Middletown, RI *****, USA
Citizenship: United States
Skills
Project Leading/Management Lean Process
EMPO PMO Agile SCRUM Six Sigma
Proposal Writing Report Writing/Editing
Client/Vendor Management Business Analysis
Presentation Delivery Remote Leadership
Data Processing/Analysis UI Design R&D
Risk Analysis Contract Negotiation Systems
Budgeting Scheduling Forecasting Bill of
Materials Programming Modeling SOW
Open-Source Design Engineering Technical
Drawings Database DevOps Big Data
Cloud Computing Signal Processing 3D Math
Algorithm Design Domain Modeling SaaS
Software
Programming Languages: MATLAB C++
Python Fortran VBA JavaScript SQL
Modeling: SolidWorks Rhino AutoCAD
Analysis CFD & FEA: Fine/Marine Star
CCM+ FEMAP Aegir NavaSim
Other: MS Office 365 Exchange Project
Word Excel Powerpoint Teams Visual
Studio Linux GitLab Unity OpenGL
Additional Accolades
Fundamentals of engineering certification
Willing to travel as much as needed
Own and manage successful, cash flowing
real estate business
Experience working remotely and managing
employees across multiple time zones
Tutor and mentor for high school
math/science students
2020 spent traveling internationally while
working towards MBA, managing business
and creating new connections
adil94@r.postjobfree.com
Linkedin:
https://www.linkedin.com/in/james-doyle-51393265/
James Doyle
Engineering Project Manager
Profile
Versatile, results-driven engineering professional with 7 years of experience delivering essential software and marine engineering results, developing exceptional relationships with clients, suppliers, and senior management and leading teams of remote, cross-functional engineers to successfully land and deliver on multiple projects. Diverse education and experience in a rapidly growing, engineering R&D environment shaped the technical knowhow, business development skills and leadership abilities to consistently accomplish delivery within the timeframe, costs and quality standards established. Professional Experience
Navatek LLC· South Kingstown, RI USA ’13 - ‘20
Engineering Project Manager
Leveraged technical background and leadership abilities to simultaneously lead 3 teams of 4-5 multidisciplinary, geographically dispersed engineers to deliver effective solutions
Utilized an agile product development approach to lead the scope, schedule, budget, and present results from project inception to installation and delivery
Successful delivery resulted in new client relationships and future contracts
Project contracts ranged from $100K for 4 months to $600K over 1.5 years
Leveraged background in software and hydrodynamics to lead the verification, validation, and best practices team, bringing NavaSim from an idea to a fully-functional, ONR supported, open-source software with a growing user-base of thousands
Fulfilled company need for relocation of a 4 month management assignment to lead a diverse team in the design of a fully integrated, transom towed-body recovery system
Accomplishment of 100% of tasks on short deadlines lead to Phase 3 contract Software Engineer
Improved company DevOps culture by delivering seamlessly integrated, robust C++ code for front-end development of the UI for company SaaS product, NavaSim
Delivery of solutions tailored to changing customer needs spanned across 5 unique internal teams for a duration of 6+ years and millions in funding
Complete understanding of entire software development lifecycle
Utilized engineering expertise to deliver mature back-end solutions using Fortran in 3D meshing, domain modeling, hydrodynamics and a variety of other data applications
Advanced MatLab and Python scripting skill used to create a workflow for scientific data processing and presentation of engineering results Education
MBA, Project Management Louisiana State University Shreveport, ‘20 - ‘21 Shreveport, LA USA (Part-time, Online)
Honor Society / Dean’s List
B.S, Ocean Engineering University of Rhode Island, RI USA ‘09 - ’13
Magna Cum Laude 3.54 / 4.0 GPA
Capstone Project Leader / Honor Society / Dean’s List / Centennial Scholar Publications
Doyle, W., Schambach, L., Hart, C. (2015) “Verification, Validation, and Best Practices for a High-Order, Potential-Flow Boundary Element Method.” FAST Conference. Washington DC.
O’Reilly, C., Doyle, W., Kring, D., Murphy, M. (2017) “A Quasi-Nonlinear Seakeeping Model for Planing Hulls using a Boundary Element Method.” FAST Conference. Nantes, France.