Electronic Systems Product Engineer

Key Responsibilities:

• Investigate electronic applications and systems issues, understand causal mechanisms, recommend solutions, and document results with guidance from senior team members.
• Apply and support improvements in electronic applications and systems development processes such as system specification, modeling, simulation, calibration, and Design Verification Plan and Report (DVP&R).
• Use tools for simulation, calibration, and product life maintenance.
• Collaborate with customers, technical teams, manufacturing engineers, and suppliers to deliver information and recommendations that lead to quality product decisions.
• Make decisions regarding electronic and electrical system design, calibration, and testing that impact product quality and performance.
• Resolve moderately complex component, product, system, and service issues with increasing technical complexity and ambiguity as experience is gained.
• Execute established work processes while developing technology and product knowledge.
• Engage in continuous improvement of systems and processes.
• Contribute to team goals, exhibit influence within the group, and develop proficiency in critical competency areas.

Skills:

• Collaborates:

  Works collaboratively with others to meet shared objectives.

• Communicates effectively:

  Delivers clear, tailored communications for different audiences.

• Decision quality:

  Makes timely decisions that keep the organization moving forward.

• Drives results:

  Achieves results consistently, even in challenging circumstances.

• Self-development:

  Actively seeks opportunities for growth and learning.

• Values differences:

  Recognizes and appreciates diverse perspectives and cultures.

Experience:

• Entry-level/early career professional.
• Preferred candidates will have experience in student employment (internship, co-op, etc.) or as an early career professional in a relevant technical discipline.
• Familiarity with MS Office tools is preferred.

Competencies:

• Design and Application of Mechatronics Systems:

  Specify electronic hardware and interconnections for control systems.

• Machine Integration and Optimization:

  Combine subsystems to achieve desired customer output and optimize performance, reliability, cost, and quality.

• Product Failure Mode Avoidance:

  Identify and mitigate potential product failure modes to improve reliability.

• Product Function Modeling, Simulation, and Analysis:

  Use computational tools to predict product performance and influence design decisions.

• Product Problem Solving:

  Identify and solve product issues through robust, data-driven solutions and root cause analysis.

• Product Verification and Validation Management:

  Develop validation plans, assess system solutions, and manage product risks.

• System Requirements Engineering:

  Translate stakeholder needs into verifiable requirements and manage them throughout the system lifecycle.

• Systems Thinking:

  Define systems by identifying linkages and interactions between elements, predict behavior, and suggest modifications.

• Cross-Functional Design Integration:

  Translate stakeholder needs into virtual designs and conduct cross-functional design reviews.

• Applies Principles of Statistical Methods:

  Use statistical tools to make data-based decisions.

• Electronics control System Engineering basics, Test plan creation,
• Test execution on Genset and on Test System,
• Requirement capture,
• iDFMEA, FTA, 7-step problem solving (basic understanding),
• Understanding of AC metering and calculations involved,
• Codes and standards (basic understanding of UL, EN),
• Technical documentation skills, basic understanding of simulation systems like HIL.

• College, university, or equivalent Bachelor's degree in Engineering or a relevant STEM field is required.
• Post-graduate (Masters) degree relevant to this discipline may be required for specific roles.