Michael Teeter Email & Phone Number

Houston, Tx, Us

Engineering Design and Development of eVTOL Aircraft.

Houston, Texas, Us

Engineering Design and Development of eVOL Aircraft.

Robotic welding of assemblies for various OEMs of trucks.

Webster, Tx, Us

Directs the mechanical engineering team involved in the Design and Development Engineering of new Mass Spectrometer test equipment and the transition of R&D products to production. Leads 2 – 3 projects per year, with up to $500,000 in budget oversight. Designed products for Smiths, NGCD (Battelle), the Tracer 1000 MS-ETD and others in accordance with government specifications. Each Mass Spectrometer sample inlet is customer-specific or with a swab-based thermal desorption system capable of detecting explosive threats, illegal narcotics and other chemical compound identification in seconds.✅Developed the Mass Spectrometer (Mass Spec) for Explosive Detection at the nanogram levels: Management and Mechanical System Design or mechanical components, assemblies, and electrical integration.✅The Tracer 1000 MS-ETD (Explosive Detection Technology) is the first mass spec to be certified. Passed TSA Testing and “ASTROS’ Homeland Security Award as Best CBRNE Detection System.✅The Aglab 1000 mass spec products for the distillation industry to analyze complex chemical compounds found in organic plant material.✅The Breath Test 1000 mass spec to rapidly screen and detect diseases in the breath.Process Analysis, Manufacturing & Quality Environments, Conceptual Design, CAD & Drafting, Production/Fabrication Knowledge, Diagnostics & Strategic Analysis, Product Development, Operational Performance (Relating to Fab and QA), Quality Assurance, Training & Development, Government Relations (Relating to SOW Creation), Project & Resource Management, Budgeting, Process Design & Improvement, Problem Analysis & Resolution, Supply Chain Management

Houston, Tx, Us

Managed a team of 10 with a $500,000 budget involved in the Design and Development Engineering of new electro-mechanical test equipment for the oil and gas industries. Provided engineering support to produce all product lines, continuous product improvement, and increased capabilities for existing production associated with drilling fluid and cement testing. Managed the engineering development and creation of multiple product designs, custom products, and enhanced existing production products for customer application requirements. Monitored pre-existing production fabrication issues associated with older designs, to meet or exceed client specifications or standards. Prepared technical and commercial proposals for customers requiring custom design equipment. Contributed to component selection and sourcing for purchasing and distribution requirements associated with special projects and/or development applications.Provided estimating schedules involving costs and labor required to design, manufacture, procure, assemble, and test products and instrumentation. Delegated labor and resources to harmonize the design process, along with purchasing and manufacturing, to create new and enhanced existing products that met industry standards.✅ Created Ultrasonic Cement Analyzers (UCA), and Static Gel Strength Measurement (SGSM) devices that met stringent temperature and pressure requirements for testing material. Became a high-end product available to the oil industry for testing muds and cement products. Process Analysis, Manufacturing & Quality Environments, Conceptual Design, CAD & Drafting, Production/Fabrication Knowledge, Diagnostics & Strategic Analysis, Product Development, Operational Performance (Relating to Fab and QA), Quality Assurance, Training & Development, Government Relations (Relating to SOW Creation), Project & Resource Management, Budgeting, Process Design & Improvement, Problem Analysis & Resolution, Supply Chain Management

(SECURITY CLEARANCE) Designed and developed electro-mechanical systems in accordance with customer requirements/application along while providing project management. Designs were unique and customer application specific.✅Oversaw the successful development of procedures, standards and work instructions in accordance with the ISO 9001 and AS9100 quality system.Process Analysis, Manufacturing & Quality Environments, Conceptual Design, CAD & Drafting, Production/Fabrication Knowledge, Diagnostics & Strategic Analysis, Product Development, Operational Performance (Relating to Fab and QA), Quality Assurance, Training & Development, Government Relations (Relating to SOW Creation), Project & Resource Management, Budgeting, Process Design & Improvement, Problem Analysis & Resolution, Supply Chain Management

Supported the design and development of new radiation detection applications and system integration; assisted management in engineering efforts, system installation, and supported customer relations. Was Senior Mechanical Engineer in Radiation Detection Straddle Carrier (RDSC) for PNNL and Homeland Security.Process Analysis, Manufacturing & Quality Environments, Conceptual Design, CAD & Drafting, Production/Fabrication Knowledge, Diagnostics & Strategic Analysis, Product Development, Operational Performance (Relating to Fab and QA), Quality Assurance, Training & Development, Government Relations (Relating to SOW Creation), Project & Resource Management, Budgeting, Process Design & Improvement, Problem Analysis & Resolution, Supply Chain Management

Developed new product lines and custom applications for current products. Drove system integrations, established supplier-engineering relations, and provided engineering expertise.Project management for metal components, and electronic and mechanical assembly integration. Originated the facility layout in accordance with Lean Cellular Manufacturing Kanban and "Pull System" for radiation equipment. Directed, coordinated, and revised all engineering, manufacturing, production and process documentation for Design for Manufacturability to reduce costs and improve capability, while providing resolving current issues.✅Senior designer on mechanical/electrical design/development team for the Aris, Aris Straddle Carrier, Aris-2 and Aris-2 for MPONDS and ASP variants of radiation detection systems that resulted in a Homeland Security Contract of approximately $500 million.✅Performed DFM redesign of the PM7 and PCM2 radiation monitors resulting in more than 20% overall cost savings, 40% reduction in production cycle time, and improved production reliability.Process Analysis, Manufacturing & Quality Environments, Conceptual Design, CAD & Drafting, Production/Fabrication Knowledge, Diagnostics & Strategic Analysis, Product Development, Operational Performance (Relating to Fab and QA), Quality Assurance, Training & Development, Government Relations (Relating to SOW Creation), Project & Resource Management, Budgeting, Process Design & Improvement, Problem Analysis & Resolution, Supply Chain Management

Managed the engineering design services on a contract basis, Computer-Aided Design and Drafting (CAD), quality improvementservices for manufacturing industries, architectural drafting services.

Responsible for the manufacture of gimbal products, component design, and laser communications for commercial, medical, general aviation, aerospace, and defense industries. Planned, organized, monitored, and managed, the engineering, manufacturing operations, production, and quality activities. Provided manufacturability engineering, and design guidance on current and developmental projects.✅Entrusted with the relocation and consolidation of process flow layout at a new manufacturing and production facility. After a two-month period, the Commercial Gimbal cycle time decreased 70% (depending on configuration), Medical Gimbal cycle time by 50%, and Adjustable Optics Assembly from 8 weeks to 8 hours. Across all lines, reduced overall manufacturing costs by 30% for vendor supplied components and internally assembled products. At another facility, increased productivity by 100% in 10 months.Process Analysis, Manufacturing & Quality Environments, Conceptual Design, CAD & Drafting, Production/Fabrication Knowledge, Diagnostics & Strategic Analysis, Product Development, Operational Performance (Relating to Fab and QA), Quality Assurance, Training & Development, Government Relations (Relating to SOW Creation), Project & Resource Management, Budgeting, Process Design & Improvement, Problem Analysis & Resolution, Supply Chain Management

Designed metal and bonded elastomeric parts for all existing product lines to fulfill customers' requirements and developed newproduct lines where market growth potential warranted. Facilitated improvement of manufacturing and quality processes.* Facilitated and trained the Advance Quality Systems (AQS) and software to management, and production personal on theimplementation of improved process controls as a certified instructor of SPC, TQM, JIT, TQC, and Boeing D1-9000techniques to decrease manufacturing costs and cycle times.* Conceptually designed and generated integrated CAD Solid and Surface Models and respective detail drawings for themanufacturing, assembly and tooling requirements. Provided manufacturing engineering design guidance in order to fabricatemanufacturing, production and inspection requirements.* Implemented and integrated a CAD database structure in, which all functions of Engineering, Manufacturing (NC), andQuality Control all relate to a single model as reference. This resulted in a reduction in design development andmanufacturing time of 50% due to a reduction of change orders and multi-data entry creation information over unrelatedsoftware platforms.* Design and Development of Engine, Auxiliary Power Unit (APU), Avionics Racking System and other Isolation Systems forTurbo-Prop, Commercial Jet, General Aviation for light turboprops, and piston powered aircraft* Designed and developed an extensive collection of custom and standard products solutions, including; bonded rubber mounts,precisely-matched unit isolators, ring mounts, cup mounts, and mesh mounts for defense manufactures requiring designs toisolate inertial navigation systems, electronic systems, navigation equipment, and sensors matched within one percent andtransmissibility within 0.2.

Bachelor Degree, Mechanical Engineering, Mechanical Engineering

Bs, Mechanical Engineering; Machine Design