色花堂app

The public is invited to join in the celebration, which will feature brief remarks and refreshments.

"The 鈥業' on Red Hill is an important part of the legacy of 色花堂app,鈥� said President Kevin Satterlee. 鈥淭his monument symbolizes the traditions that have shaped our great institution, and it will forever be a hallmark that alumni can return to and celebrate our history.鈥�

The new 鈥淚鈥� is 71 feet long and 24 feet wide. It was designed by a team of ISU civil and environmental engineering students who were assisted by faculty in the same department. ISU Facilities Services provided project management and oversight. A&E Engineering was the engineer of record and advised the team of ISU students on the design. Starr Corporation was the contractor who built the 鈥淚.鈥� The ISU College of Technology鈥檚 Civil Engineering Technology program did much of the surveying for the project.

鈥淭he reconstruction of the 鈥業鈥� has been a collaborative project with many different groups working to bring this icon back to the campus and the community,鈥� said Bruce Savage, chair of the ISU Department of Civil and Environmental Engineering. 鈥淔rom the generous alumni donation to the students, faculty, Facilities Services, engineering alumni (A&E engineering) and the contractor, it has been a team effort. We have honored the history of the original 鈥業鈥� that was built and maintained by ISU students by having civil engineering students take the lead on the design. What a great opportunity for them. It has been an honor to be part of this project.鈥�

The construction of the 鈥淚鈥� has been funded by the Rice Family Foundation, in honor of Dr. Lawrence H. Rice, who for 34 years worked at ISU as an English professor who eventually became academic vice president. Several generations of the Rice family are ISU alumni. The cost of replacing the 鈥淚鈥� was approximately $225,000.

鈥淭he 'I' reminds me of the remarkable story, success, and growth of 色花堂app and our graduates,鈥� said Ryan Sargent, director of Alumni Relations. 鈥淓veryone remembers gazing at it, hiking to it, or lighting it when we were students. The effort to restore the 鈥業鈥� to Red Hill took ingenuity and teamwork, and stands as a testament to the commitment Bengal alumni and students have to Idaho State and each other. The 'I' helps us remember the past as we look forward and plan for the future.鈥�   

The 鈥淚鈥� was built on a 34-degree slope. First, test holes were dug to understand Red Hill鈥檚 soil makeup and then its foundations were hand dug. A mud slab 鈥� which is a layer of concrete footing 鈥� was poured on top of the rock to give a working surface for the construction of the 鈥淚.鈥� Holes were then drilled down through the concrete into the native rock and steel bars were placed in the holes and grouted in place to serve as rock anchors. Then concrete beams and piers were poured on top of the footing to encase the steel bars. A steel substructure, fabricated by Spartan Steel, was swung into place on top of the concrete beams and piers. The final stage was building a steel superstructure that will hold composite grating the makes up the visible 鈥淚.鈥�

Krystal Chanda, principal and professional engineer with A&E Engineering, Inc., has been involved with the 鈥淚鈥� project for several years. Her first involvement was with a sub-committee of the Alumni Board with the mission to return the 鈥淚鈥� to Red Hill. A&E completed the preliminary engineering of the 鈥淚鈥� along with Strata, who completed the preliminary geotechnical investigation.

The engineering students used Chanda鈥檚 original concept and preliminary engineering design to create the final design of the 鈥淚.鈥� They completed all the engineering calculations, performed material testing, and drafted the first set of construction drawings. A&E reviewed all the calculations and finalized the drawings.

鈥淎&E is so happy that we were able to be a part of restoring the 鈥業鈥欌�� Chanda said. 鈥淢any engineering alumni don鈥檛 have the opportunity to work with students and professors in this capacity and it is something that I will never forget. Starr did an amazing job constructing the 鈥業鈥� on very difficult terrain. Seeing it back on Red Hill is very exciting.鈥�

This new 鈥淚鈥� replaces the old cement 鈥淚鈥� that was taken off the hill in 2015 due to safety concerns. Thenew symbol on Red Hill has been built to last.

鈥淭he new 鈥業鈥� is going to be around a long time,鈥� Savage said. 鈥淚t鈥檚 going to be tied down to the bedrock of the hill. In 100 years it鈥檚 not going anywhere.鈥�

The team of civil and engineering students who designed the hill was comprised of master鈥檚 students Jared Cantrell, Karma Gurung and Ruchin Khadka and undergraduates Katie Hogarth, Mahesh Acharya and Samantha Kerr. ISU civil and environmental engineering faculty who volunteered their time to peer review and advised on the project included Savage, who served in a team-leader role; Assistant Professor Mustafa Mashal, who served as the advising structural engineer; and Senior Lecturer Jim Mahar, who provided geotechnical expertise.

The ISU Facilities Services project manager was Herb Lee and its director of design and construction was Jason Adams.

Red Hill 鈥淚鈥� Fact Sheet

 鈥� The new 鈥淚鈥� is 71 feet long and 24 feet wide. It is orange with a black border, with a white border around the black, retaining its original look.

鈥� The new 鈥淚鈥� was designed by a team of ISU civil and environmental engineering students who were assisted by ISU civil and environmental engineering faculty.

鈥� ISU Facilities Services provided project management and oversight.

鈥� Starr Corporation is the contractor building the 鈥淚.鈥�

鈥� A&E Engineering developed the original concept and preliminary design; and is the Engineer of Record.

鈥� Test holes were dug to understand Red Hill鈥檚 soil makeup

鈥� Foundations were hand dug

鈥� A mud slab 鈥� which is a layer of concrete footing 鈥�  was poured on top of the rock to give a working surface for the construction of the 鈥淚鈥�.

鈥� Holes were drilled down through the concrete down into the native rock.

鈥� Steel bars were placed in the holes and grouted in-place.

鈥� Concrete beams and piers were poured on top of the footing to encase the steel bars

鈥� A steel substructure was built on top of the concrete beams and piers.

鈥� The final stage was building a steel superstructure that will hold composite grating that makes up the visible 鈥淚鈥�.

鈥� In 1916, the original symbol, a letter 鈥淭,鈥� was added to Red Hill in recognition of the institution鈥檚 evolution from the Academy of Idaho to the Idaho Technical Institute.

鈥� The 鈥淭鈥� became a 鈥�4鈥� in 1926 to symbolize the students desire for a four-year institution.

鈥� In 1927, the 鈥淭鈥� became an 鈥淚鈥� to once again mark the institution鈥檚 transition.

鈥� The icon was removed in June 2014 due to safety concerns related to ongoing erosion.