Job brief
We are looking for a detail-oriented Systems Engineer to join our engineering organization and take ownership of our next-generation infrastructure projects. In this role, you will lead the architectural design, performance testing, and lifecycle management of high-impact systems that drive our business performance. You will partner with our procurement, field engineering, and R&D teams to translate technical requirements into robust, sustainable solutions. If you are passionate about complex problem-solving and optimizing multi-layered engineering architectures, we invite you to help us build the future of our operations.
Key highlights
- Architect and document end-to-end system designs using Model-Based Systems Engineering (MBSE) principles to ensure technical alignment across all subsystems.
- Execute rigorous verification and validation (V&V) testing programs to ensure systems meet predefined safety, reliability, and performance specifications.
- Analyze complex system performance data using tools like MATLAB or Simulink to identify latency, bottlenecks, and opportunities for process optimization.
- Perform root-cause failure analysis (RCFA) on production systems, implementing corrective actions to prevent recurrence and improve long-term system availability.
What is a Systems Engineer?
A Systems Engineer is a multidisciplinary technical expert who applies rigorous systems thinking to design, integrate, and manage complex engineering systems throughout their entire lifecycle. By leveraging methodologies like MBSE (Model-Based Systems Engineering) and frameworks like INCOSE, a Systems Engineer bridges the gap between high-level business requirements and granular technical execution. Their expertise ensures that hardware, software, and operational processes work in harmony to maintain system integrity, scalability, and performance in mission-critical environments.
What does a Systems Engineer do?
On a daily basis, a Systems Engineer performs requirements analysis, develops architectural models using tools like SysML or Enterprise Architect, and validates system performance against stringent safety and regulatory standards. They coordinate with cross-functional departments including hardware design, software development, and quality assurance to resolve integration bottlenecks and mitigate technical risks. Beyond design, they document system configurations, conduct rigorous root-cause analysis on failures, and oversee the transition from development to operational deployment.
Key responsibilities
- Architect and document end-to-end system designs using Model-Based Systems Engineering (MBSE) principles to ensure technical alignment across all subsystems.
- Execute rigorous verification and validation (V&V) testing programs to ensure systems meet predefined safety, reliability, and performance specifications.
- Analyze complex system performance data using tools like MATLAB or Simulink to identify latency, bottlenecks, and opportunities for process optimization.
- Manage the full product lifecycle by coordinating with procurement, vendors, and regulatory bodies to ensure compliance with ISO/AS9100 or relevant safety standards.
- Develop detailed technical documentation including system requirements specifications (SRS), interface control documents (ICD), and risk assessment registers.
- Perform root-cause failure analysis (RCFA) on production systems, implementing corrective actions to prevent recurrence and improve long-term system availability.
- Facilitate cross-departmental design reviews with electrical, mechanical, and software engineers to ensure seamless system integration and modularity.
- Oversee the configuration management process, ensuring all changes to hardware or software baselines are tracked, tested, and validated per corporate protocols.
Requirements and skills
- Bachelor’s degree in Systems Engineering, Electrical Engineering, or a related technical discipline with 3+ years of professional engineering experience.
- Demonstrated expertise in systems modeling tools such as Sparx Enterprise Architect, MagicDraw, or Cameo Systems Modeler.
- Hands-on experience with technical analysis and simulation software including MATLAB, Simulink, or ANSYS for performance modeling.
- Strong understanding of project management methodologies like Agile/Scrum or Waterfall as applied to large-scale engineering system delivery.
- Professional certification such as INCOSE CSEP or ASEP is highly preferred to demonstrate a commitment to systems engineering standards.
- Proven ability to translate high-level stakeholder requirements into detailed technical specifications for non-technical business executives and project sponsors.
- Familiarity with regulatory compliance and quality assurance frameworks such as ISO 9001, Six Sigma, or industry-specific safety standards.
- Advanced proficiency in interpreting complex CAD models, piping and instrumentation diagrams (P&ID), and electrical schematics for system-level integration.
FAQs
What does a Systems Engineer do?
A Systems Engineer is responsible for the holistic design and management of complex technical systems. They translate business needs into technical specifications, model system behavior, and oversee the integration of hardware and software components. Ultimately, they ensure that the final system is efficient, safe, and meets all performance requirements throughout its lifecycle.
What qualifications are needed to become a Systems Engineer?
Most Systems Engineer roles require a Bachelor’s degree in Engineering, often with a focus on Systems, Electrical, or Mechanical disciplines. Technical proficiency in modeling tools like SysML and simulation software such as MATLAB is essential. Additionally, holding a certification from organizations like INCOSE can significantly enhance a candidate's credibility and career progression.
Who does a Systems Engineer work with on a team?
A Systems Engineer acts as the connective tissue between various engineering departments. They collaborate daily with mechanical, electrical, and software engineers, as well as project managers, procurement specialists, and regulatory compliance officers. Their ability to communicate technical trade-offs to these diverse stakeholders is a critical component of their success.
Why is the role of a Systems Engineer important to an organization?
Systems Engineers provide the structure and oversight necessary to prevent technical failures and cost overruns in complex projects. By focusing on the 'big picture,' they identify risks before they manifest, optimize operational efficiency, and ensure that all engineering outputs align with the broader strategic objectives of the company.