Project Development Engineer; Renewable Energy

Project Development Engineer (Renewable Energy) - Frederick County (1 day per week in office)

• Ideally seeking at least 5+ years of relevant working experience within project engineering/project development
• US Citizenship is required
• Prior working exposure within renewable energy field is highly preferred (including experience with power, energy, renewables, building simulation programs and methodologies, lighting retrofits, and energy conservation)
• Bachelors Degree required. Mechanical or Electrical engineering majors highly preferred
• eQuest software experience is a plus
• PE, LEED, CEM or EIT certifications are a plus but not required. They will help fund the incumbent candidate's pursuit of prior mentioned certifications.
• ESCO and/or Design Build experience is a major plus
• Prior working experience with federal construction projects is highly preferred
• Knowledge of U.S. commercial and Government standards, regulations and codes will be beneficial
• Ability to analyze and quantify energy savings and implement projects involving chiller and boiler plants, motors, VFDs, HVAC retrofit, controls, and distributed generation

• Project Development Engineer will conduct analyses and modeling of energy efficient systems in commercial, institutional, and industrial end-use applications addressing power, energy, lighting, renewables, building envelope, and control systems to determine the pre-condition energy usage and recommended post-condition energy efficient system modifications.
• Assess existing mechanical, electrical, HVAC, plumbing systems and document energy performance information, including utility data and facility infrastructure drawings
• Identify opportunities for energy conservation or efficiency, prepare energy savings calculations, and perform engineering assessments including baseline profiles, end-use and retrofit analysis
• Analyze and prepare conceptual and detailed engineering design and bid documents, cost estimates, drawings, and specifications for energy efficient building technology and system measures;