Tyrone Copper Mine is the site of this drainage channel, constructed between two reclaimed tailings dams. Restoration of the existing diversion channel posed a challenge, as the original had been head-cut up to 60 ft deep, with unusual one-to-one side slopes. The diversion channel’s erosions needed to be restored while preventing further erosion, which could have led to failing banks and exposed tailings from tailings dams. Four 11,000 cu yds of roller compacted concrete were used on four small structures in the channel, with overhead load cranes putting the RCC in place. This challenge was solved in part by using vibrators to coax the RCC out of the bucket, as well as by using a miniature excavator with a cutting edge to spread the concrete in small areas of the channel. 1,500 cu yds of grouted rip rap were placed at the site, and 222,000 cu yds of dirt was excavated. Erosion in the channel was arrested with the construction of a flattened channel slope and control of the drop of the water at the structures.

Submitted by: Kiewit New Mexico Co. Owner: Freeport-McMoran Copper & Gold Inc. Architect: URS Corporation. Contractor: Twin Mountain Construction II Co. (now Kiewit NM Co.)

New Mexico

Photo courtesy Kiewit New Mexico Co.

Zocalo Santa Fe Condominiums consists of 300 units, ranging from 1,000 sq ft to 2,200 sq ft. With colors that seamlessly integrate into the surrounding Santa Fe landscape and interiors that reflect attention to detail, this residential complex is fresh while remaining appropriate for its surroundings. The entrance to the community is representative of a traditional Mexican plaza. Amenities such as an outdoor pool with a hot tub and trademark sculptural elements as well as a clubhouse and fitness center ensure that residents have the complete package when it comes to livability. The loft design of the buildings incorporates flexible use of space, with details including Valspar over Level Rock flooring and wood-clad windows. Buildings are wood-frame construction with elastomeric paint, which will stretch and shrink in response to temperature fluctuation without cracking. An anti-freeze fire protection system along with Gypsum concrete floors are just two of the innovative construction elements. Mass grading and the import of 25,000 tons of structural fill paved the way for MSE-stacked retaining walls. Water and landscape preservation were focal points of the project, and a permanent drainage swale was constructed to ensure healthy runoff. This residential site provides for low-income housing.

Submitted by: Gerald Martin General Contractor. Owner: Foothills Estates LLC. Architect: Dekker Perich Sabatini/Legorreta Legorreta. Contractor: Gerald Martin General Contractor.

Santa Fe, N.M.

Photo courtesy Ricardo Legorreta/Legorreta Legorreta

This five story 108,000-sq-ft educational building features a structural system of concrete and steel. An architectural concrete wall visible from Route 66 is a highlight of this building. The interplay between the architectural concrete walls, structural steel ceiling beams and glazing systems illustrates the complex relationship between plan and section. Albuquerque’s climate was factored into the construction, so that the massive southern wall and the concrete floors throughout help to stabilize temperature shifts. Agilia concrete was used in the construction of the building, an added cost that was justified in the final product, which has superior color consistency. To achieve this, extensive mock-up forms and pours were made during the building process. Rebar placement allowed for less than 3/8 in. between bars in many places. The actual building itself is an active teaching tool for the students and faculty at UNM, who are visually reminded to consider how building materials and space interact in a cohesive pattern. The overall effect of the building mirrors the stepped forms and earth-colored buildings of the UNM campus as a whole. The robust, open, airy construction of the building exposes its structure and is a superior environment in which to study the subject of architecture. Form, function, and utility come together in this striking facility, which illustrates the concept of students actively engaging in learning in the classroom as well as from the intrinsic qualities of the spaces in which they work.

Submitted by: Jaynes Corp. and Antoine Predock Architect PC. Owner: University of New Mexico. Architect: Antoine Predock Architect PC; John Anderson Architect. Contractor: Jaynes Corp.. Engineers: Bridgers & Paxton; Chavez-Grieves.

Albuquerque, N.M.

Photo courtesy Antoine Predock Architect

Solving flood problems in a way that beautifies the area, the Tingley Park Flood Control Facility and Park Reconstruction project benefits the neighborhood at large. The existing Tingley Park in downtown Albuquerque was demolished, and in its place a pond was created for detention storage, a new surge inlet structure and emergency spillway were constructed, and the existing Odor Control Facility was relocated. A weir wall was designed to support the collection system and pump station. Phase II of the project focused on the creation of a multi-use recreation area for the community. The 10 acre park will yield water storage of 25-acre-ft, which will reduce flooding in the surrounding area. The park was lowered five feet, and was graded into several different elevations. Each section was fitted with its own inlet, allowing for rapid drainage into the 96” storm drain. Creative solutions to a severe flooding problem as well as construction constraints due to the proximity of the park to the Albuquerque Zoo were gracefully solved in a manner which betters the community in several different ways.

Submitted by: Wilson & Co.. Owner: City of Albuquerque. Engineer/Architect: Wilson & Co.. Contractor: NM Underground (Phase I); AS Horner Inc. (Phase II). Major Subcontractors: Terra Creatas Landscape Architects (Phase II).

Albuquerque, N.M.

Photo courtesy Wilson & Co.

Well-ventilated and welcoming, the Southwest Gastroenterology Associates complex features a fresh, open plan yet consolidates the practice into one building. Patients have access to diagnosis, on-site procedural services, as well as follow-up care in this 23,500-sq-ft space. An Ambulatory Surgery Center with four endoscopy procedure rooms and a 22-exam room clinic ensure that the healthcare needs of the community are met. Accenting the exposed insulated structural metal deck ceiling and sculptural lighting fixtures, the interior detail provides a modern yet warm atmosphere for patients and staff. Natural brick, tile, and wood textures combine with a vaulted, bright entryway, which features a concierge desk where patients and visitors receive information. An all-brick fa�ade underscores cherry wood horizontal trim and paneling, complemented by the use of aluminum sunshades on the exterior of this structure. Large windows allow in natural lighting and encourage patients and staff to enjoy tranquil views from many different vantage points in the building.

Submitted by: The Hartman Majewski Design Group. Owner: Southwest Gastroenterology Associates PC. Architect: The Hartman Majewski Design Group. Contractor: Klinger Constructors LLC. Engineers: QPEC Quiroga-Pfeiffer Engineering; The Design Group; Arsed Engineering Group LLC; Lopez Engineers. Major Subcontractors: The Hilltop Landscape Architects & Contractors.

Albuquerque, N.M.

Photo courtesy The Hartman Majewski Design Group

Intricate detailing is the hallmark of this artistically renovated and expanded church. Retaining the historic look of St. James Episcopal Church was of paramount importance, as it showcases carved wood panel Stations of the Cross and a pin altar cross inlaid with turquoise. When the rear sanctuary wall was removed, a 28-ft high double adobe wall as well as its oversized bond beam was removed, yet the structural integrity of adjacent walls was maintained. During the course of the renovation and expansion, interior and exterior plaster and wood finishes were matched and new stained glass panels were fabricated to seamlessly meld with existing panels. Extending from the expansion into the renovation area, new technologies for HVAC, electrical, energy efficiency, and telecommunications were used. Constructed of Insulating Concrete Foam, steel trusses, and wood parapets, the structures of the new nave and sanctuary were joined to the existing adobe structure. Underpinned by new corbels and covered with 2x12 West Coast Douglas Fir, the supports for the new structural steel roof ensured the expanded nave and sanctuary retained their traditional design while gaining new stability. Designs matching the original John Gaw Meem detailing were used to preserve the historical authenticity of the structure.

Submitted by: Wayne Rutherford General Contractor Inc.. Owner: Episcopal Diocese of the Upper Rio Grande. Architect: Nottingham Design Associates. Contractor: Wayne Rutherford General Contractor Inc.. Engineers: Walla Engineering Ltd., Peak Power Engineering Inc., Thompson Engineering. Major Subcontractors: ESQ’s Lath & Plaster; GWC; Quality Acoustics; Salcido Drywall .

Taos, N.M.

Photo courtesy Wayne Rutherford General Contractor

Fire engines are the essence of any firehouse, and as such dictate the very nature of the structure, from the siting to the massing to the finish materials. The Ruidoso Main Fire Station is accented with a clear and linear floor plan, which provides a crucial unobstructed path to the fire pole and stairs leading to the apparatus bay. Providing a congenial living environment for the firefighters, the space is formed around the concept of allowing as much northern light to filter in to highlight views of the surrounding area. Long and narrow in the style of an historical longhouse, the station is built in a one-to-seven proportion. A mountain setting is reflected in the skillful use of natural elements including wood. The appearance is light and airy while still maintaining its crucial function. Comprising 14, 500 sq ft, the fire station is an excellent value, considering the construction challenges of building it in front of a steep mountain, with 14 ft tall retaining walls shoring up its stability.

Submitted by: Rohde May Keller McNamara Architecture PC. Owner: Village of Ruidoso. Architect: Rohde May Keller McNamara Architecture PC. Contractor: White Sands Construction Inc.. Other Design:. Engineers: JJK Group; The Response Group; LRA Inc.; FEW Brown Engineering. Major Subcontractors: Casteel Auto. Fire Protection; Five G’s Steel Erectors .

Ruidoso, N.M.

Photo courtesy RMKM

Once a famous destination hotel north of Santa Fe, Rancho Encantado has been re-opened with an entirely new design. Wood accents include knotty Alder doors and casework as well as walnut hardwood floors and woodwork in the commercial dining room and lodge. These warm accents underscore the resort’s mission to preserve the historical roots of the ranch while offering state-of-the-art amenities. Integral color concrete doors lead into rooms showcasing bamboo and stone tile flooring, kiva fireplaces, and 35” flat screen TVs. Guests can relax at this resort by enjoying floating flame fireplaces in the courtyards, and copper roofs on the lodge and spa. With 65 luxury casitas and suites ranging in size from 650 to 1,000 sq ft, the 57-acre property accentuates Northern New Mexico’s landscape.

Submitted by: Jaynes Corp.. Owner: Canyon Encantado LLC. Architect: Hart Howerton Architects & Aiken Pate Architects. Contractor: Jaynes Corp..

Near Santa Fe, N.M.

Photo courtesy Jaynes Corp.

Formerly home to a City of Albuquerque landfill, this location has been reborn as the Paseo Nuevo Office Complex. This Class A, LEED-certified office complex is 106,000 sq ft and promotes the new urban concept of locating the office building along the street. Uniquely utilizing its west-sloping site, the 400-car parking deck allows access to deck levels with no site space used for ramps. Other innovations include 200 ground source heat pump wells which heat and cool the building. With numerous balconies and sun shading devices sheltering the high performance glass from direct solar gain, this “green” building is accented with a light-colored roof to reduce heat island effect. The landscaping uses native drought-tolerant plants, with organic pest management. 10% of building materials were recycled, and the building will utilize “green” housekeeping concepts while educating tenants with signs explaining the LEED concept placed throughout the building. Success in leasing space in the structure is due in large part to the height and setback variances obtained before construction. The surrounding neighborhood, in which the complex is located, is buffered from the presence of this five-story space by the layout and design of the structure.

Submitted by: Studio Southwest Architects Inc. . Owner: The Skarsgard Firm PC. Architect: Studio Southwest Architects Inc.. Contractor: Summit Construction Inc.. Engineers: CCI Engineering; Chavez-Grieves Consulting Engineers; Huitt-Zollars Inc.. Major Subcontractors: Hannah Plumbing; Prime Electric; Les File Drywall; Hughes Erectors; TLC; AM-FAB; Lafarge Concrete; William McPike; Enviroworks.

Albuquerque, N.M.

Photo courtesy Studio Southwest Architects

Mimicking the conditions of the Rio Grande River, the Los Lunas Silvery Minnow Refugium is the first fish facility of its kind in the world, and is designed to save this endangered minnow. The singular framework of the refugium includes a 700-sq-ft office, a 2,000-sq-ft storage building and a 1,500-sq-ft indoor hatchery for silvery minnow spawn. The 0.5 acre outdoor refugium has a total water volume of 227,000 gallons. Within the refugium, the silvery minnow can choose the habitat it prefers, from deep or shallow water to sunshine or shade. A 458-ft-long stream winds along with widths ranging from 7 to 21 feet. Areas of low-lying vegetated overbank adjacent to the stream will be flooded in the Spring to encourage spawning. Water in the refugium will be recycled but not treated, with water at the end of the stream flowing into a 15,000-gallon sump. Pumping at rates ranging from 250 to 1,800 gallons per minute, the water will be returned to the headwaters. Constructed with overhead avian wire to avoid predation of the fish from waterfowl and a fence to deter other predators, the refugium represents the next generation in design excellence.

Submitted by: HDR Engineering Inc. Owner: New Mexico Interstate Stream Commission Contractor: SmithCO Construction Inc.

Los Lunas, NM

Photo courtesy HDR