• Responsible for maintaining overall project safety, obtaining final approval for a contractor submitted safety plan, and compliance with the project safety plan.• Responsible for the development, planning, execution and closeout of all aspects of the portfolio of projects throughout the project life. Includes: project design, development, implementation, budget, cash flows, EFCs, maintenance of job files.• Provides suggestions to lessen operational impact and negotiates with operators to implement the job in the most cost effective manner.• Develops bid strategies with Procurement.• Responsible for the project schedule, establishing critical path tasks to ensure proper man-loading requirements by contractors to achieve desired completion date.• Foresees issues based on historical precedence and mitigates known risks.• Responsible for coordinating operational constraints and job objectives concurrently to achieve a seamless implementation. Includes timely communication with business partners, clients and leadership regarding project status, schedule, financial and Guest impacts.• Responsible for timely issuance of field directives, obtaining costing concurrence memos, conversion to change orders, and obtaining management approval to allow for accurate EFC reporting and timely job closeout.

Mechanical and Aerospace design (Solidworks, Ansys, Star CCM+). Milestone 1 - Requirements Definition ● From a calculated lift (MS Excel), developed necessary thrust to meet flight requirements. ● Using thrust value, determined battery specifications necessary to power 8 motors for minimum flight time.Milestone 2 - Concept Development & Engineering Analysis ● Selected layout: GAW-1 airfoil, 5° dihedral, cruciform tail. (Solidworks Model) ● Selected materials: XPS foam, basswood, aluminum, ABS plastic, and monokote.Milestone 3 - Project Plan ● Manufacturing techniques: CNC, 3D printing, laser cutting, and heat shrinking. ● CFD Simulations: Ansys and Star CCM+ ◦ Flow over the wing and tail to compare to lift calculations. ◦ Full plane simulation to determine total life coefficient. ◦ Developed large structured meshes using parallel processing on UCF cluster.Milestone 4 - Critical Design Evaluation ● Wind Tunnel Test ◦ Designed a test to validate CFD simulations of the wing including main inputs of Reynold's number, blockage ratio, chord length resizing, and flow speed. ◦ Wing test piece was made from acrylic and cut using a CNC router. ◦ Flow speed measured using stagnation, dynamic, and absolute pressure through pressure taps.

Mechanical Design Intern. Learned real life application of Solidworks and Autocad.●Drawing creation and verification. (Solidworks / AutoCAD)●Design calculations (MathCAD / Excel) and documentation (MS Word), design sketches, drawings (design phase and final drawings), and assembly specifications.

Project management internship learning related skills like communication, teamwork, and time-management.●Provided extensive support for the field testing and adjustment of the ride system including concept, design, installation, testing, and turnover.●Participated in brake and acceleration testing and validation.●Created a template to test the guest reach ride envelope.●Supported coordination of signal 25 emergency lighting and fire alarm testing on third shift.●Integrated test results into project plan.●Ride acceptance testing support to return the ride system to service.●Managed real time design tracking log which documented key project agreements, commitments, and milestones.●Performed job-site walks to validate field progress versus commitments.