Engineer Project Manager
Resume:
Jason M. Mattice
************@*****.***
For More Info: Linked In Profile
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Qualifications Summary:
. Seeking mechanical engineering employment opportunities in Columbus, OH
and surrounding areas
. Engineer with 8 years experience in structural design analysis, test
engineering, simulation, and quantitative research
. Strong communication and managerial skills, works well with others,
experienced with diversified work groups, detailed-oriented
. Exceptional quantitative skills and proficient in 3D CAD/FEA software
such as Hypermesh, Hyperview, NX IDEAS, ProE, ABAQUS
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Professional Experience:
Mattellis Capital, Founder/Derivatives Trader, Tampa, FL, 06/13 to Present
. Analyzing and trading derivative, mutual fund, and stock markets -
equity indices, commodities, bonds, and currency futures
. Algorithmic trading developer responsible for designing, coding,
testing, and analyzing strategies
Case New Holland, Process Improvement and Correlation Coordinator,
Analysis/Simulation, Burr Ridge, IL, 01/12 to 05/13
. Monitored operations of test and simulation groups, which included
project scheduling, employee utilization and training, budget
management, and ensuring group managers executed corporate directives
. Developed collaborative procedural workflow improving performance and
communication between Product Engineering (design), Product Validation
(test), and Design Analysis (simulation)
. Standardized and improved technical methods - information management
(database archives, checklists, reports), method development (weld
analyses, fatigue analyses, load criteria, test and simulation
processes), and problem resolution (technique validation, technical
audits, correlation test/simulation, training, etc.)
Case New Holland, Senior Structural Analyst, Design Analysis and
Simulation, Burr Ridge, IL, 04/09 to 01/12
. Managed $1.7M project budget, 10+ employees, and project planning for
8 product platforms
. Project manager for N series tractor loader backhoe analysis for all
major structural components such as loader, chassis, backhoe, and cab.
Reduced design timeline from 36 to 18 months, reduced physical
prototype builds, and improved product performance to best-in-class.
. South American project manager for sugarcane harvesters, sprayers, and
planters simulation analyses. Responsible for coordinating budget,
employees, and yearly projects, significantly improving
durability/performance.
. Utilized finite element analysis to analyze structural assemblies and
diagnose failure mechanisms while providing design solutions such as
cost reduction, material optimization, improved strength and
durability
. Supervised product lab/field tests, created test setup, analyzed test
data and generated load criteria for products
. Mentored new team members by developing their analytical skills and
software competence through training and tutorials
Case New Holland, Structural Analyst, Design Analysis and Simulation, Burr
Ridge, IL, 04/06 to 04/09
. Developed solutions for structural failures on construction and
agricultural equipment
. Responsibilities included completing analyses (FEA, linear static,
nonlinear static, thermal, frequency, contact, bolt-joint) using
multiple software platforms (IDEAS, Abaqus, Hypermesh) to extend
product life and reduce material/manufacturing costs.
University of Virginia, Graduate Researcher, Center for Applied
Biomechanics, Charlottesville, VA, 06/03 to 02/06
. Authored 11 publications, speaker at multiple conferences, 2nd place
in international design competition (NHTSA)
. Program management of 10+ employees, budgeting, material procurement,
design and fabrication of custom pneumatic/hydraulic test rigs, signal
data analysis using filters and statistical tests, and report creation
. Created Excel programs to create quantitative models of the nonlinear,
history-dependent behavior of biological materials such as the thorax,
kidney, liver, and lung
. Projects included analyzing test data to improve seatbelt and airbag
safety systems and modeling the behavior of crash test dummies during
vehicle impacts
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Technical Skills and Qualifications:
. Ability to work within cross functional teams, developing comprehensive
product requirements (function, performance, reliability, cost, etc.) that
meet customer needs, and designing products to satisfy these requirements
while implementing continuous improvements
. Applies scientific analysis to measure the consequence of design
alternatives by interpreting/validating test results for accuracy and
precision, while also utilizing predictive models to simulate and verify
design concepts
. Proficient with Microsoft Office Suite, including using Visual Basic and
Analysis ToolPak functionality in Excel
. Certified Engineer-In-Training (EIT), Passed Fundamentals of Engineering
exam
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Education:
Master of Science in Mechanical and Aerospace Engineering, University of
Virginia, Charlottesville, Virginia, May 2006
Thesis: Age-dependent changes in the quasi-linear viscoelastic material
characteristics of solid porcine abdominal organs using spherical
indentation theory and finite element analysis.
GRE Quantitative Score 780/800 Graduate Cumulative GPA: 3.74/4.0
Bachelor of Science in Mechanical Engineering, University of Virginia,
Charlottesville, Virginia, May 2003 (Dean's List)
Thesis: Analyzing the time-dependent, nonlinear relationship between
offshore floating structure motion and mooring line tension.
Additional Detailed Experience and Qualifications:
Previous Responsibilities & Duties
3D design and 2D drawing using CAD software including AutoCAD, HyperMesh,
HyperWorks, NX-IDEAS, Pro-E Wildfire, ABAQUS. Experience with 3D modeling
software and methods such as Pro/E, CATIA, or similar 3D CAD package is
required. Experience with multiple FEA techniques. Design and engineering
of standard as well as custom solutions with respect to time, cost,
manufacturability and serviceability requirements. Designs, develops, and
tests all aspects of mechanical components, equipment, and machinery.
Performs activities concerned with the design, development and manufacture
of state-of-the-art systems with specific responsibility for
structural/mechanical components associated with products for commercial
and military applications. Designs and manufactures industrial machinery
for the manufacturing industry. Experienced Mechanical Design Engineer to
help design, detail, order, and support industrial products and equipment.
Analyzes, researches, designs, and tests component parts, processes, or
systems to develop new and/or improve core products. Designs products or
systems of diverse/difficult scope and complexity using engineering
principles based on assigned engineering domain. Develops and recommends
solutions to a variety of complex engineering requirements to ensure that
design objectives are met. Responsibilities include design engineering, 3D
modeling, digital surfacing, drawing creation, reverse engineering, and
project management. Machine design of safe and cost effective concepts,
parts models, and assemblies using customer requirements. Designs and
implements solutions to equipment problems from simple modifications to
complete equipment design and build issues. Resolves production equipment
concerns, including troubleshooting and implementing continuous
improvements within cross functional teams. Responsible for all aspects of
mechanical project engineering including 2D design, project & client
management, specification writing and improvement, and engineering works
presentation. Plans, directs and coordinates assigned technical projects
from conception and proposal through the completion of qualification
testing and successful introduction into service. Investigate and analyze
mechanical devices, products and designs. Involved in fabrication,
operation, application, installation, and/or repair of mechanical products.
Coordinates engineering analyses including structural and thermal FEA to
validate designs. Design within regulatory requirements such as ASME, CE
and more. Conduct unbiased analyses investigating root causes of failure
for clients. Conduct field investigations and perform forensic engineering
& failure/accident analysis on incidents involving all types of machinery,
mechanical equipment and devices including cranes, presses, pressure
vessels and hydraulic, pneumatic, etc. Suggest and implement changes in
design methods and equipment that will resolve and handle any issues.
Managing, evaluating, resolving, and implementing engineering change
requests. Managing development projects and coordinating with other
departments, suppliers and manufacturing, and researching new technologies.
Assist Project Manager by coordinating in-house document development and
supervising in-house project team. Working for a Project Manager and other
team members to assess project assignment and ideas. Position
responsibility includes all aspects of project management: scope
development, estimating, planning, design, prioritization, scheduling,
Implementation/construction management, and budget management. Works
within engineering and cross-functional teams within and/or across the
business unit or division. May have regular customer/supplier interaction.
Reviews plans and other technical documents, answers questions regarding
the scope and/or timing of the project, and monitors costs and project
progress. Project level design authority for mechanical technologies.
Develop robust designs that meet cost and schedule targets, are
manufacturable, reliable, and maintainable by customer operators.
Technical project management; collaborating with all internal stakeholders
to manage priorities and expectations. Develop a deep and technical
understanding of equipment, to support internal team members including
Production, Field Service and Customer Service. Projects at this level are
assigned to develop in-depth knowledge and skills and to build knowledge of
the organization, processes, and customers. Develops complex conceptual
and detailed design specifications by analyzing product performance and
customer requirements. Investigates design factors such as function,
materials, performance, interchangeability, cost, operational efficiency,
and contractual requirements. Performs diverse and complex product
development, modification, and evaluation of components, subsystems, and
systems by applying engineering principles and developing new or unique
analysis tools as required. Applies scientific analysis and mathematical
models to predict and measure the outcome and consequence of design
alternatives. Interprets and validates test results for accuracy and
precision. Oversees and monitors product acceptance procedures and
parameters to achieve customer and product reliability and safety standards
(e.g. failure analysis). Utilizes and interprets predictive models to
simulate and verify design concepts. Completes technical project elements
(e.g. preparation of product or system layout; defining system
architecture; creating software development plans; etc.) as assigned.
Develops critical data and analysis necessary to present technical product
and/or system proposals to customers. Contributes to the completion
milestones associated with specific projects (e.g. create functional
diagrams and system layouts; review detailed drawings and schematics;
define data structure, interfaces and programming logic; analyze material
requirements; research customer data item requirements). Reviews product
specifications and/or modifications to ensure clarity, completeness, form,
fit, function, and conformity to standards and procedures. Troubleshoots
design errors, omissions, and other deficiencies, and recommends revisions,
engineering change orders, and improvements to engineering management or
the project team. Provides technical information for review with product
engineering teams applying consistent engineering practices, standards, and
documentation methods (e.g. structured design process; customer design
reviews). Writes supporting documentation for procedures and technical
reports. Conducts complex analysis and devises tests to validate
performance in the development of new products, methods, materials or
processes. Completes required documentation, generates detailed reports,
creates customer proposals and presentations and/or change proposals.
Determines required actions, performs or directs completion of tasks, and
publishes findings and/or results. Compiles and analyzes operation, test,
and research data, develop acceptance, engineering evaluation, development
and qualification/certification test plans, procedures, and reports. May
communicate with customers to identify new business opportunities, present
product capabilities, and clarify customers' technical requirements. May
write technical proposals for customers by reviewing and interpreting
specifications and requirements. Mentors or serves as a resource to share
specialized knowledge with others. Establishes goals and objectives and
tracks performance required to complete projects. Updates professional and
technical knowledge by attending educational workshops, reviewing technical
publications, and/or participating in professional associations. Works
within a multi-discipline team including engineers, designers, technicians,
program management and production staff to optimize utilization of time and
resources. Perform cost estimating of projects and write detailed
proposals. May develop cost estimates or tentative schedules. Interfaces
with customers regarding mechanical requirements & specifications of
products. Follow client-stated objectives for the project or project
phases, usually involving frequent meetings with clients and market segment
leaders. Directs the production of prototypes and mock-ups/Engineering
Development Units and conducts or oversees verification/margin testing to
validate designs. Parts and assembly detail / tolerance of drawings and
releasing to the machine shop. Research and ordering of purchase content
for machine design including pneumatic cylinders, valves, air prep systems,
bearings, motors, sensors, and other devices used in machinery design.
Responsible for retention and development of client relationships.
Technical documentation of products, including product manuals, service
manuals, and general assembly and use instructions. Provide technical
findings and conclusions in laymen's terms, both verbally and in written
reports. Deliver professional presentations, develop client relationships
and promote self to client groups. Maintain professional and technical
knowledge by attending educational workshops; reviewing professional
publications; establishing personal networks; participating in professional
societies.
Skills & Abilities
Ability to make sound, self-made decisions in a time efficient manner.
Ability to be flexible to meet the needs of the team as needs arise.
Ability to apply creative thinking skills to solve complex engineering
challenges. Ability to work within product development teams, developing
comprehensive product requirements (function, performance, reliability,
cost, etc.), & designing products to satisfy these requirements. Ability to
coordinate with suppliers to produce prototype parts, & assure design
cost/performance optimization. Ability to reverse engineer product as
required. Ability to prepare proposals, & presentations for customers, in
support of New Business Development. Ability to establish individual
objectives to complete projects and provide status to the team at project
milestones. Ability to effectively influence the overall team and
functional objectives. Ability to effectively communicate and present
status, actions, recommendations, and other technical information with
clarity and precision. Ability to respond to significant inquiries from
customers, regulatory agencies, or marketing/sales teams. Proficient with
engineering design and analysis tools (e.g. computer-aided design or
modeling systems); ability to use standard software packages. Capability
using specialized software applications or languages. Someone who has
excellent leadership skills and could be considered an individual capable
of assuming a number of important departmental and functional leadership
positions in the Company. Excellent planning and organization skills.
Strong CAD skills. Strong troubleshooting skills. Exceptional
interpersonal and communication skills. Strong writing and public speaking
skills. Strong communication (oral and written), team building, and
interpersonal skills. Strong computer skills including proficiency with
all Microsoft Office products AutoCAD experience. Desire to aggressively
learn and continue to develop knowledge and skills. Experience
participating in and leading design reviews. High level of initiative and
motivation. Demonstrates original thinking and ingenuity to solve
problems. Able to excel with minimum supervision. Exhibits comprehensive
knowledge of mechanical design engineering principles, concepts, practices
and theories.
Personal Requirements, Qualifications, & Experience
Bachelors degree in Mechanical Engineering or related field, comparable
technical discipline, or equivalent experience. Masters degree in
Mechanical Engineering. Candidate is a U.S. citizen/permanent
resident status. EIT license. Ability to obtain PE Profession Engineer
certification. Demonstrated ability to perform the essential functions of
the job typically acquired through 7-9 years of related experience.
Minimum of 8 years industry mechanical engineering experience in design,
simulation, and test. Minimum of 8 years design engineering experience.
8+ years of experience in Mechanical Engineering & Designing including
Detailing. Eight years relevant experience in a high technology
manufacturing environment. 8-10 years of related experience, particularly
in commercial services. Possess a working knowledge of AutoCAD,
Solidworks, and software equivalents. Proficiency with HyperMesh, ABAQUS,
Microsoft Office, Excel, PowerPoint, Word, Access and Outlook. Proficiency
using 3D CAD and 2D CAD experience desired. An ideal candidate who is an
ambitious self-starter who has the ability to work independently or as part
of a team with minimal supervision. A highly motivated self-starter who
has a passion for engineering and would like a future promotion
opportunity. Seeking growing organization with excellent opportunities for long
term progression, advancement, promotion. Experience managing and
scheduling projects and work teams. Ability to work with Design Engineers,
Test Engineers, Forensic Engineers, Manufacturing Engineers, and Quality
Control. Technical program management; including timeline management,
action item lists and as an acting technical expert. Hands-on experience
working with mechanical test fixtures, heavy industrial equipment,
construction equipment, and farming/agricultural products, design of
mechanical systems. Experience in design of hydraulic systems and
pneumatic mechanical solutions. Willingness to travel internationally and domestically
as needed. Ability to travel. Willingness to work overtime as needed.
Client or company offers a good family/work lifestyle balance. Regulatory
experience such as CE and ASME. Candidate will promote safety and
excellence in all areas of influence. Have a desire and ability to work as
a team player in a continuous process industry. Experience developing
specifications and construction contract documents. Able to manage
project workload and take direction from senior engineers. Must be able to
work, and coordinate in a project team, as well as to be responsive to
client needs. Experience in working in a deadline environment.
Keywords, Interest Areas & Positions
Lead mechanical design engineer, experienced mechanical engineer,
mechanical design engineer, project engineer, senior mechanical engineer,
senior engineer, principal mechanical engineer, advanced mechanical testing
engineer, project manager, product manager, structural engineer, staff
engineer, lean industrial engineer, cost engineer, forensic engineer,
performance engineer, system performance engineer, simulation engineer, FEA
engineer, fatigue engineer, R&D, fatigue, failure, FEA, finite element
analysis, CAD, drafting, Continuous Improvement, Design Engineering, Design
Specifications, Engineering Documentation, Failure Analysis, Feasibility
Analysis, Final Customer Acceptance, Industrial Engineering, Justification
Study, Materials Management, Mechanical Engineering, New Product Launch,
Process Capability Analysis, Process Costing, Process Engineering, Process
Improvement, Process Standardization, Product Development, Product
Reliability, Productivity Improvement, Program Management, Project
Management, Prototype Testing, Quality Assurance, Quality Engineering,
Quality Improvement, Research & Development (R&D), Resource Management,
Root Cause Analysis, Statistical Analysis, Technical Documentation, Total
Quality Management, Vibration and Drop Testing
Contact this candidate