Senior Project Manager @ SPECIAL PROJECTS GROUP From January 2015 to Present (1 year) Project Manager @ SPECIAL PROJECTS GROUP Balfour Beatty's Special Projects Group (SPG) is dedicated to corporate facility improvements, additions, expansions, and low- to mid-rise shell construction. These are projects that require the same high level of coordination and communication our customers have come to expect, regardless of project size. Special Projects Group are supported by Balfour's preconstruction and technical engineering services that ensure every customer enjoys the highest level of service. When construction begins, SPG always start smart and finish strong. The SPG customers receive the one-on-one attention of a smaller contractor, supported by Balfour's substantial resources. From May 2013 to Present (2 years 8 months) Assistant Project Manager @ COIT ROAD PROCESSING CENTER, PHASE II - $151 MILLION Phase II of the Coit Data Center project encompasses approximately 205,016-square-foot of infrastructure upfits and includes PDU rooms, UPS rooms, battery rooms, generator building, cooling tower yard, chiller plant, fuel storage yard, cooling tower yard, fluid cooler yard , DRUPS addition, and mechanical rooms. Approximately 21,600-square-feet is allocated for Tier IV White Space and 14,200-square-feet is allocated for Tier III White Space. From June 2012 to May 2013 (1 year) Senior Project Engineer @ COIT ROAD PROCESSING CENTER, PHASE 1 - $165 MILLION Phase I of the Coit Road Data Center project encompasses renovating and expanding a Tier IV Data Center in Plano, Texas. This four phase project includes the conversion of an existing Data Center into a new facility built to meet new operating standards. The final 10 MW facility consists of four data halls that are 12,000-square-foot each. Phase I of the upgrade and addition to the existing Data Center will include structural upgrades to increase floor loading capacity and fast track build out of approximately 20,000-square-feet of white space. From September 2010 to June 2012 (1 year 10 months) Senior Project Engineer @ LITTLE PRINGLE WIND FARM PHASE I AND II - $10.8 MILLION The Pringle Wind Farm is the largest project utilizing the DeWind turbine in the United States. Located on 1,600 acres, the project is connected directly into the 34.5kv XCEL distribution line. Located in the Texas panhandle, the project includes 10 turbines and generates 20 MW of energy. Turnkey services for the project included civil engineering, structural engineering, electrical engineering, road construction, foundations, collector systems, SCADA and hoisting. From May 2010 to September 2010 (5 months) Project Engineer @ MEMORIAL HOSPITAL OF SOUTH BEND NORTH PAVILION PROJECTS - $73.7 MILLION The North Pavilion Projects is the largest expansion in the 112-year history of Memorial Hospital of South Bend. Memorial Hospital operates one of the most technologically advanced surgical centers in the country. The 230,000-square-foot surgical suite replacement project provides an increase from 15 to 22 operating rooms, 18 to 27 recovery rooms and 8 to 15 pre-surgery beds. The new facility also includes a new sterile processing center, new main entrance, elevator tower, an energy center and receiving dock covering over 220,000-square-feet. From January 2007 to May 2010 (3 years 5 months) Intern/Project Engineer @ UT DALLAS NATURAL SCIENCE & ENGINEERING RESEARCH LAB - $61.8 MILLION The new state-of-the-art, four-story, 192,000 square foot facility accommodates 350 faculty and researchers and is the first of its kind to incorporate large, open spaces with specialty/support labs and linear equipment rooms. A 5,600 square foot class F209E 10,000 cleanroom consists of five bay and chases with a gowning room and vestibule, and ceiling mounted fan filter units. The signature design creates an innovative scientific environment and unique, architectural presence, which includes a complex building skin with articulated, curved four-story glass curtain wall and wood framing system, perforated and anodized, iridescent stainless steel shingle panels, honed architectural precast, and fossilized limestone interior columns and exterior facade. The glass curtain wall mitigates heat and brings daylighting to interior spaces and laboratories. From May 2006 to August 2006 (4 months)

Bachelor of Science in Technology, Building Construction Management @ Purdue University From 2001 to 2006 Jarmar Kiner is skilled in: Construction Manager - Healthcare, Construction Manager - Wind Energy, Construction Manager - Mission Critical, Mission Critical, Renovation, Change Orders, CPM Scheduling, Civil Engineering, Construction, Construction Management, Data Center, Facilities Management, Pre-construction, Project Estimation, Subcontracting