Krisandi Handra, EIT
**** ***** ***** **. ***** Hills, California 91709
E-mail: *********@*****.***
Skills & Qualifications
Engineer-In-Training (E.I.T.) Licensed by Board for Professional Engineers, Land Surveyors, and Geologists (5/22/2012)
Extensive knowledge in AutoCAD and Microstation
Trained in using Surveying techniques and technology
Basic knowledge in Total Station, HydroCAD, and Civil 3D
Extensive knowledge in Microsoft Excel, Powerpoint, and Word
Education
Bachelor of Science in Civil Engineering Graduated on December 2012
General Civil Engineering Option
California State Polytechnic University, Pomona
Coursework
Vector Statics
Elementary Surveying
Analytic Geometry and Calculus
Advanced Surveying
Civil Engineering CAD
Strength of Materials
Geotechnical Engineering
Engineering Geology
Structural Analysis
Engineering Economics
Transportation Engineering
Highway Engineering
Traffic Engineering
Urban Transportation Analysis
Engineering Hydrology
Hydraulic Engineering
Water Supply Engineering
Academic Projects
Water Treatment Facility Design, “Water Supply Engineering” (2012)
Collaborated with a group to design a water treatment facility with given information.
DTM design, “Highway Engineering” (2008)
Designed an F-6 ramp connecting to I-15 using InRoads program within Microstation.
Parking lot design modification, “Civil Engineering CAD” (2008)
Collaborated with a group for a parking lot design modification for a new mall using AutoCAD
Residential Home Structural Design, “Structural Analysis” (2011)
Collaborated with a group for a structural design of a residential home that follows California’s seismic design standards
Culvert design project management, “Engineering Hydrology” (2012)
Arranged reports and assigned teammates to their roles to create a culvert design for Hydrology class as a project manager.
Highway Improvement, Senior Project (2012)
Designed proposed highway realignment to improve the traffic flow within the Moreno Valley Freeway.
Work Experience
Designer Distribution Specialist I, UC Synergetic, Ontario, CA February 2014-Present
Designed site drawings & construction sketches for electrical distribution structures using AutoCAD.
Evaluated equipment loadings to ensure cost-effective, safety, and reliable design
Calculate proper transformer power load to ensure sufficient energy distribution for each customer within specific area of the transformer