Greg Visich, Pmp Email & Phone Number

Electrical Markets Division

St Paul, MN

Closure and Masking Systems Division

St. Paul, MN

Personal Safety Division

St. Paul, MN

Cleaning and Workplace Safety, Commercial Solutions Division

St. Paul, MN

• Architectural Markets Department, Commercial Solutions DivisionSenior program manager and team leader of multi-disciplined cross-organizational engineering, design, sourcing, and manufacturing teams that concept.
• Created project plans, system specifications, cost objectives, schedules, and performed regular executive status reviews while working with business team to identify product opportunities for various products.
• Developed products through the New Product Introduction (NPI) process including the launch of SHEER that received the 2013 Circle of Technical Excellence & Innovation Team Award (S&G Business Gold Level Award).
• Drove SHEER team through Alpha and Beta manufacturing builds to refine the fixture design while working with 3M New Ulm to develop work procedures and train operators for production to meet customer orders.
• Overcame many molding technical challenges including haze, flow marks, particles, stress cracking and head lighting while reducing the molding cycle time to bring SHEER from the scale-up gate to the launch gate.
• Developed innovative product concepts for IDA based on the understanding of market demands and customer needs while using 3M technologies and achieving aggressive manufacturing cost targets.

Head Coach for Boys Lacrosse Program overseeing team administration and student-athlete development both on and off the field at both the Varsity and Junior Varsity levels.

Woodbury, MN

The Gott to Lax Initiative's mission is to provide opportunities for young people to develop skills in teamwork, commitment and leadership, and to become contributing members of society on a local and global scale. The Gott to Lax Initiative will uphold it's mission by focusing on two distinct areas: The Adam Gott Collegiate Club Lacrosse Scholarship and.

• Consumer Electronics Group, RD&E DepartmentSenior program manager of multi-disciplined global engineering, sourcing, and manufacturing teams that designed, developed, and manufactured open audio consumer electronics.
• Developed 15 unique products from concept through commercialization that resulted in two products being named International Consumer Electronics Show (CES) Innovations 2013 Design and Engineering Awards Honorees.
• Wrote product requirement specifications, maintained consistent and concise communication, and drove project plans that successfully achieved aggressive program schedules and cost targets while avoided scope creep.
• Resolved development and production start-up issues in Asia on several consumer electronics programs.

• Government Services Group, RD&E DepartmentProgram manager responsible for an RD&E team focused on data migration needs of the US Government.
• Authored government contract proposals, initiated regular customer program reviews, drove project plans while overseeing facility clearances and ensuring that government regulations were maintained at multiple.
• Completed project ahead of schedule, under budget, with a 39% gross margin, and 100% customer satisfaction of results. Based on results, team received follow-on multi-million dollar contracts.
• Acquired all of the necessary government security clearances to meet project requirements.

• Advanced Tape Technologies Group, R&D DepartmentProject lead of a cross-functional team that consisted of engineering, analytical, and manufacturing tasked to design and optimize manufacturing equipment capable of.
• Developed project plans, system requirement specifications, budgets, schedules (both design and qualification), and performed monthly executive status reviews for high-speed capital equipment conversions.
• Conceptualized, designed, developed and optimized a web handling pack arm solution capable of packing multiple media types at increased speeds. After qualification, integrated design into production which increased.
• Co-developed mathematical models to determine the appropriate web handling air-bearing design and correct tape depth in the vacuum dancers to ensure the proper tape fly height that eliminated tape backside scratching.

• Tape Path Dynamics & Analysis Group, R&D DepartmentTechnical lead of a tape path technology team focused on design improvements, manufacturing optimization, and cost reduction for web handling manufacturing platforms.
• Technical expertise on web handling systems leading upgrades that included improved web tension control, tape path variability reduction, reduced linear translator positional errors, and improved head to tape interface.
• Established an open line of communication between multiple manufacturing plants that facilitated continuous quality improvements, process control and validation, and cost reduction opportunities.
• Led test development and technology trade study for the reduction of tape edge debris. Authored Debris Rating System and Debris Propensity Measurement Procedure for Loop Tester to establish a baseline rating system.

• Ammunition Handling Equipment Group, Advanced Gun System (AGS) ProgramTechnical lead of a cross-functional engineering team that developed an ammunition transfer system capable of ramming projectiles at 10m/sec while.
• Directed projectile ramming dynamic analysis and provided technical insight on analysis sensitivities. Led a multi-disciplined team to develop and build a projectile ramming integration test stand to validate dynamic.
• Developed project plan to include budgets, schedules, and tasks to successfully achieve cost and schedule milestones. Provided monthly EVMS status to executive management and government officials.
• Technical liaison with Lockheed Martin for the integration of the LRLA Projectile into the entire Gun System.

• Propellant Case Removal System Group, Advanced Gun System (AGS) ProgramTechnical lead of a multi-disciplined engineering team that designed a propellant case ejection system capable of launching propellant cases at.
• Performed system trade studies with ship builder to determine the optimal design of the ejection system and integration into the gun mount. Trade studies also included FMEA to ensure most reliable system was selected.
• Directed system level propellant case flight dynamic analysis to ensure ejection system would meet requirements.
• Technical liaison with Northrop Grumman for system requirements generation of the Advanced Gun System.

• Vehicle Electrical / Mechanical Integration Group, Crusader ProgramTechnical lead of a mechanical engineering team that designed, developed, and manufactured mounting hardware for the physical integration of 62.
• Checked and released 93 drawings for form, fit, and function. Performed structural analysis to verify designs would meet system shock requirements and directed thermodynamic analysis to ensure cooling was achieved.
• Established budgets, schedules, and task assignments to meet program milestones. Delivered hardware on schedule and 25% under budget. All hardware was integrated successfully into the vehicle without issue.
• Technical Liaison with General Dynamics for the integration of Crusader electronics power supplies and cables.

• Ammunition Handling Equipment Group, Crusader Program
• Completed concept, design, structural and dynamic analysis, FMEA, detailed drawings, assembly, and test of projectile transfer shuttle. Hardware delivered on time, $0.5M under budget, and 10% under weight allocation.
• Checked Resupply Vehicle projectile shuttle and elevator drawings for form, fit, and function as well as for compliance to company standards, drawing standards, and GD&T.
• Created Interface Control Documents (ICD’s) to identify projectile handoff locations, touch zones, interface loads, timelines, and sequencing to ensure safe and successful transfer of projectiles.

• Engineering Services Group, Mark 45 Gun Mount Program
• Engineering support for the Mark 45 loader drum and power drive cells including vendor liaison, production support, engineering analysis, and change control management.
• Redesigned access door buffers to withstand wind loads created on the ship deck. Procured, assembled, and successfully tested the new door buffers for integration into the gun mount.
• Prepared Technical Instruction (TI) for the Breech Operating Mechanism system update. Completed design and drawing updates, analysis of the system, assembly, test, and hydraulic troubleshooting to resolve test problems.