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# Systems Engineer

- **Company:** CareerCircle
- **Location:** Poway, CA, United States
- **Experience:** Expert
- **Salary:** $113,000.0 - $170,000.0
- **Contract:** Permanent contract
- **Skills:** Agile Methodology, Artificial Intelligence, Systems Engineering, Signals Intelligence, CompTIA Security+, Data Security, Datasheets, Relational Databases, Software Design Patterns, Linux, Perl (Programming Language), Data-Flow Analysis, Hardware Interface Design, OSI Models, Python (Programming Language), Key Management, Microsoft SQL Server, MySQL, Network Planning and Design, Network Protocols, Open Systems Interconnection (OSI), Program Analysis, Systems Development Life Cycle, Ruby, Requirements Management, Shell Script, Software Engineering, Software Requirements Analysis, Software Systems, Verification and Validation (Software), Systems Architecture, TCP/IP, Jama (Software), Computer Network Operations, Test-Driven Development (TDD), SC Clearance, Integration Tests, Information Technology, Cucumber (Software), Programming Languages
- **Published:** August 20, 2026
- **Apply:** https://www.careercircle.com/jobs/all/all/usa/ca/poway/1dee2b7f-196b-4648-a5d4-7870f0c511b5

## About the Role

Teamwork
Robotics
Visionary
Leadership
Automation
Mentorship
Innovation
Mitigation
Reliability
End Systems
Traceability
Mechatronics
Communication
Risk Analysis
Semiconductors
Problem Solving
Control Systems
Automation Systems
Systems Engineering
Technical Leadership
Production Equipment
Systems Architecture
Business Requirements
Mechanical Engineering
Motion Control Systems
Electrical Engineering
New Product Development
Artificial Intelligence
Requirements Management
Manufacturing Engineering
Engineering Design Process
Verification And Validation
Requirements Specifications
System Interface Management
Product Lifecycle Management
Cross-Functional Coordination
Technical Delivery Management
Continuous Improvement Process
Model Based Systems Engineering, * Extensive experience with automated production equipment or complex automation systems, particularly in electromechanical environments.

 * Strong electromechanical systems background, with a clear understanding of how electrical, mechanical, and controls components interact at the system level.
 * Leadership experience of approximately 5 or more years leading programs, projects, requirements, interfaces, or system-level engineering activities.
 * Deep understanding of system-level requirements, specifications, interfaces, and verification and validation processes.
 * Proven experience working across mechanical, electrical, software, and controls engineering disciplines in a collaborative product development setting.
 * Strong communication skills, with the ability to articulate technical concepts clearly to cross-functional teams and stakeholders.
 * Demonstrated collaboration and teamwork skills, with a track record of effective cross-functional coordination.
 * Strong problem-solving abilities, including the capacity to diagnose complex system-level issues and propose effective solutions.
 * Hands-on experience with automated production equipment and complex electromechanical systems.
 * Ability to take technical ownership of requirements definition and interface management, rather than only validating and testing requirements defined by others., * Bachelor's degree in Mechanical Engineering, Systems Engineering, Electrical Engineering, Mechatronics Engineering, or a related discipline.
 * Approximately 10 or more years of engineering experience, with consideration for candidates with 7 or more years who demonstrate strong qualifications.
 * Experience with semiconductor equipment, robotics, automation, motion control, controls engineering, or systems engineering.
 * Familiarity with Model-Based Systems Engineering (MBSE) methodologies and tools.
 * Experience with requirements management tools such as Jama or similar platforms.
 * background in control systems, mechanical engineering, or mechatronics concepts.
 * Ability to mentor and guide other engineers in best practices for systems engineering and cross-functional collaboration.
 * Comfort working as a technical lead responsible for end-to-end system definition, integration, and validation.
 * Demonstrated ability to participate in and lead design reviews, risk assessments, and verification and validation activities., V-Model
Equities
Purchasing
Upskilling
Encryption
Datasheets
Market Data
Traceability
Cryptography
Data Security
Systems Design
Key Management
Research Design
Ancient History
Computer Science
Secret Clearance
Agile Methodology
CompTIA Security+
Software Analysis
Network Protocols
Analytical Method
Scalability Design
Data-Flow Analysis
Cryptographic Keys
Systems Engineering
Integration Testing
Time Off Management
Security Engineering
Systems Architecture
Signals Intelligence
Design Specifications
Requirements Analysis
Concept Of Operations
Technical Documentation
Requirements Management
Technical Communication
Risk Management Framework
Verification And Validation
Network Planning And Design
Computer Network Operations
Project Portfolio Management
Open Systems Interconnection
Systems Development Life Cycle, Planning
Teamwork
Robotics
Visionary
Leadership
Automation
Mentorship
Innovation
Mitigation
Reliability
End Systems
Traceability
Mechatronics
Communication
Risk Analysis
Semiconductors
Problem Solving
Control Systems
Automation Systems
Systems Engineering
Technical Leadership
Production Equipment
Systems Architecture
Business Requirements
Mechanical Engineering
Motion Control Systems
Electrical Engineering
New Product Development
Artificial Intelligence
Requirements Management
Manufacturing Engineering
Engineering Design Process
Verification And Validation
Requirements Specifications
System Interface Management
Product Lifecycle Management
Cross-Functional Coordination
Technical Delivery Management
Continuous Improvement Process
Model Based Systems Engineering

## Description

The Senior Systems Engineer leads the definition and delivery of system-level solutions for advanced semiconductor automation equipment. This role translates customer and business requirements into robust system architectures, requirements, specifications, and verification and validation plans for complex electromechanical automation platforms. You collaborate closely with mechanical, electrical, software, controls, and manufacturing engineering teams to drive successful product development, integration, and lifecycle support for next-generation semiconductor automation technologies.
Responsibilities

 * Lead the development of system-level requirements, specifications, interfaces, and verification and validation plans for advanced semiconductor automation equipment.
 * Translate customer and business requirements into system-level designs and engineering solutions that meet performance, reliability, and quality objectives.
 * Drive system architecture decisions and ensure alignment between hardware, software, controls, and mechanical disciplines.
 * Coordinate cross-functional activities across mechanical, electrical, software, controls, and manufacturing engineering teams to ensure cohesive product development and integration.
 * Conduct and facilitate design reviews to evaluate concepts, architectures, and detailed designs for technical soundness and risk.
 * Perform risk assessments and mitigation planning throughout the product lifecycle, focusing on system-level performance and reliability.
 * Plan, oversee, and participate in testing activities, including verification and validation efforts, to ensure systems meet defined requirements and specifications.
 * Support the development and integration of complex electromechanical automation platforms, including gravity feed, turret, and pick-and-place systems.
 * Serve as the technical lead for system-level activities, including requirements definition, interface management, and cross-discipline engineering coordination.
 * Provide technical leadership and mentorship to engineering team members, promoting best practices in systems engineering and cross-functional collaboration.
 * Influence project direction by recommending architecture choices, design trade-offs, and engineering processes that improve system performance and development efficiency.
 * Collaborate with stakeholders to clarify requirements, interfaces, and acceptance criteria, ensuring traceability from customer needs to delivered systems.
 * Engage in continuous improvement of systems engineering processes, including requirements management, model-based approaches, and verification and validation methodologies.
 * Work onsite as an active member of a collaborative engineering team focused on next-generation semiconductor automation technologies., MySQL
Linux
TCP/IP
Equities
Scripting
Automation
Purchasing
OSI Models
Upskilling
Datasheets
Market Data
Shell Script
Cryptography
Systems Design
Key Management
Research Design
Ancient History
Design Analysis
Computer Science
Software Systems
Secret Clearance
Operating Systems
Agile Methodology
CompTIA Security+
Software Analysis
Network Protocols
Analytical Method
Security Clearance
Data-Flow Analysis
Systems Engineering
Integration Testing
Database Management
Cucumber (Software)
Time Off Management
Security Engineering
Software Development
Systems Architecture
Signals Intelligence
Programming Languages
Design Specifications
Microsoft SQL Servers
Requirements Analysis
Concept Of Operations
Engineering Management
Technical Documentation
Requirements Management
Technical Communication
Software Design Patterns
Ruby (Programming Language)
Verification And Validation
Perl (Programming Language)
Network Planning And Design
Computer Network Operations
Project Portfolio Management
Python (Programming Language)
Test-Driven Development (TDD)
Model Based Systems Engineering
Relational Database Management Systems
+0
Senior Systems Engineer
Actalent

Poway, CA*On-Site


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