Cypress, Texas, United States
Results-driven mechanical/project engineer professional with extensive knowledge in providing technical support for efficient solutions to the development and fabrication of hardware in all stages of the production, from research to design to manufacturing. Work in cross-functional teams to develop project specifications, testing theoretical designs, prototyping units, and planning and designing new processes. Ensure the highest quality of product by using research, conceptual skills, and computer aided modeling and by recommending modifications following prototype test results.
•Design safe, cost-effective and customer-focused equipment in 3D or 2D environments with an emphasis on quality and on-time delivery while at the same time ensuring that designs are both manufacturable and robust. •Generate, check and approve assembly & machining drawings, engineering procedures/specifications and bill of materials as directed by supervisor or as needed by projects. •Assist with the redesigning of various parts and assemblies for cost effectiveness and improved performance. •Disposition NCRs and/or vendor requests for deviations. Provide technical support to sales and manufacturing as needed. •Create, check and approve product manuals and design files for the product lines. Provide necessary calculations required on new and existing designs as required by the project. •Review project specifications and create test procedures to meet customer requirements and relevant test standards. •Create, review and approve revisions to drawings and bill of materials of existing parts and assemblies. •Oversee assembly/disassembly of test fixtures and schedule the product testing at third party lab accordingly (Requires domestic travelling). •Create or review test reports after test completion. •Ensure design documentation is accurate and up to date. Function effectively and meet deadlines with minimal supervision.
•Performed the mechanical design of various product lines from compressor to pump seals according to initial agreed upon customers' cavity housing and shaft sizes, specifications, standards, API plans, and operating conditions. •Drafted drawings using SolidEdge to send for customer approval and outlining overall dimensions, screw hole locations for installation of seal, and functional purpose. •Coordinated with a multi-national cross-functional team to meet customers' orders from order clearing to design to delivering the product. •Trained under world-class German engineering team in design using common parts from CAD modeling parts library and Teamcenter, work standards, design rules, and guidelines. •Designed, applied GD&T, and checked parts according to functional and performance requirements, housing and shaft dimensions, and operating specifications. •Coordinated efforts with project engineering to meet customers’ needs and delivery date including quick turn-around in reworking drawings to meet customers’ demands, cavity changes, installation, and operation requirements. •Modified existing seals to new operation or installation requirements in such that seal will perform optimally within new parameters and specifications. •Supported on-site installation of seals remotely or in real time and troubleshoot any issues that may arise from installing seals into the compressor. •Retrofitted older compressor cavities with new housing and shaft dimensions in order to fit designed seals into the modified space, thus saving customer money and time by not installing a new compressor while netting my company over $500,000 in sales. •Captured $300,000 in sales by working to design and draft drawings to meet drawing submittal and manufacturing deadlines due to short schedules and project delays. •Led design efforts to retrofit different seal to fit existing failed seal in warranty claim to save company’s reputation and production schedule.
•Supported in the mechanical/electromechanical development of ground hardware components and flight hardware systems that will contribute to maintaining the health and well being of astronauts or conducting experiments. •Performed mechanical engineering tasks in design including, but not limited to, design of mechanical parts and assemblies; preliminary design analyses; component identification/selection/testing; drawing development and release; and support of fabrication, assembly and test of the systems and sub-systems in support of assigned projects. •Provided risk mitigation by reviewing engineering drawings, prior to release, for design maturity, mechanical interference checks, bill of materials completeness, and schematic accuracy. •Drafted models and drawings of mechanical parts and assemblies for fabrication, design, and interference check purposes and as visual aids in instruction manuals for crew training. •Coordinated efforts in scheduling of tasks, researching, selecting, and then procuring parts, and fabrication of flight hardware to meet project’s schedule and delivery date. •Reconfigured units to different configurations and specifications to meet new requirements and redesigns. •Designed, developed, and assembled kits for sustaining supplies and equipment, maintaining hardware, and supplying devices in medical experiments. •Performed project engineering tasks in sustainment work, such as drafting and releasing procedures, testing hardware, updating and retiring Government Approval Certification Requests, building configuration managed assemblies, submitting and presenting configuration Change Requests, and retiring drawings and heritage hardware. •Mitigated hardware discrepancies by checking on quality of parts when received and prior to being used, maintaining configuration control management, and proper documentation is being performed.