• Promoted from staff engineer that did entry level tasks to project engineer doing lead engineering tasks within 8 months• Performed design, drafting, and bid documents for structural transportation according to the current AASHTO Bridge LRFD, NJDOT Design Manuals, and County standards. Types of projects include: rehabilitation and replacements of vehicular and pedestrian bridges• Performed design, drafting, and bid documents for structural transportation according to the current IBC, IRC: NJ edition, ACI 318, and ASCE 7-16. Types of projects include: emergency services complexes and high voltage electrical substation foundation replacements• Performed Structural integrity inspections of multi-story buildings and drafted reports for clientele• Completed analysis of structural elements using 3D analysis software (including RISA-3D and PennDOT LRFD) and self-designed spreadsheets to develop design loading of bridge and building structures• Represented Engineer at meetings, and presented and discussed project details with clients, contractors, asset owners, and stakeholders• Trained/mentored new entry level engineers in structural design and plan drafting• Assisted in the development and submission of proposals• Answered RFIs, reviewed shop drawings, determined and approved repairs and modifications to contracts, and performed construction inspections for construction and rehabilitation projects to ensure they meet requirements

• Worked alongside historic masonry architects to develop rehabilitation plan sets for historic buildings in the Philadelphia area, including Drexel University and Methacton High School.• Designed new facades and entryways for historic primary and secondary schools which tie into the existing design philosophy while meeting the clients needs and structural rehabilitation codes on time and budget.

• Analysis of existing corrosion mitigation systems to determine deficiencies in protection along major utility corridors along the eastern seaboard.• Led field technicians in field collection of data while teaching new team members the fundamentals of cathodic protection design to further real time data analysis.• Managed projects and team members for the largest refinery on the east coast to troubleshoot and upgrade systems to maintain Department of Transportation compliance and capital integrity management.

• Advise team with concrete mix and hull design direction to improve chances of winning regional and national competition.

• Led a team ranging from 20-30 students to design, test and build a canoe built entirely out of concrete and fiberglass mesh.• Researched, designed and tested ultra-light weight concrete mixes to specifications found through structural analysis reducing the overall weight of the design by 35% through iterative design process.

Managed capital projects in excess of hundreds of thousands of dollars to design and install cathodic protection systems of underground gas pipeline and power conduit.

• Managed a team of 12 student members, ranging from freshmen to seniors, to design and build the Structure of the theoretical Hyperloop vehicle.• Sought out industry technical advisers to enhance the structural design of the Hyperloop vehicle.• Oversaw manufacturing of all team subsystems to ensure designs are manufactured for exactness and cost.• Characterized materials for real world testing data to ensure modeling and simulations are authentic.• Led representative committee with 9 other representatives to ensure that the team is on track as well as helping each team with their respective designs.

• Designed and contracted for a new building on in factory for Maintenance and Engineering Supervisors.• Created and implemented a new piping layout for new equipment installation to increase efficiency of paper-making process.• Managed meetings with upper management to show progress of schedule and decisions made.• Designed and installed parts vital to boiler operation.

• Created new and updated existing manufacturing drawings to meet FDA specifications.• Developed heat transfer tests for customer products which increased shipping viability from 48 to 72 hours.

• Aided in the field and was responsible for measuring, recording and analyzing data for future proficiency• Assisted in drafting and design of new operations facility by coordinating with industrial engineers and manufacturing directors with AutoCAD.