Energy Efficiency Services Design Engineer

As an Energy Efficiency Services Design Engineer at ELPEDISON, your responsibilities will include conducting on-site audits, communicating with customers for information gathering, designing technically complex Building Automation Systems, and proposing upgraded actions for energy efficiency across various systems. You will also prepare technical reports, manage project designs, and ensure effective stakeholder communication to deliver tailored energy-efficient solutions.

To be successful as an Energy Efficiency Services Design Engineer at ELPEDISON, candidates should possess a BEng in Electrical or Mechanical Engineering, ideally complemented by a Master’s degree or MBA. Additionally, 2-3 years of relevant experience in a technical setting, chartered engineering status in Greece, and proficiency in software tools like MS Office and CAD programs are required.

ELPEDISON prioritizes employee development by offering continuous learning and upskilling opportunities, including access to premium online training platforms. We aim to foster an environment of growth where Energy Efficiency Services Design Engineers can expand their skill sets and advance their careers while contributing to exciting energy transformation projects.

Candidates for the Energy Efficiency Services Design Engineer position at ELPEDISON should have advanced knowledge of MS Office, MS Project, and CAD programs. These skills are crucial for designing and configuring energy-efficient systems, preparing technical reports, and effectively managing projects.

ELPEDISON offers a competitive salary, performance-based pay, private health insurance, and a pension scheme among other benefits. Additionally, you'll enjoy a hybrid working model, an extra day off, reimbursements for athletic activities, and a range of perks including discounts on home energy use and access to unlimited snacks at the office.

When addressing your experience with energy efficiency projects, highlight specific examples where you conducted audits or implemented solutions that improved energy usage. Talk about your methodologies, technologies used, and results achieved. Show how your contributions positively impacted the operational efficiency of the systems involved.

To assess the energy efficiency of a system, discuss your approach to data collection through audits and inspections. Reference how you analyze HVAC and lighting systems and evaluate designs against best practices. It’s essential to emphasize your ability to identify areas of improvement and recommend actionable upgrades.

In your response, mention key technologies such as IoT, AI, and advanced Building Automation Systems. Explain how these technologies facilitate real-time monitoring and enhance the decision-making process for energy optimization. Discuss your familiarity with these systems and their application in your previous work.

When describing a challenging project, focus on a specific instance that tested your skills. Explain the challenges faced, your proposed solutions, and the collaboration with your team. Be sure to mention the results and how they contributed to organizational goals, demonstrating your problem-solving abilities.

To ensure customer satisfaction, describe your communication strategy, importance of active listening, and how you manage customer expectations throughout the project lifecycle. Highlight your ability to understand customer needs and how you deliver tailored solutions that resonate with them.

For project management, discuss your utilization of tools like MS Project for planning, executing, and monitoring projects. Emphasize your strengths in organization, scheduling, and team collaboration, and mention how you adapt your methods to ensure projects stay on track and within budget.

Share your experience with engaging stakeholders by discussing your process of identifying key stakeholders and keeping them informed throughout project phases. Mention your strategies for effective communication and managing their input to align project objectives with business goals.

To stay updated in energy management, mention your engagement with professional networks, industry publications, and continuous learning initiatives. Discuss specific resources or conferences that have impacted your knowledge positively and how they influence your work.

When discussing your experience with Building Automation Systems, elaborate on the types of systems you've designed or managed. Talk about your role in configuration, integration, and monitoring, as well as how these systems help in enhancing energy efficiency.

Discuss the critical role of energy efficiency in sustainable practices by emphasizing its positive impact on reducing carbon footprints, lowering operating costs, and enhancing business resilience. Share insights on how energy-efficient systems form the foundation for broader sustainability goals in organizations.