Electrical Engineer III (MEP)

As an Electrical Engineer III at Milhouse Engineering, you'll engage in a range of responsibilities, including designing low and medium voltage distribution systems, managing mid to large projects, and ensuring adherence to quality and budget standards. You'll also be involved in preparing documentation, reviewing shop drawings, and maintaining project files, all while keeping the team informed of any schedule or budget variances.

To be considered for the Electrical Engineer III position at Milhouse Engineering, candidates should possess a four-year technical degree from an ABET accredited institution and have between 6 to 8 years of relevant electrical design experience. An Engineer In Training (EIT) or Professional Engineer (PE) license is preferred, along with proficiency in software tools like Revit, ACAD, or MicroStation.

In the Electrical Engineer III role at Milhouse Engineering, you can expect to work on a diverse array of projects. This includes low and medium voltage power distribution systems, motor control circuits, fire alarm systems, and corridor lighting systems, providing you the opportunity to engage in fascinating and complex engineering tasks that make a real-world impact.

At Milhouse Engineering, proficiency in several key software tools is expected for the Electrical Engineer III position. You should have experience with Revit for design collaboration, Microsoft Word and Excel for documentation and reporting, as well as CAD programs like ACAD or MicroStation for precise engineering design work.

The work environment for the Electrical Engineer III position at Milhouse Engineering is vibrant and supportive. The company operates on a hybrid model, allowing for four days in the office located in downtown Chicago or Lombard, creating a dynamic atmosphere that promotes collaboration while also respecting flexible work arrangements.

When designing electrical systems, I start with a thorough understanding of the client’s requirements and regulatory standards. I then move on to creating initial drafts and conducting analyses to ensure all components interact seamlessly. Additionally, I will review existing designs for efficiency and safety, followed by rigorous testing before finalizing the project plan.

Managing project budgets and schedules involves meticulous planning and constant communication with all stakeholders. I utilize project management tools to track expenses and timelines and hold regular check-ins with vendors and sub-teams to address any deviations promptly, ensuring the project stays on track.

To ensure quality, I adopt a multi-step verification process, including peer reviews, compliance checks with industry standards, and regular updates on project deliverables. I also create a quality plan tailored to each project, focusing on reducing mistakes and enhancing overall performance.

In a recent project, I coordinated with mechanical and civil engineering teams to integrate electrical systems with HVAC and structural components. By organizing regular meetings and joint site visits, I facilitated clear communication, aligning our designs while addressing any inter-discipline conflicts early.

I stay updated with industry codes and standards through memberships in professional organizations like IEEE, attending relevant workshops, and subscribing to engineering publications. This continuous learning allows me to apply the latest updates to my work effectively.

My experience with project documentation includes preparing detailed project reports, maintaining up-to-date files for easy access, and ensuring that all design changes are documented correctly. I prioritize clarity and thoroughness in documentation to facilitate team understanding and project continuity.

When faced with unexpected challenges, I adopt a proactive problem-solving approach. I assess the situation collaboratively with the team, brainstorm possible solutions, and implement a plan of action quickly to minimize impact on the project timeline and budget.

I have extensive experience with Revit, utilizing it to create more efficient designs through its 3D modeling capabilities. Using Revit allows for better visualization of the project, facilitates easy collaboration and makes it possible to quickly identify potential clashes during the design phase.

I consider communication skills crucial in my role as an Electrical Engineer III. I strive to explain technical concepts in a way that’s accessible to clients, ensuring that they understand project specifics and feel confident about the decisions being made. It’s all about building trust and understanding with the client.

I’m motivated by the challenge of transforming complex ideas into tangible engineering solutions that have a positive impact on communities. Knowing that my work contributes to improved safety and efficiency in infrastructure drives me to continually seek knowledge and excel in my projects.