I have 2 years of Telecommunications Outside Plant Engineering experience. One of my notable accomplishments is leading the launch of a Fiber Optic OSP drafting team for CHC Consulting. This endeavor involved the delivery of the following results:
Ongoing development of training material with SMEs
Coordinated hundreds of projects for a team of over 20 OSP engineers with varying levels of experience and strengths.
Instituted a culture of collaboration and ongoing education of team members.
Managed workflow to meet project deadlines with spreadsheets and proprietary accounting software.
Used documentation control and reference material in order to meet the varying market engineering standards with a high degree of consistency, and value to the customer.
Automation of workflow records-keeping for business analysis and reports.
Responsible for the design, hosting, and coordination of multiple classes for OSP Junior Engineers and OSP Engineers
Highly experienced in creating reference materials within document control standards
Recorded training video for training and internal archival purposes
Advanced
OSP Project Coordination
Distributed tasks for a team of over 20 OSP Junior Engineers
Launched a proprietary project management application with a small OSP project planning team
Application launching duties included: revising the work breakdown structure, supported application engineers with debug reports and user feedback, administrative support to users, a daily report to the CEO, generating live reports for project managers
Advanced
P6 Project Management Adminstration
Application of the Global Change Tool
Generated P6 Reports
Supported multiple Project Managers with P6 reports
Determine visibility between observer and target features.
Integrate 3D feature and surface analysis.
Determine the steepest path.
Create profile graphs.
Calculate area and volume statistics from surfaces.
Advanced
3D Visualization Techniques Using ArcGIS
List and describe data necessary for 3D GIS.
Perform techniques to visualize raster data in 3D.
Perform techniques to visualize feature data in 3D.
Advanced
Building Models for GIS Analysis Using ArcGIS
Identify model elements and states.
Describe a prebuilt model's processes and outputs.
Create and document models for site selection and network analysis.
Define model parameters and prepare a model for sharing.
Expert
Cartographic Design Using ArcGIS 9
Create well designed maps that meet the needs of an audience
Expert
Geodatabase Topology
Advanced
Creating, Editing, and Managing Geodatabases for ArcGIS Desktop
Integrate data into a single system that will streamline resource management
Advanced
Processing Raster Data Using ArcGIS
Explore core ArcGIS image processing tools and techniques such as clipping, calculating vegetation indices, or ortho-rectifying.
Determine when to use specific tools.
Process raster data in a dynamic environment using the Image Analysis window.
Extract information from raster data to answer questions and solve problems.
Advanced
Using Lidar Data in ArcGIS 10
Course Learning Objectives: -Create terrain datasets. -Use lidar intensity values to create images. -Combine lidar data with multiple data sources to obtain robust and complete information about the terrain.
Advanced
Working with Geodatabase Domains and Subtypes in ArcGIS