Designed and planned various Transportation projects in public and private sectors in the Sacramento Area to improve existing designs of traffic and pedestrian flow.Project design and planning followed the Caltrans Plans Preparation Manual, including the technical designs of cross sections; project orientation; layouts; profiles; superelevation diagrams; construction details; temporary water pollution control; erosion control; contour grading plans; drainage plans; sanitary sewer plans; construction area signs; motorist information plans; stage construction; pavement delineation; sign plans; summary of quantities; and utility plans.Investigated existing field survey data for preliminary base file design using AutoCAD Civil 3D mapping, topography and utilities to create a flexible and configurable corridor model to evaluate future designs. Calculated construction quantity summaries, prepared technical reports and memos, and coordinated e-mails with clients and subcontractors in the development of projects.

Assisted in the planning, design, construction management, and public works construction for various transportation projects for multiple counties in New Jersey with construction values exceeding over $100 million. Projects include road construction and reconstruction, as well as the construction of bridges, dams and culverts, drainage improvements, site developments, signalized intersections, including the preparation of record drawings.Drafting of construction details referencing the NJDOT Specifications and MUTCD in AutoCAD Civil 3D 2017.Project management and design experience with multi-disciplinary projects in a variety of transportation, infrastructure plans, design coordination and bid/proposal management.Prepare designs, reports and calculations on complex projects within specific guidelines and protocols on highly complex assignments/problems of limited scope with minimal supervision and guidance.Develop plans for municipal streetscapes; county roads and highways; right-of-way studies and surveys; environmental impact studies; route location reports; feasibility studies; traffic, intersection, and signalization studies; watershed management studies; parking analyses; origin and destination surveys; and bridge evaluation and inspection reports.

Supervised the Flood Hazard Risk Reduction and Resiliency (FHRRR) Grant Program to administrate federal grant totaling $50 million through the Department of Housing and Urban Development Community Development Block Grant Disaster Recovery (CDBGDR) Program to mitigate Superstorm Sandy-related flooding damage.Monitored construction contractors for prevailing wage compliance with Davis-Bacon and Related Acts.Assisted with FHRRR Grant Program start-up activities involving the development of policies, procedures, and compliance checklist and the development of standardized forms and manuals for municipal grant recipients.Project lead for the acceptance testing of the Department of Communication Affairs Sandy Integrated Recovery Operations and Management System (SIROMS) module for flood grant program operations and record keeping.

Collaborated with customers for installation; increased product sales by 20%.Tracked and analyzed sales with customer trends to maximize sales and revenue.Prepared work schedules and tasks for 10+ employees, prepared merchandise for installation deliveries and verified construction permits.

Conducting research in a Water Sustainability Lab for Alejandro Flores, Ph.D., studied hydraulic systems, and analyzed the water distribution in the lower Boise valley in Idaho to study water distribution and flows over a range of time scales. Assisted a graduate student in creating a biomass model using a Terrestrial Laser Scanner to determine the relationship between soil carbon storage and flux from the pedon across a broad environment gradient.

Responsible for undergraduate research in a Civil Engineering lab specializing in Water Resource Management for Jairo Hernandez, Ph.D.Utilized ArcGIS, created and cropped underground layers to contour the Treasure Valley.Imported manipulated layers onto water resource program ModFlow to produce simulation.

Responsible for undergraduate research in a Materials Science and Engineering lab for Peter Müllner, Ph.D.Grew and monitored Single Crystals of Nickel, Manganese, and Gallium, to analyzed data and created actuators. Gained experience with test equipment by conducting test to obtain the composition and orientation.Prepared and presented technical reports to review and enhance methods and processes.Presented results at the Annual Undergraduate Research Conference at Boise State University.