Mark Menzenski Email & Phone Number

Saint Paul, Mn, Us

Saint Paul, Mn, Us

St Paul, Mn, Us

St Paul, Mn, Us

-Led Electromechanical Hardware and Container Development for Polyone/3M Pinpoint Injection Molding Colorant System

St Paul, Mn, Us

• Provided SolidWorks design support to product teams ranging from injection molded paint spray guns to CMM measurement fixtures• Responsible for running and maintaining 3M Automotive Aftermarket Division's multiple 3D printers ranging from FDM to SLA to PolyJet.• Set up SOP and managed 3M AAD's engineering document server• Provided engineering drawing support to product teams in order to develop supplier-friendly documentation

St Paul, Mn, Us

• Contributing member of team developing and manufacturing automotive repair equipment from concept to production• Led multi functional team of 3M employees and outside suppliers in order to launch new injection molded spray gun products and accessories• Responsible for developing Standard Operating Procedures for CAD/ engineering print database used by division• Managed technical aide employee in order to complete CAD requests in a timely manner• Provided CAD design and engineering print support to multiple product development teams• Defined Critical to Quality and Critical to Function dimensions on engineering prints utilizing product development and supplier input• Systematically analyzed and determined next project steps using data analysis gathered with industry leading measurement systems• Managed Management of Change/Engineering Change Orders from Concept to implementation in order to accomplish cost down, source of supply change, or raw material change• Drove product improvement projects responsible for maintaining approx. $1 million in product sales• Investigated customer complaints and drove root cause analysis in order to improve product performance

Medina, Minnesota, Us

• Lead Manufacturing Engineer responsible for assembly items relating to Sportsman Classic and Sportsman 570 models• Led systematic production readiness activities for MY 14.5 UTE, MY 15 570SP, and MY 15 Sportsman ETX• Contributed to Sportsman ACE manufacturing launch team• Responsible for all new tooling, fixtures, and assembly related needs for Classic Sportsman line• Continually managed projects with multifunctional groups throughout the company in order to accomplish goals and to keep projects on schedule• Contributed to new model design aspects in order to increase the quality of Polaris ATVs• Managed and led groups of employees in order to resolve the need to rework units• Participated in Shin Kaizen events in order to increase the efficiency of A-Line by eliminating waste• Worked to resolve assembly related quality issues with engineering on a daily basis to maintain continuous improvement• Contributed to development and validation of ATVs by test riding vehicles outside normal working hours, and providing feedback/suggestions to engineering team

• Worked with College of Applied Sciences, Faculty, Facilities, and Polaris Inc. for the formation of team.• Led project based team of 20 engineering students, organized tasks and responsibilities on a reoccuring basis.• Served as a liason between the team, school faculty, team advisor, and sponsors• Led a team of core students who raised $30,000 worth of product, sponsorship, and donations for a first year SAE Team• Re-engineered 2011 Polaris Rush chassis and 750cc turbo charged fuel injected engine in order to create a lower emissions, quieter snowmobile, while maintaining a level of performance for the customer.• Contributed to design, development, testing, and implementation of variable geometry turbo charger, cooled exhaust gas re-circulation system (EGR), electronic throttle body, flex fuel compatibility, and standalone ECU

Rochester, Ny, Us

• Responsible for monitoring Mechanical and Materials Testing Laboratory as well as teaching students to use materials testing equipment• Equipment includes Guntt Fatigue Tester, Tensile Tester, Rockwell Hardness Tester, and Charpy Impact Tester.

Auburn Hills, Michigan, Us

• Efficiently investigated and systematically identified root cause of customer returned timing components, including variable cam phasers, timing chain tensioners, and solenoids• Utilized a multitude of advanced equipment to measure precise components, including vision systems and coordinate measuring machines (CMM)• Independently studied the effects of manufacturing processes on significant geometrical features of variable cam phasers, designed and conducted experiments, collected and • Conducted a multitude of Capability Studies on specific product features, as well as Gauge RRs using Minitab

Rochester, Ny, Us

• Provided engineering updates of existing components of machine designed to increase the density of foam samples• Designed, Engineering, and Manufactured parts using both CNC and manual mills for a student designed and manufactured die used to increase the density of foam samples.

East Aurora, New York, Us

• Responsible for mechanical and electrical systems testing on Power Wheels• Designed and carried out testing on all Power Wheels components, including electric motors, batteries, chargers, prototype vehicle materials, gearboxes, gear material, and wiring harnesses • Assisted in new product development engineering• Worked extensively on new battery and charger development and testing• Created the idea and foundation for several mold changes to existing Power Wheels Vehicles• Worked with the model shop in order to create Stereolithography (SLA) models of prototypes• Responsible for new “Cool Charger Case” utilizing cooling ribs on outside as a heat sink • Responsible for building ground up working models of prototype products• Contributed to cost reduction programs while maintaining strict internal, as well as Consumer Product Safety Coalition (CPSC) standards• Worked directly with engineering team in China on a regular basis