Jesse Christensen, PE

Extensive Municipal & Federal Experience

Jesse joined HECO in 2015 as an EIT. He has provided strong support on multiple federal and municipal projects. His solid experience, wonderful team spirit, and sense of humor make him a key part of the HECO culture.

               OUT OF THE OFFICE

Camping, fishing, riding ATVs, baking for people, and traveling when possible. Spending time with his wife, three kids, and dog named Grizzly, “but answers to ‘are you hungry?’ and Dump Truck because of the sound he makes coming down the stairs and his ability to remove the doggy door when he hits it hard enough.” He’s the President of the American Society of Civil Engineers Southern Idaho Section and has been on the board for several years.

               WORK HISTORY & EXPERTISE

The list of his previous employers is extensive before he obtained his degree in Civil Engineering. A couple of the fun ones were Snowbird Ski Resort in Utah, Shanty Creek, and Schuss Mountain which is a ski resort in Northern Michigan. He worked in the irrigation industry for about ten years before returning to college to get his degree. He has over four years of experience in the civil engineering field as well as with design aspects of wastewater treatment facilities, wastewater collection systems, wastewater lift stations, water distribution systems, water supply facilities, pump houses, storm water facilities, and street improvement projects. He has provided engineering support on large water and wastewater system projects involving multiple funding agencies. In his role as a staff engineer at HECO, Jesse has written several master plans, and provided design review and construction observation for numerous developments. His experience primarily includes design, plan preparation, contract documents, permitting, and rehabilitation projects but he has also worked with the public and municipalities to, together, achieve regulatory compliance and improve overall public health.

 

“Life is short, make it fun for yourself and those around you!”

Education & Training

  • BS, Civil Engineering Degree, Boise State University, 2015

Registration

  • Registered Professional Engineer:

    • Idaho

    • Texas

 

 

 

Jesse is always willing to cheerfully help the team in any given situation, he is dependable and reliable. I appreciate his positive attitude and the fact that he is lighthearted and adds humor to most things. He models HECO’s Golden Rule Traits.

Coworker

EXPERTS

Great teamwork can make things go from subpar to spectacular. Each member of the HECO team is talented, experienced, and dedicated to the providing the highest quality of work.

Our PROJECTS

From small jobs to complex and challenging ones, we approach every project with a commitment to excellence.

Stehekin Wastewater Treatment Plant Replacement

Stehekin, Washington is located along the northeast shore of Lake Chelan in the Lake Chelan National Recreation Area near the south end of North Cascades National Park.  The National Park Service owns and operates a physical-chemical wastewater treatment plant (WWTP), which was designed and constructed in 1974-76 to treat 25,000 gallons per day (gpd) of domestic wastewater from the community near Stehekin Landing.  HECO completed a Condition Assessment Report on the facility, identifying WWTP building and wastewater treatment system deficiencies in order to determine the scope and need for a new wastewater treatment system.

Replacement of Non-Compliant Water Treatment System

Tuolumne Meadows is a popular destination located on Highway 120 in Yosemite National Park.  It is a high use area and is one of the Park’s most prominent attractions.  A surface water treatment system provided treated drinking water for employees and recreational visitors in the Tuolumne Meadows area.  The water treatment system was constructed in 1967 with filtration upgrades in 1984.  It was an aged facility with outdated technology.  HECO evaluated alternatives, which included treatment technologies best suited for remote sites with limited operating staff.

Providing Safe Routes to School

The project included improvements to the sidewalk condition on S. Plymouth Avenue, from a distance of approximately 1300 feet.  Sidewalk improvements include removal and replacement of existing full width sidewalks with 10 ft wide sidewalks, ADA compliant pedestrian ramps, installation of a decorative street lighting system supplemented with roadway lighting as per AASHTO standards with underground electrical conduits for power supply.  The project length is approximately 0.25 miles in length and improved the west side of S. Plymouth Ave.  The HECO Team assisted the city with obtaining funding, and design of the project.

Eagle Road Underpass Pathway

This project involved linking three existing pathways on the east and west side of Eagle Road by construction of a pedestrian underpass under Eagle Road.  Project highlights include installation of pavement, landscaping, benches, lighting, and railing along the underpass portion of the pathway.  The project passes through the existing bank and riprap along the north bridge abutment and the pathway was excavated into existing fill material on the north bank of the river while a concrete cut off stem was constructed.  Riprap armament was relocated on the lower sections of the riverbank.

Wastewater Treatment Facility Improvements

This project included the construction of improvements to the municipal wastewater facility to meet a DEQ issued consent order and to provide adequate capacity for existing connections.  The City’s existing facility was a non-discharging facility and had reached capacity requiring frequent pumping and transport of wastewater to other facilities.  This project designed 19 million gallons, total volume, of new HDPE lined reservoirs to allow for a fully evaporative system and not require any discharge.  The facility was designed utilizing property that was located approximately 110 feet below the existing facility, which eliminated the need for pumping facilities and thereby a very sustainable system with very low operating costs.