Associate Electrical Controls Engineer - EPLAN Designer

Factory Technologies•Modesto, CA

4d•Onsite

About The Position

Factory Technologies, Inc. (FTI), a Systems Integrator located in Modesto, CA, is seeking an Associate Electrical Controls Engineer - EPLAN Designer. This entry-level position is specially designed for recent engineering graduates and early-career professionals. No prior commercial CAD experience is required. However, familiarity with CAD software or previous drafting experience is a plus. We provide comprehensive, structured on-the-job training in electrical schematic design and the EPLAN environment. Recent graduates from a variety of engineering backgrounds, including mechanical engineering, are strongly encouraged to apply. Based in Modesto, CA, this office role includes panel shop collaboration and occasional local client site support. Along with technical qualifications, as a member of the FTI team, you will be most successful when you embody our core non-technical traits and collaborative values: Communication: Strive for excellent oral, written, and active listening skills. Proactively discuss task successes, failures, and roadblocks with your team. Let the team know of unexpected changes to your schedule as soon as possible. Provide clear, audience-appropriate updates on project progress. Ask for and share respectful, constructive feedback. Sharing/Collaboration: Share your time, skills, and gather knowledge freely with colleagues. Collaborate closely with senior engineers, interns, and shop floor panel wiremen, actively seeking mentorship and learning from their hands-on experience. Focus: Support others when needed and allow teammates to focus on their critical tasks. Be Curious, Not Judgmental: Ask thoughtful questions to uncover details and seek to understand the "why" behind engineering standards or redlines to become a better designer. Adaptability/Flexibility: Adapt and change directions routinely in a fast-paced, dynamic integration environment. Problem Solving/Critical Thinking: Apply critical thinking and collaborative efforts to solve technical and project challenges. Repeatability/Scalability: Standardize your work (e.g., building clean EPLAN macros, parts databases, and templates) so that designs can be easily reused and scaled. Self-Awareness: Understand your technical strengths and seek proactive growth in areas of development. Empathy: Put yourself in others' shoes before judging. We all make and find mistakes; treat others with respect. Remember that shop wiremen must build what you design. Create clear, logical, and constructible schematics to make their jobs easier. Active Listening: Listen with the genuine intent to understand, not just to react or respond. Resilience: Maintain a positive mindset through temporary project difficulties and challenging days. Take Care of Yourself: Be your own gatekeeper and communicate your issues, goals, and needs to avoid burnout and maintain a healthy work-life balance. Participate: Contribute actively to company improvements. Positive changes only happen with participation. Time Management/Prioritization: Manage daily priorities and communicate issues early, coming to the table with proposed solutions. Associate Engineers are most successful in this role when they bring a solid academic foundation and an eagerness to learn on the job. FTI fully assumes and provides structured on-the-job training to help recent graduates succeed in EPLAN design and controls engineering.

Requirements

BS in Electrical Engineering (BSEE), Electrical Engineering Technology (BSEET), Mechanical Engineering (BSME), Mechatronics, Automation Engineering, or a closely related discipline.
Strong understanding of basic AC/DC circuit analysis, electrical components (relays, PLCs, VFDs, breakers, terminal blocks), and basic power distribution.
Ability to read and interpret mechanical layout drawings, P&IDs, flow diagrams, or existing electrical schematics.
General knowledge of Microsoft Office (Word, Excel, Outlook).
Must possess a valid driver’s license with a clean DMV record.

Nice To Haves

Familiarity with CAD software or previous drafting experience.
Academic or internship exposure to database-driven CAD software (EPLAN Electric P8, AutoCAD Electrical, or SOLIDWORKS Electrical).
Familiarity or academic exposure to industrial codes and safety standards (such as UL 508A, NFPA 79, NFPA 70/NEC).
Strong Microsoft Excel skills are beneficial for managing EPLAN parts databases.
Familiarity with EPLAN Pro Panel for 3D cabinet design.
Hands-on experience with panel wiring, electrical assembly, or multimeter testing (such as a Control Panel Wireman background).

Responsibilities

Interpret Drawings: Review customer specifications, P&IDs, control narratives, and mechanical drawings to determine electrical and layout requirements.
EPLAN Schematic Design: Design detailed, multi-page electrical control schematics using EPLAN Electric P8, including low-voltage distribution, safety circuits, PLC hardware configurations, and I/O networks.
Enclosure Layouts: Calculate panel space requirements, sizing wire-ways, DIN rails, and component spacing to design optimized 2D/3D electrical enclosure layouts.
Database & Smart Design: Help build and maintain smart parts databases, manufacturer catalogs, device structures, and functional macros in the EPLAN platform to ensure standardization and reuse.
Automated Engineering Reports: Generate and validate critical project documentation, including Bills of Materials (BOMs), terminal strip diagrams, cable schedules, and point-to-point wire lists.
Continuous Improvement: Revise and troubleshoot legacy drawing packages based on testing feedback and manufacturing redlines from the assembly shop floor.
Collaborate with Shop Floor: Confer with shop supervisors and panel wiremen to clarify design drawings, review fabrication questions, and resolve assembly problems.
As-Built Redlines: Note and implement design deviations (redlines) during panel fabrication and testing, updating final EPLAN packages to reflect as-built conditions.
Engineering Calculations: Perform basic engineering calculations for thermal loads, circuit protection, and component sizing with mentorship support.
On-Site Commissioning: Assist senior engineers with field investigations, equipment startup, panel modifications, and commissioning at customer facilities.