Achieved 20% greater efficiency

 Plan, design, and develop tools, engines, and mechanical equipment - resulting
in 18% uplift in efficiency.
 Meet with clients to oversee installation, operation, and maintenance of
equipment for all local plants.
 Plan workforce use, space requirements, and equipment layouts to optimize
workflows. 10% increased workflow in year one.
 Establish and reinforce maintenance and safety procedures.
 Work with planning and design teams to drive product development and review
tooling specifications.
 Develop CAN and LIN drivers and communication protocols.

 Manage
 Facilitate
 Consult
 Organize
 Resolve
 Assist
 Motivate

Here are some examples of other sections you might want to add:

Awards and Honors

Certificates or Licenses
Software
Languages
Achievements
Projects
 Hard Skills for an Engineering Resume
 Math
 Mechanical skills
 Project management
 Troubleshooting
 Prototyping
 Workflow development
 Computer skills
 Knowledge of manufacturing processes
 Knowledge of applicable laws
Soft Skills for an Engineering Resume
 Creativity
 Problem-solving skills
 Teamwork and collaboration
 Listening skills
 Communication skills
 Ability to work under pressure
 Leadership
 Analytical thinking
 Prioritization
 Time management

 Researching existing technologies

 Applying design analysis
 Evaluating and reviewing the design approach
 Conducting technical analysis
 Developing and prototyping new equipment

Leading technical part of application projects.

 Studied project requirements, specifications and followed by document

submission.
 Attended periodical meeting with customer to discuss the engineering
clarification and engineering status of technical queries, Engineering document
and drawing status.
Mechanical Engineering Resume Statements

 Plan, schedule and manage complex phases of the engineering projects through
completion.
 Strong understanding of mechanical design, physics, micro fabrication, CAD and
data analysis.
 Highly skilled team player that works well with diverse groups, internal teams
and external contractors.
 Analyze project processes and techniques to identify new approaches to
problems or areas of weakness.
 Determine design requirements and identify suitability of materials.
 Optimize products based on statistical control and failure analysis.
 Create statistical methods, tools and techniques for monitoring production and
engineering processes.
 Investigate usage of alternative materials, new machinery, advanced equipment
and engineering tools.
 Develop specifications for recurring product designs and oversee standards
compliance with finished products.

JOB

Evaluating and executing design and development plans for IPs

Acting as technical advisor to engineering management

Ensure that design agreements are developed and executed in a timely manner for bids and projects

Responsible for developing and maintaining a competent engineering organization, assigning work to
team members
Assigning work to team members, monitoring progress and providing technical and compliance
approvals

Promote continuous improvement and training with a focus on quality, accuracy and efficiency

Computer proficiency including MS Office, CAD Software, PDM Software, and project management
software

3D Cad Design experience (Vizient uses PTC ProEngineer / Creo & Windchill PDM)

 Senior Engineer - Technical Project Leader

Dates EmployedFeb 2017 – Present
Employment Duration2 yrs 2 mos
LocationGliwice, woj. śląskie, Polska
Customers:
McLaren (semi-active suspension)
GM/Opel (passive suspension)

Leading technical part of application projects from RFQ till 3 months after SOP,
• Key technical contact for Customer,
• Responsible for design according to customer's and internal requirements,
• Coordination of Process, Testing, Workshop, FEA, CAD and Core Components departments
activities, connected with project,
• Defining and supervising of DVP,
• Defining Bill of Material and engineering change management,
• Leading DFMEA analysis,
• Cooperation with New Launch and Advanced Manufacturing departments See less
 TitleProject engineer
Dates EmployedMar 2015 – Present
Employment Duration4 yrs 1 mo
LocationGliwice, woj. śląskie, Polska
Inventor & project lead of high end shock absorber end travel valve system, highly appreciated by
Jaguar Landrover senior engineering

- Shock absorber's valve system's development within automotive industry

- Projects and component team's management
- Six Sigma, Green Belt certification
- Planning and executing valve systems strategy,
- Budgeting and executing CAPEX investments, See less
 TitleDesign and Development Engineer
Dates EmployedJan 2011 – Feb 2015
Employment Duration4 yrs 2 mos
LocationGliwice, woj. śląskie, Polska
- Development of mechanical / hydraulical damper's end travel system mainly plastic/rubber
elements, springs, hydraulic valves which improve stability at rough roads, reduce suspension noise
and improve anti rolling behavior of vehicle
- Direct support of Customers (OE or internal) with proper system definition in order to provide best
possible comfort improvement
- Cooperation with European Suppliers in terms of new components development
- Global Tenneco production plant's support with problems related with rebound stop systems
- Technical documentation (DVP, design rules, technical drawings)

Created drawings in AutoCAD within mechanical drawing practices standards.

Created 3D computerized simulation to reduce fixing bracket weight and detect clearance
issues between interfacing and/or adjacent starter motor child parts during operations
eliminating the need for revisions after proto build, saving thousands in product
development costs as well as product cost.

Recognized specialty in designing castings, machining’s, sheet metal parts for systems
integration.
 Well versed in design of plastic injection molded parts and structural plastic parts for
lightweight applications.

Increased productivity in the manufacturing assembly process by using existing components.

Recognized specialty in designing castings, machining’s, sheet metal parts for systems integration.

Designed sheet metal pulleys that carried a 70% decrease in machined part cost.

Supports current products in terms of quality, manufacturing, supply continuity and cost improvement.

Collaborated with customer mechanical packaging-designers and electrical engineers to define new
projects.

Coordination of production Process, Testing, Workshop activities, connected with project,

Defining Bill of Material and engineering change management and supervising of DVP.

Designed or redrawn 3D CAD & 2D Industrial Valve drawings in Pro-E with matrix one data
management.

Incorporated and applied the latest technologies and materials to improve product.
Results: successful production launch of various projects in high frequency over a short
period of time

Designed, developed and released Common Rail 1100 fuel Injector to meet Tier-4 regulations

 Performed DFMEA, DVP&R, design reviews and for product conformance

 Developed and executed test plans for durability, performance, quality check, end of line,
nozzle and tip flow testing on Injectors as part of product development and failed return
parts analysis
 Involved in fuel injector internal parts manufacturing processes using machinery like
EDM and CNC
 Worked directly with suppliers, customers and field engineers to analyze issues of field
return injectors
 Performed root cause analysis to resolve issues using 6sigma tools, such as 8D and
Fishbone
 Conducted brain storm sessions with cross-functional teams to generate ideas and resolve
issues
 Coordinated with Structural and Metallurgical teams to verify structural and functional
integrity
 Designed the fixtures for fuel injector quality testing such as end of line and pulsator test
benches
 Facilitated the design reviews the documented project status using MS project

Responsible for multiple shock absorber development projects from concept to installation.

Assured products were designed and manufactured to customer requirements.

Supported analysis of customer complaint data to ensure customer complaints were

properly addressed via root cause analysis and corrective actions

Directly responsible for validation testing of new design shock absorbers.

Assured design changes were consistent in production instructions, BOM’s, and quality
documents.
New Scorpio

Xylo

TUV300

Marazzo

XUV300

e2o PLUS

Supro mini truck

AL sunshine bus

Dost

Career Objective:
A mechanical engineer with thorough knowledge about automotive suspension,
performance techniques and geometry, seeks to work a a chassis engineer for a reputed
organization.
Skills & Abilities:
Knowledge of geometry, automotive Shock Absorber types, and suitability for applications

knowledge of Shock Absorber development techniques including durability and performance

Well exposed to designing tools like CAD and CATIA v5 3D modeling

Comprehensive knowledge of Car shock absorber modeling and layout




 Work History:

Organization: Skople Manufacturing Inc, NY

Designation: Chassis Engineer
July 2013 - present

 Responsible for driving design of suspension components and sub frame systems
designs that are aligned with best-in-class handling and comfort product profiles
 Performing CAD and CAE operations including dynamic suspension vehicle
modeling and layout
 Establishing chassis system architecture and functional feasibility
  Completing component and system validation, ensuring performance targets are
met
 Responsible for creation of component specification, component DFMEA, and
other technical design documents
 Optimizing concepts and designs of chassis systems

Organization: OEM Manufacturing Inc, NY

Designation: Junior Chassis Engineer
January 2010 - June 2013

 Responsible for developing and executing component and subsystem design

verification plans and test methods
 Participated in sourcing process and interface with supply chain team and
suppliers as required
 Performed responsibilities of researching and improving component design to
achieve lighter weight and optimized structural performance
 Implemented new techniques and technologies in suspension design
 Responsible for completing and releasing system, sub-system and detail designs
of the suspension system
 Testing designed Chassis System on road
 Played active role in large global automotive chassis programs to contribute for
process efficiency

Educational Qualifications:
Bachelor of Science in Mechanical Engineering, New York Engineering College
designing to meet costs, timing and quality requirements
ere, then, are all the success verb you should ever need:

Accelerated
Achieved
Added
Awarded
Changed
Contributed
Decreased
Delivered
Eliminated
Exceeded
Expanded
Gained
Generated
Grew
Improved
Increased
Introduced
Maximized
Minimized
Optimized
Produced
Reduced
Saved
 Sold
Streamlined

 Manage resources associated with existing business engineering changes, warranty

analysis and cost reduction exercises
 Manage resources associated with the development and validation all new and current
products ensuring compliance to customer and corporate requirements
 Prepare internal and external presentations for product designs and processes
 Actively support and participate in engineering and/or sales and marketing initiated
customer visits, presentations, and demonstrations
 Actively support internal designs for specific customer targeted reviews and
demonstrations
 Be responsible for the internal engineering change system, including how it interfaces
with customer’s PDM systems
 Manage group of engineers, designers and third party resources as required
 Interact with divisions, groups, customers and potential customers to support
technically
 High level of creativity in more complicated design/development projects

 Analytical Thinking
 Analyze Test Results and Adjust Design if Needed
 Develop and Test Prototypes
 Design Mechanical Device Projects
 Detail Oriented
 Develop Design Calculations
 Ensure Designs Meet Legal Guidelines and Safety Requirements
 Identify Potential Design Improvements
 Knowledgeable of Machining and Fabrication Process
 Perform Equipment and System Calculations
 Product Validation Experience
 Provide Cost Estimates for Materials, Equipment, and/or Labor
 Research Materials for Future Design Opportunities and Usage

 Sound Knowledge of Engineering Fundamentals

 Test Building Materials
 Troubleshoot Equipment to Solve Problems
 Work to Improve and Maintain Existing Products
 3D (Computer Aided Design) CAD
 Complete Assigned Tasks Within Time and Cost Restraints
 Convert Basic Design Information and Requirements Into Working Drawings
 Create Blueprints Using CAD (Computer Aided Design)
 Develop Project Scope and Timeline
 Drafting Standards and Geometric, Dimension, & Tolerancing (GD&T)
 Prepare Designs and Estimates
 Clearly Explain Design Ideas
 Comfortable Writing Technical Reports
 Make Regular Site Visits
 Manage and Monitor Each Stage of Project
 Oversee Project Manufacturing Process
 Prepare Conclusion and Analysis Reports
 Read and Interpret Drawings and Specifications
 Recommend Modifications for Design Improvements and Simplification
 Strong Presenter
 Use Notes, Sketches, and Verbal Instructions to Complete Project Design
 Write and Maintain Operating Procedures and Standards
 Assemble Project Deliverables
 Assist with Field and Manufacturing Problems
 Assist with Shipping of Equipment Prior to Deployment
 Proactive and Willing to Take on New Challenges
 Work Effectively Under Pressure
 AutoCAD
 Automated Model Programming
 CAD (Computer Aided Design)
 Engineering Product Data Management Software (EPDM)
 Microsoft Office Suite Experience
 Pro-E CREO Computer Aided Design Software
 Understand Diagrams, Drafts, Flow-Charts, and Other Information and Documentation
 Use Software to Design Within Industry and Government Standards