Christian Wooden

• Projects
• - Conducted research to test and analyze feasibility, design, operation and performance of equipment, components and systems.
• - Tested models of alternate designs and processing methods to assess feasibility, operating condition effects, possible new applications and necessity of modification.
• - Created a self-automated greenhouse that delivers water and nutrients with the use of sensors, pumps, and dispensers all controlled by code.
• - Conducted experiment by writing code to control room and humidity levels.

• - Executed revised sales plans and reset zones to incorporate new merchandise.
• - Maintained superior customer service levels by prioritizing customers' needs over merchandising assignments.
• - Worked with department managers to maintain adequate inventory for regular and promotional demand.

• - Completed rush deliveries on tight timetables to satisfy customer needs.
• - Verified orders prior to completing deliveries to avoid customer complaints.
• - Logged hours, mileage and order-related activities with company's app to maintain detailed records.
• - Completed on-time deliveries by choosing best and most efficient routes.
• - Operated vehicle safely in highly congested areas with no traffic violations.

Working with a highly effective, interdisciplinary team reviewing new construction (NC)
projects’ energy efficiency incentive applications
• Using a variety of engineering calculation methodologies to determine energy savings
for NC projects
• Reading and understanding building plans and specifications
• Applying the leading-edge Oregon Energy Efficiency Specialty Code (ASHRAE 90.1) to
energy savings calculations
• Using and modifying spreadsheet tools and calculators (MS Excel)
• Implementing building energy modeling software such as eQUEST, Energy Plus, and
IESVE to find energy savings for real-world construction projects
• Understanding typical energy savings opportunities for lighting, HVAC, building shell,
domestic hot water, and other energy-influencing systems
• Utility Efficiency program design, functions and structures
• Learning how renewable energy resources such as photovoltaics are implemented in NC
• Attending Early Design Meetings while engaging with project owners, designers, and
architects about the building design process
• Authenticating energy efficiency measures on completed projects via remote and/or in-
person verification activities
• Understanding the critical role of our (non-engineering) Outreach, Operations,
Marketing, and other colleagues and partners
• Consistent consideration and application of safe practices