American Precision Engineering
President
Hester Fabrication
Owner
Custom Mechanical Systems Apr 2012 - Dec 2013
Project Manager
American Bridge / Fluor Enterprises, Inc. A Joint Venture Jun 2007 - Apr 2012
Senior Field Engineer
Granite Construction 2005 - 2007
Field Engineer
Education:
San Diego State University 2001 - 2005
Bachelors, Bachelor of Science, Civil Engineering
Skills:
Construction Management Civil Engineering Construction Road Cpm Scheduling Concrete Drainage Bridge Structural Engineering Inspection Contract Management Steel Structures Project Control Subcontracting Contractors Highways Value Engineering Engineering Metal Fabrication Welding Steel Design Steel
BizTalk SOA .NET Enterprise Architecture C# Web Services Agile Methodologies Microsoft SQL Server EAI WCF ASP.NET Windows Azure WinForms System Architecture Architecture TFS Microsoft Technologies ASP.NET MVC Software Development Databases Cloud Computing Entity Framework Application Architecture Solution Architecture
Languages:
French
Name / Title
Company / Classification
Phones & Addresses
Daniel Hester Vice President of Technical Services
Ebuilder, Llc Die-Cut Paper and Paperboard and Cardboard
193 Peralta Ave, San Francisco, CA 94112
Daniel Hester ManagingPrincipal
Metal School LLC, The Technology Internet (Ecommerce, Website) · Elementary/Secondary School
4721 Reinhardt Dr, Oakland, CA 94619
Daniel Hester
Vlsis, LLC Computer & Software Consulting
2 Grace Ct, Brooklyn, NY 11201 4380 25 St, San Francisco, CA 94114
Daniel Hester
GREATER CINCINNATI INDEPENDENT RESTAURANTS, LLC
Daniel Hester Principal
JD2 INVESTMENTS, LLC Investor
122 Everson St, San Francisco, CA 94131
Daniel Hester Vice President of Technical Services
Ebuilder, LLC Computer Consulting Services
193 Peralta Ave, San Francisco, CA 94110 4152425680
- Pleasanton CA, US Maxwell C. Simmons - Hayward CA, US Daniel R. Hester - Oakland CA, US
Assignee:
CONXTECH, INC. - Pleasanton CA
International Classification:
E04G 21/32 F16M 13/02
Abstract:
I-beam-attachable lifeline system, including methods and apparatus, for worker safety. In some embodiments, the system may comprise a frame structure including upright columns and horizontal I-beams. The system also may comprise a pair of fittings connected to a horizontally-spaced pair of the I-beams. Each fitting may have a first hook component and a second hook component received on respective opposite edge regions of a flange of an I-beam of the pair of I-beams and attached to one another with a fastener such that the fitting spans the flange transversely and is supported by the I-beam. The system further may comprise a cable having opposite ends connected to the pair of fittings.