Systems Engineering Intern

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{
  "id": "529354",
  "job": {
    "id": "534523",
    "division": null,
    "department": {
      "id": "39808",
      "name": "Internship"
    },
    "requisition_id": "FE-3643",
    "structure_custom_group_one": {
      "id": "1816",
      "name": "Franklin Electric",
      "title": "Company"
    }
  },
  "url": "https://franklin-electric.pinpointhq.com/en/postings/3bf877f8-311b-4ce5-9196-b89ca84ee1d8",
  "path": "/en/postings/3bf877f8-311b-4ce5-9196-b89ca84ee1d8",
  "title": "Systems Engineering Intern ",
  "benefits": "<div><!--block-->As a global company, Franklin Electric offers many opportunities to build your experience and knowledge. Our Intern positions offer responsibility, autonomy, and best-in-class training. The Franklin Electric Intern Program includes networking opportunities, lunch and learns, many opportunities for team building (like the competitive Intern Cornhole Tournament), and a presentation to Senior Leaders and Executives in the company.<br><br>Come join our Intern Program where you will not only grow in your career - but you will know you are a part of a company that is making a difference worldwide. Take a look at this video to see our <a href=\"https://www.youtube.com/watch?v=UmBwBV4M_jU\">Global Headquarters</a> here in Fort Wayne, Indiana.&nbsp;</div>",
  "location": {
    "id": "9730",
    "city": "Fort Wayne",
    "name": "US - Indiana - Fort Wayne",
    "province": "Indiana",
    "postal_code": ""
  },
  "deadline_at": null,
  "description": "<div><!--block-->We are seeking a <strong>Senior-Level Systems Engineering Intern</strong> to support the development and sustainment of <strong>integrated water pumping systems</strong>. This role is designed for students who are ready to apply <strong>systems engineering principles</strong>—requirements, interfaces, system behavior, risk, and verification—to real, fielded products.<br><br>The intern will work at the <strong>system level</strong>, bridging electrical, mechanical, controls, and application domains to understand how subsystems interact and how performance, reliability, and usability are achieved across the product lifecycle.</div><div><!--block--><br>This role is well suited for students pursuing a <strong>Master’s degree in Systems Engineering</strong> or senior-level undergraduates with strong systems coursework and interest in complex electromechanical systems.</div>",
  "compensation": null,
  "reporting_to": "",
  "workplace_type": "onsite",
  "benefits_header": "Franklin Electric Intern Program",
  "employment_type": "internship",
  "workplace_type_text": "Onsite",
  "compensation_maximum": null,
  "compensation_minimum": null,
  "compensation_visible": false,
  "employment_type_text": "Internship",
  "key_responsibilities": "<div><!--block--><strong>Key Systems Engineering Responsibilities</strong></div><ul><li><!--block-->Analyze and understand <strong>system-level requirements</strong> and how they flow down to motors, drives, controls, and mechanical subsystems</li><li><!--block-->Support <strong>root cause analysis of field issues</strong> by evaluating system behavior across operating conditions, interfaces, and use cases</li><li><!--block-->Identify and document <strong>system interactions and failure modes</strong> using structured methods (e.g., DFMEA, fault trees, causal analysis)</li><li><!--block-->Evaluate potential <strong>corrective actions and design trade-offs</strong>, considering performance, robustness, risk, and user impact</li><li><!--block-->Assist in defining and executing <strong>system verification and validation activities</strong>, including lab testing and field correlation</li><li><!--block-->Provide system-focused feedback to improve <strong>technical documentation</strong>, manuals, and technical bulletins</li><li><!--block-->Communicate findings in a <strong>clear, structured systems-engineering format</strong> to field engineers and cross-functional teams</li></ul><div><!--block--><strong>Technical Execution (Applied Systems Context)</strong></div><ul><li><!--block-->Configure and evaluate <strong>VFD–motor–pump system behavior</strong> across different operating scenarios</li><li><!--block-->Analyze control system behavior (e.g., stability, response, limits) in the context of overall system performance</li><li><!--block-->Use lab testing to validate hypotheses about <strong>system interactions</strong>, not just component functionality</li><li><!--block-->Support integration and system debug efforts that span <strong>controls, electrical, mechanical, and hydraulic domains</strong></li></ul>",
  "compensation_currency": null,
  "compensation_frequency": null,
  "skills_knowledge_expertise": "<div><!--block--><strong>Required Qualifications</strong></div><ul><li><!--block-->Pursuing a <strong>Master’s degree in Systems Engineering</strong>, or senior standing in Electrical, Mechanical, Controls Engineering, or a related field with strong systems emphasis</li><li><!--block-->Solid understanding of <strong>systems engineering concepts</strong>, including:&nbsp;<ul><li><!--block-->Requirements definition and flow-down</li><li><!--block-->System interfaces and integration</li><li><!--block-->Failure and risk analysis (e.g., DFMEA)</li><li><!--block-->Verification and validation</li><li><!--block-->Use Case development</li></ul></li><li><!--block-->Strong analytical and <strong>system-level debugging skills</strong></li><li><!--block-->Understanding of <strong>control system principles</strong>, including PID concepts</li><li><!--block-->Ability to clearly document and communicate <strong>system behavior and trade-offs</strong></li></ul><div><!--block--><strong>Preferred Qualifications</strong></div><ul><li><!--block-->Experience with CODESYS-based controls development, including C and ladder logic programming</li><li><!--block-->Proficiency with MATLAB and/or Python for system modeling, data analysis, or test result evaluation</li><li><!--block-->Coursework or experience with electromechanical systems, including VFDs, motors, or pump systems</li><li><!--block-->Familiarity with systems engineering methods, including requirements flow-down, failure analysis, and risk assessment (e.g., DFMEA)</li><li><!--block-->Experience translating lab and field data into system-level insights and design recommendations</li></ul><div><!--block--><strong>What You Will Gain</strong></div><ul><li><!--block-->Hands-on experience applying <strong>systems engineering theory to real-world products</strong></li><li><!--block-->Exposure to how system-level decisions impact <strong>performance, reliability, and field success</strong></li><li><!--block-->Experience working across disciplines to resolve <strong>complex, multi-domain issues</strong></li><li><!--block-->Opportunity to contribute to products used in demanding real-world applications at Franklin Electric</li></ul>",
  "key_responsibilities_header": "Key Responsibilities",
  "skills_knowledge_expertise_header": "Skills Knowledge and Expertise"
}