WHAT DOES AN ENERGY ENGINEER DO?

Updated: Jun 02, 2025 - The Energy Engineer conducts remote building data analytics and audits to analyze energy usage, identify operational patterns, and develop facility improvement plans. This position evaluates energy performance by comparing design specifications with actual operations and identifying optimization measures for energy and maintenance. The engineer also leads site visits, collaborates with vendors, supports digital service contracts, and ensures the delivery of comprehensive energy solutions, including audits, cost analysis, and performance verification.

A Review of Professional Skills and Functions for Energy Engineer

1. Energy Engineer Job Description

  • Autonomy: Carry out preliminary and detailed studies with total autonomy, in close collaboration with Sales Managers.
  • Collaboration: Work closely with Sales Managers and maintain sustained exchanges with the customer's technical teams (Process, Utilities, Maintenance, Quality).
  • Pre-sales expertise: In the pre-sales phase, responsible for all technical subjects, from the initial idea to the signing of the contract.
  • Technical analysis: Visits to complex industrial sites, energy analyses of energy production and distribution installations, and consumer processes.
  • Design and dimensioning: Take responsibility for the design and dimensioning of advanced technical solutions.
  • Calculations and cost estimation: Responsible for calculations of savings and corresponding investment costs.
  • Subcontractor management: Develop specifications for subcontractors, and develop and implement IPMVP-type measurement and verification.
  • Measurement and verification (IPMVP): Develop and implement IPMVP-type measurement and verification.
  • Technical communication: Ensure sustained exchanges with the customer's technical teams (Process, Utilities, Maintenance, Quality).
  • Negotiation: Participate in negotiations alongside the sales teams with decision-makers in Purchasing, CAPEX/Investments, and Industrial Performance/Technical Management.
  • Quality assurance: Maintain the highest quality assurance in project or service development processes, including the management of internal contacts and transfer to project execution and later service execution.
  • Project management: Maintain the highest quality assurance in project or service development processes, including the management of internal contacts and transfer to project execution and later service execution.
  • Market monitoring: Actively monitor new approaches, technical solutions, and subsidies on the market to continuously improve offers and business profiles.

2. Energy Engineer Details and Accountabilities

  • Site Review: Review customer sites/dashboards and interface with customers and contractors.
  • Platform Setup: Help set up new customer facility monitoring platforms and energy information systems.
  • Energy Audits: Perform initial energy/equipment audits for commercial and industrial buildings.
  • Data Analysis: Work with the programming team to develop new fault detection algorithms, statistical data analysis, or data visualization techniques.
  • Lead Development: Work with the sales and marketing team to develop project leads.
  • Project Management: Manage projects and project team members.
  • Engineering Leadership: Undertake and/or lead engineering for clients' projects.
  • Renewable Energy Project Delivery: Input to the delivery of renewable energy project developments following the pre-defined budgets, deadlines, and quality requirements.
  • Reporting: Regularly and accurately reporting the status of projects to management.
  • Client/Contractor Relationship: Be a key interface and manage the relationship with clients and contractors.
  • Site Inspections: Site inspections provide advice and consultancy on air tightness and acoustic issues when required by contractors.

3. Energy Engineer Additional Details

  • Energy Oversight: Oversee the energy matters across the company.
  • Energy Analysis: Analyze the distribution of the energy and continue to identify any energy conservation opportunities.
  • Energy Conservation: Initiate new energy conservation programs or projects to seek to significantly lower the cost of each product car.
  • Consumption Supervision: Supervise energy consumption daily and timely correct any energy waste behaviors.
  • Waste Reduction: Firmly push each energy user to take appropriate and immediate actions to reduce waste during the process.
  • Energy Culture Promotion: Promote the energy-saving culture across the company through multiple channels.
  • Utility Management: Deal with the bill with the utilities including electricity, natural gas, city water, and nitrogen gas.
  • Data Sharing: Share the data periodically with the site leaders.
  • Client Engagement: Participate in site visits and client meetings.
  • Knowledge Dissemination: Disseminate knowledge and experiences to other team members and support the development of the team and team members.
  • Site Surveys: Carry out site surveys including measurements of buildings and identifying heating and lighting systems and controls for SAP and BER certs.

4. Energy Engineer Essential Functions

  • Energy Management: Have engineering responsibilities within Housing for the reduction of energy and the improvement of indoor air quality in the buildings.
  • Building Systems Design: Develop specifications of building systems, evaluate life cycle costs, design energy conservation measures, and the subsequent construction management of these initiatives.
  • Project Management: Project management and provide direction to the Housing facility team members performing the installation.
  • System Maintenance: Maintain the building automation system for University Housing and is responsible for procurement of associated upgrades.
  • Data Analysis: Trend utility data for University Housing inventory and make targeted decisions on how to reduce energy consumption in the residence halls.
  • Risk Mitigation: Add value, avoid/resolve issues, mitigate risks, and manage the project's finances and contracts by applying robust project management practices and experience from previous projects.
  • Acoustic Testing: Complete pre-completion of Acoustic Testing on sites (in-house training provided).
  • Documentation: Compile reports and certificates for air tightness and acoustic testing tests carried out. Maintain and update documents to the management system (ISO 17025).

5. Energy Engineer General Responsibilities

  • Data Analytics: Conduct building data analytics remote audits, analyze the current situation, and produce facility improvement measures plans.
  • Industry Engagement: Engage with the people in the various industries and buildings.
  • Energy Usage Analysis: Understand the challenges, the energy usage, and patterns, how the plant is operated and controlled, and how the plant is providing and using the energy within the industry/building.
  • Design Comparison: Compare the design to what is being used (e.g. to identify changes in operation) and upon delivering a performance report, to identify facility energy/maintenance optimization measures.
  • Facility Optimization: Coordinates and leads facility site visits and communicates with outside vendors as it pertains to FIMS described above.
  • Vendor Communication: Coordinates and leads facility site visits and communicates with outside vendors as it pertains to FIMS described above.
  • Sales Support: Assists sales in the identification and qualification of potential digital services contracts.
  • Lead Development: Support in the development of digital services leads during sales phases.
  • Process Ownership: Full ownership of the optimization process, from discovery to service delivery including energy audits, cost calculations, design and specifications, sub-contractor procurement, and measurement and verification.
  • Collaboration: Close interaction and cooperation with the Siemens European Digital Delivery Center.
  • Service Development: Ensure the service development process including internal stakeholder management.
  • Market Monitoring: Actively monitor new trends and solutions in the market to enhance the offerings.
Relevant Information
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