Ronald James
*** ******* ****, ******, ** *****
addsu7@r.postjobfree.com
SUMMARY
To join the engineering field and utilize updated technology and industry skills, building on years of experience providing excellent service in a team-oriented environment.
EDUCATION
Associate of Science, Mechanical Engineering, May 2019
Delaware Technical Community College, Newark, DE
Associate of Science, Electro-Mechanical Technology, Cleveland Institute of Electronics 1991
Cleveland Institute of Electronics, Cleveland, OH
Certificate, Electro-Mechanical Design Drafting, American Institute of Design 1983
American Institute of Design, Philadelphia, PA
Diploma, Victory Christian Fellowship, Bible College, New Castle, DE 2007
MECHANICAL KNOWLEDGE / SKILLS
Gears / Cams / Linkages / Fixtures / Shafts
Die Design, Detailing
Threads / Fasteners / Jigs
Lathes, Drills, Saws
Auto-CAD / Solid Works 2D and 3D / Inventor 2D and 3D / Catia / Cadkey
Fluid Mechanics, Machine Design
ELECTRICAL KNOWLEDGE / SKILLS
Schematic Layout/Design, Printed Circuit Board, Integrated Circuit
Wiring /Cable Connectors
Electro-Mechanical Packaging
Electro-Mechanical Systems / PLC
Microsoft Works
Statics, Strength of Material, and Dynamics
Advanced Manufacturing Techniques
WORK SKILLS
Analyze needs / issues, complete research and theorize alternatives
Use knowns to make calculations to prove success of alternatives, move project to design
Present data of program status using milestones, timeline or forecasting
Focus on the complications of projects, assist team through calculations and design suggestions
Perform active listening / positive communication to members, to move toward objectives, and
with vendors to offer professional support and diligence
CAPSTONE PROJECT
Mechanical Engineering Jan 2019 - May 2019
Project Objective: Creating a Crash Test Vehicle, Delaware Technical Community College, Newark, DE
Objective was to design and create a crash vehicle to a 1/5th scaled down model that is within IIH standards
Researched the Insurance Institute of Highway Safety (IIHS) testing process for vehicle safety
Prioritized critical objectives though use of decision matrix
Assigned areas of project to team members who would perform research and calculations
Explored / selected materials that would be viable to perform within IIH standards
Designed vehicle specifically framing and crumple zone (structure) to conduct crash simulations
Fabricated proto-type vehicle to run crash simulation test to document and record the impact force energy that is absorbed in the crumble zone (structure) while protecting passengers
Compare to an actual crash simulation done by the IIHS and upgraded the design to improve safety performance
Project successfully completed and effective, met IIH testing standards for design and vehicle safety requirements
EMPLOYMENT HISTORY
Senior Designer/ Electro-Mechanical Engineer, General Dynamics: Electric Boat, Groton, CT 1996 - 2004
•Designed and optimized mechanical components for nuclear powered driven turbine submarine engines
•Interpreted and updated blueprints, technical drawings, schematics, and computer-generated reports
•Performed precision design analysis for structural fatigue, bending moments, vibration, and acoustics
•Used classified clearance to interface with Naval officials for component selection, manufacturing, and assembly per ANSI-Y 14.5 military specification for Trident Virginia class nuclear power submarines
•Collaborated with multiple teams to apply engineering principles to created designs
•Managed projects to meet deadlines, exercised disciplines, costs and assignments
•Contributed, as a member, of a secret clearance team on classified project
Mechanical Designer, Penn Ventilator Corporation, Inc. Philadelphia, PA 1992 - 1994
• Drew die mold in opposite form to provide a quality product
• Assessed clients’ systems to evaluate required ventilation and control their costs
• Determined cubic feet and airflow through ventilation systems using dimensional analysis
• Calculated the aerodynamic contours of the backward incline fan wheel blades to determined flow rate
Design Engineer, Transicoil Corporation, Norristown, PA 1991 - 1992
• Identified stress effecting performance of missile launching system for structural fatigue and bending
• Revise the design of wire connectors and mounting brackets to correct circuit malfunction
• Analyzed components specifications of electro-mechanical and electro-hydraulic systems to solve any structural operational issues for the advanced AH-64D Apache Longbow
• Develop and apply manufacturing drawings for Boeing using CAD with military specifications
Mechanical Designer/Draftsman, Malco Microdot Co. Inc., Montgomeryville, PA 1989 - 1991 Mechanical Designer/Draftsman, Gibbs & Cox Corporation, New York, NY 1986 - 1988
Gathered dimensions to accurately determined purpose and outlined quality specifications
• Performed calculations, US or metric, to justify materials used to meet outcome
• Used CAD within geometric dimensions and tolerances per ANSI-Y 14.5M military specifications
Designed and optimized mechanical components for surface Naval Ships, such as destroyers and frigates
Drew gears and cams mechanism for surface to air rocket launcher, also for the turning of the propellers
Designed drawings within geometric dimension and tolerances per ANSI-Y 14.5 military specifications
VOLUNTEER COMMUNITY OUTREACH 2004 – Present
Community Outreach Coordinator, Word Alive Worship Center, New Castle, DE
Directed and assisted volunteer teams in the preparation and serving of home cooked meals for families at the Ronald McDonald House
Outreach Coordinator, Community Event, Various Non-Profit Organization, Wilmington, DE
Organized groups of volunteers to setup and break down tents and table structures
Collaborated with non- profit organizations and church leaders to address needs of the impoverished in the community
Directed volunteers in distributing food, water, and clothing
Outreach Coordinator, Sunday Breakfast Mission/ Shelter for men, Wilmington, DE
Contributed devoted time on strategies to teach and instruct a diverse group of men on how to motivate themselves for success from experiencing financial trauma due to addiction and or unemployment.
Lead groups of men to identify the skills they possess and training opportunities in order to become
a viable contributor to their communities