Travis Bailey Email and Phone Number

Accountable for all aspects of the project including delivery, performance to schedule, performance to budget, cash flow, and customer satisfaction.- Plan and monitor/control the project from the receipt of the order through installation at the customer's site- Preparation and review of scope documents, job specifications, proficiency evaluation, price negotiations, and contract terms.- Manage the schedule of all project phases and milestones, update schedules, and initiate corrective action through the department managers.- Supervise and oversee the design and build teams to complete projects efficiently according to established schedules and budgets while adhering to specified quality standards- Manage changes to project scope of work, including quoting change orders with the support of Sales.- Manage risks of all projects- Prepare and lead weekly project team meetings/project review meetings- Coordinate the work of the members of the project team to ensure that goals and objectives are accomplished

- Oversee mechanical design phases from concept through production.- Weigh cost constraints while preparing project design schedules.- Collaborate with PE on large-scale design projects.- Confirm compliance with design standards.- Verified requested integration capabilities of designed components.- Assess practical manufacturability of completed designs.- Lead or assist with customer and internal presentations.- Mentor junior staff members.- Constant communication with all departments during and after the design is complete.

- Design and support automated assembly, work holding fixtures, and test equipment.- Support application engineers with conceptual and budgetary quote support.- Work with project managers to develop sound solutions for customer projects.- Using SolidWorks 2016 for all 3D design and detailing.- Lead design engineer on numerous design projects requiring communication with project managers and other designers.

- Responsible for custom-designed assembly, inspection, and test systems as well as fixtures, tools, and gages using 2D and 3D design with AutoCAD/Mechanical Desktop and SolidWorks 2010.- Liaison between engineering and shop floor.- Designed inspection and assembly machines for the medical industry.- Tool and fixture design for government toleranced parts with knowledge of GD&T.- Responsible for all project conceptualization, design, and completion per customer requirements. - Coordinated with the customer on details of each project and assisted Engineering Manager with quoting.- Responsible for project punctuality, budget, and meeting customer requirements.- Top-level assembly, sub-assembly, and detail design of complete units, weldments, tooling, and fixtures.- Designed manual and automated machines with vision capabilities.- New product development or redesign for specific customer needs. - Reverse engineering of customer parts and fixtures to assist in lean manufacturing.- Process and assembly development.- Inspection and assembly machines for the medical industry.- Coordinate purchasing and manufacturing resources to ensure project success. - Hands-on design, and debugging with shop floor personnel.- Vendor coordination on design/redesign for overall cost reduction, availability, lead time, and assembly manufacturability improvements. - R&D, prototyping, and manufacturing testing.- Responsible for lean manufacturing and JIT for all jobs.- Knowledge of ergonomic principles and safety.

- Responsible for designing custom sheet metal parts and assemblies for the Aerospace, Automotive, Environmental, Food, and Government industries.- Manufacturing Engineering support for fixturing, design, tooling, and part routing using 2D and 3D design using CAD/CAM, AutoCAD, and IronCAD.- Precision stainless steel fabrications including all stainless steel alloys.- Responsible for importing CNC code using knowledge-based engineering software.- Sheet metal forming, welding, stamping, laser, punching, finishing, grinding, painting, and tube cutting practices.- Traditional and conventional machining practices.- Modular fixturing to hold tight tolerances during welding.- Assist with fabrications, detailed designs, and reduce manufacturing costs.- Develop custom manufacturing solutions such as part fixtures, work cell layouts, and custom tooling.- Responsible for designing “quenches” for automobile windshields for a specific customer.- Design assistance and material grade selection.