $130K/yr

3+ years exp

Endress+Hauser Group is a global leader in measurement instrumentation, and they are seeking a Sr. System Integration Mechanical Engineer to join their Optical Analysis team. This role involves designing, creating, and releasing documentation for custom analyzer systems used in various industrial applications, focusing on collaboration with engineering and manufacturing teams.

Industrial AutomationLogisticsSupply Chain Management

Responsibilities

Develop design of customized TDLAS gas analyzer sample system and release comprehensive manufacturing documentation to enable efficient production workflows

Select components and materials suited to harsh industrial environments per customer needs

Ensure documentation aligns with engineering, compliance, and quality standards and policies

Design, build, assemble, and test prototypes to evaluate form, fit function, and integration for Product Marketing projects

Develop and deliver 'as-built' documentation packages for customer installations, including dimensional layouts, electrical schematics, and flow diagrams

Develop and submit comprehensive Factory Acceptance Plans (FAPs) in alignment with project specifications and customer requirements

Compile and generate detailed Factory Acceptance Test Reports (FAT) for customer approval, ensuring all test results and observations are clearly documented

Provide hands-on support to production teams throughout the custom analyzer manufacturing process

Support Factory Acceptance Test (FAT) protocols and other system-level testing procedures

Contribute conceptual designs and system cost estimates to Sales Support team for quotation

Collaborate with stakeholders to understand customer requirements during the proposal phase and translate them into actionable design inputs

Serve as a technical resource for the Service Department, addressing post-shipment issues related to documentation, customer preferences, application specifications, or other system-related concerns

Draft clear and accurate drawings using AutoCAD and SolidWorks

Prepare and submit drawings and technical documentation for customer approval

Generate fabrication and assembly drawings, Bill of Materials (BOM’s), inspection documents, and related materials and prior to release to Fabrication, load documentation to the Engineering Vault

Provide oversight and quality checks on team members’ work to ensure accuracy and compliance with standards

Prepare Analyzer Configuration Sheets with precise specifications, including required measurements, stream composition, validation requirements, and other special design considerations. Accuracy is critical, as this document directly supports Production and other departments

Collaborate with Production and Purchasing to support fabrication and resolve issues

Review and release 'As Built' drawings, Engineering Orders (EOs), and Engineering Change Requests (ECRs) to the Engineering Vault

Support Manufacturing Engineering with sustaining projects

Drive continuous improvement initiatives for FAT processes in collaboration with the Manufacturing Engineering Manager

Update and maintain FAT Test Plans and Report documentation to reflect process enhancements and evolving customer requirements

Lead Factory Acceptance Test scheduling for the System Integration Engineering team

Contribute to design of NextGen products in support of Innovation Engineering initiatives

Lead training sessions on Analyzer System design for engineering team members and production technicians to ensure consistent understanding and implementation of system architecture and functionality

Continuously develop and maintain application expertise in online analyzer systems, with a focus on Oil & Gas and Chemical industry requirements and standards

Qualification

Mechanical EngineeringInstrumentation DesignCAD (SolidWorks)Process Analyzer SystemsERP/PLM SystemsCollaborationAttention to DetailCommunication SkillsOrganizational Skills

Required

Bachelor's degree in Electrical, Mechanical, Manufacturing or Chemical Engineering. Equivalent experience, or similar technical degrees acceptable

3+ years of experience in the Process Analyzer Systems Integration Industry, preferably within the Oil and Gas, Petrochemical, and Green Energy industries

Strong understanding of engineering principles and design practices. Applies expertise and imparts knowledge to others

Working knowledge electronics or instrumentation to Production and Service teams is desirable

Familiarity with hazardous area equipment design and certification is a plus

Proficiency in CAD (SolidWorks preferred), capable of developing designs from concept through detailed drawing release

Effective at documenting and communicating design intent clearly and consistently; excellent verbal and written communication skills to interface with the customer and handle all issues tactfully and professionally

Able to work independently while collaborating effectively in cross-functional teams

Must be highly organized and capable of handling multiple tasks simultaneously and meeting deadlines in a fast-paced environment

Must have a strong attention to detail with the ability to catch and correct errors

Must be reliable and dedicated, with personal integrity and high level of respect for all individuals

Manages change processes in an agile and intelligent manner

Preferred

Working knowledge electronics or instrumentation to Production and Service teams is desirable

Experience with ERP/PLM systems (Syteline, SAP) and PDM tools (SolidWorks PDM) preferred

Benefits

Lifelong learning encouraged by versatile training, tuition reimbursement, and further education opportunities.

Comprehensive benefit package (to include medical, dental, vision) and 401(k) savings with company match.

Work-life balance encouraged through our 10 company-paid holidays, paid time off, paid parental leave, and employee assistance programs (financial, mental, and physical health and wellbeing).

Employees work in a safety-first, climate controlled, clean manufacturing facility with utilization of Lean practices and ergonomic workstations to enhance productivity and comfort.