Thomas Eric Walstrom, RRC, PE Civil, Structural, Roofing and Forensic Engineer

Transcription

1 Thomas Eric Walstrom, RRC, PE Civil, Structural, Roofing and Forensic Engineer 7667 Cahill, Road, Suite 250, Edina, MN Years Experience: 35 Professional Summary: Mr. Walstrom has more than 35 years of experience in civil engineering and structural design, and more than 10 years of forensic engineering and roofing assessments. His forensic background includes performing assessments related to high velocity winds, flood and storm surge, structural collapse, roofing failure, hail and wind damage, and evaluating exterior envelopes such as vinyl siding and moisture intrusion. MCE in Civil Engineering Structural Engineer, SE II Civil Engineering, PE RRC, Registered Roof Consultant Commercial and Residential Roofs Exterior Envelopes Forensic Engineering Licenses and Certifications: Professional Engineer, AR, #9261 Professional Engineer, AL, #27387-E Professional Engineer, CO, # Professional Engineer, FL, #58976 Professional Engineer, IL, # Professional Engineer, IN, # Professional Engineer, IA, #13743 Professional Engineer, KY, #20599 Professional Engineer, KS, #16956 Professional Engineer, LA, #32267 Professional Engineer, MD, # Professional Engineer, MI, # Professional Engineer, MN, #17093 Professional Engineer, MO, # Professional Engineer, MS, #17008 Professional Engineer, MT, #17948 Professional Engineer, ND, #4267 Professional Engineer, NE, #E-9419 Professional Engineer, NJ, #24GE Professional Engineer, NY, # Professional Engineer, OH, #E Professional Engineer, OK, #26639 Licenses and Certifications (Continued),

2 Page 2 of 5 Professional Engineer, SD, #6667 Professional Engineer, TX, #98907 Professional Engineer, VA, # Professional Engineer, WI, #E31348 Professional Engineer, WY, #11192 Registered Roof Consultant, RCI, #440 NCEES, #15128 Project Experience: 3M Little Rock Crusher Plant Industrial Facility Structural Design 3M Facilities in Canada, Mexico and U.S. Hoist Upgrade for Industrial Facilities Andersen Windows, Stillwater, MN Factory/Plant Addition composite concrete slab w/ steel joists/girders Grand Casino Biloxi, MS Structural design of floor system Floating Barge Casino Grand Casino 2000-seating theatre, Biloxi, MS Precast concrete parking deck first level Theatre on northern half of building three to four level open spaces Two story office spaces on southern half of building entire structure sit over the Gulf of Mexico just off of the beach complex piling/pier system with large concrete shear walls ISD #625 Life Long Learning Center, Saint Paul, MN Educational facility on a site requiring extensive wooden piles and concrete caps posttensioned concrete slab-on-grade (structural slab), with steel framing for roof and upper level mechanical room concrete slab over steel decking for mechanical room ISD #625 Saint Paul School District, Saint Paul, MN Educational facility with structural concrete masonry walls and steel framing for roof deck ISD #562 Monticello Elementary School, Monticello, MN Arch roof over front entry 110 or so foot span fixed laterally along the center of the span with freedom to translate laterally over top of structural girders - precast concrete planks for mechanical rooms, concrete masonry walls and steel framing for roof structural system ISD #690 Warroad Middle School, Warroad, MN Extensive used of precast concrete wall panels precast beams and precast concrete planks for mechanical room - steel framing for roofing system

3 Page 3 of 5 Project Experience (Continued), ISD #206 Alexandria High School, Alexandria, MN Concrete masonry walls and steel framing for roof structural system School District of La Crosse La Crosse Elementary Schools, La Crosse, WI Addition to middle school built a liberal arts segment of this building walls of this building were set off-off-plumb by 15 or so degrees steel framing was used to construct this segment of the facility ISD 533 Dover/Eyota Elementary Schools, Eyota, MN Concrete masonry walls with structural steel framed roof Luther College, Decorah, IA Addition concrete masonry walls with structural steel beams composite with concrete slab Good Shepherd Lutheran Church, Inver Grove Heights, MN Complex wooden truss/steel cable and concrete pier roof system for worship space Woodbury Lutheran Church, Woodbury, MN Precast concrete seating ells supported by steel trusses steel trusses cantilevered off of concrete piers upper walls around the perimeter of worship space sloped at 8 degrees steel trusses used as structural columns bearing on top of concrete piers supporting walls and roof framing around the worship space complicated, elevated, cast-in-placed, solid concrete slab framing St. Cloud State University (SCSU) - National Hockey Center St. Cloud, MN Analyzed and designed precast, concrete products for hockey center precast concrete seating ells, wall panels, concrete planks and beams IDS IDS Learning Center, Chaska, MN Analyzed and designed precast, concrete products for Educational Facility designed precast, architectural, concrete beams that curved along a 100 or so foot radius concrete planks CDP Copy Products, Parking Ramp, Richfield, MN Analyzed and designed precast, concrete products for precast, concrete parking ramp Designed the precast double tees, planks, inverted tees beams, spandrel beams and column haunches for precast, concrete parking ramp two-level parking ramp MnDOT Salt Storage Building, Bloomington, MN Analyzed and designed precast, concrete products for sand and salt storage building Designed a precast wall panels as symmetrical prestressed concrete panels in order to resist unbalanced, lateral loads from salt/sand mixture double tee roof configuration

4 Page 4 of 5 Project Experience (Continued), Venstar 15, Commercial Buildings, Apple Valley, MN Analyzed and designed precast, concrete products a combination office and warehouse buildings Designed the entire precast concrete office/warehouse building used precast planks, double tees, inverted tee beams, spandrel beams and precast concrete columns City of Wayzata, Minnesota, Parking Ramp, Wayzata, MN Analyzed and designed precast, concrete products for precast, concrete parking ramp Designed the precast double tees, planks, inverted tees beams, spandrel beams and column haunches for precast, concrete parking ramp two-level parking ramp Court Qualifications/ Depositions: Lawsuit, Dane County, Madison, Wisconsin, Symons Corporation and AIG Insurance vs. Injured Parties from Concrete Formwork Collapse Professional Experience: EFI Global, Inc., Roofing, Civil and Structural Engineer, Edina, MN, 2001 Present Symons Corporation, Regional Engineer, Bloomington, MN, AEC Engineering, Inc., Structural Engineering Specialist, Minneapolis, MN, Reigstad & Associates, Inc., Project Manager, St, Paul, MM, Structural Design and Associates, Inc. Project Manager, Brooklyn Park, MN, Spancrete, Inc., Project/Design Engineer, Osseo, MN, Specialized Education: Roof Consultants Institute (RCI) Building Symposium Oct, 2011 Roof Consultants Institute (RCI) Roof Asset Management February, 2011 Roof Consultants Institute (RCI) Advanced Thermal and Moisture 2010 Roof Consultants Institute (RCI) Roof Quality Assurance October, 2010 Roof Consultants Institute (RCI) Exterior Wall Technology and Science, 2008 Roof Consultants Institute (RCI) Professional Roof Consulting, RCI, 2004 Roof Consultants Institute (RCI) Wind and Drainage, RCI, 2004 Roof Consultants Institute (RCI) Roof Technology and Science I and II, RCI, 2004 University of Wisconsin Foundation and Engineering Design, Jan/Feb, 2011 University of Wisconsin Low Slope roofing Systems, 2008 University of Wisconsin Below Grade & Plaza Deck Waterproofing & Moisture, 2006 University of Wisconsin Water Entry Prevention and Moisture Control in Buildings, Exterior Walls and Roofing Systems, 2006 University of Wisconsin Structural Design of Masonry, 2002 University of Wisconsin Highway Bridge Design, 2002 University of Wisconsin International Building Code, 2001 University of Wisconsin Soils for Non-technical Personnel, 1999 University of Minnesota The Challenges of Building Investigations, 2010 University of Minnesota Direct Design of Steel Frames based of AISC, 2010

5 Page 5 of 5 Specialized Education (Continued), Education: Affiliations: University of Minnesota Application and Design Concept Earth Retention Structures, 2010 University of Minnesota Design of Bracing for Stability, 2005 University of Minnesota Wood Design Conference, Wood Association & ASCE, 1998 Concrete Conference, University of Minnesota, Wood Association & ASCE, 1996 Dakota County Vo-Tech AutoCAD Training, 1999 Half Moon Seminars Metal Fatigue Modeling, Testing and Designing, 2009 Architects, Specifiers, Consultants and Coating in Roofing, 2004 Haag Commercial Roofs Damage Assessment, Haag, 2003 Northwest Loss Association Subrogation, 2002 Northwest Loss Association Heating and Cooling Loss, 2002 Northwest Loss Association Mold, Northwest Loss Association, 2001 Master of Science, Civil Engineering, University of Minnesota, Minneapolis, MN, 1996 Bachelor of Science, Civil Engineering Iowa State University, Ames, IA, 1977 American Society of Civil Engineers (ASCE) Northwestern Loss Association Precast Concrete Institute (PCI) Courses Instructed/ Guest Lecturer: Preliminary Design of Precast, Concrete Members AEC Engineers P- (Delta) effects incorporated into Structural Analysis Computer Programs AEC Engineers