MELANIE SMITH

• Principal team member responsible for the initial rollout of test management tool to record real-time documentation of on-site system commissioning and system acceptance performance testing.
• Supported senior engineers with product design and electrical standards by utilizing AutoCAD Electrical documentation skills.
• Traveled 25% to execute commissioning tasks at various customer locations.

Developed online components for Mechatronics and Electrical Distribution & Engineering Technologies coursework using the Blackboard Learn virtual learning environment and course management system for effective curriculum management.

• Documented 11 articles detailing Advanced Manufacturing Component and Mechanical Systems Training Program subjects for Procter and Gamble, covering hand tools, fasteners, bearings, electricity, pneumatics, PLCs, power transmission, and belt selections, wear, alignment, and tension properties.
• Authored 2 articles: Torque Principles and Techniques for Drilling and Tapping Metal to enhance hands-on learning experiences.

• Contributed to the optimization of electronic system designs with significant mechanical components by collecting and presenting specialized data on flow rate, level, and temperature measurements.
• Fabricated and tested various mechanical subassemblies for electronic systems, including electronic circuit boards, small electro-mechanical sensors, and user interfaces, to improve flowmeter designs.

• Coordinated client flow and services efficiently and effectively for optimal pet care by fostering active communication within the veterinary team.
• Assisted in accurately documenting detailed treatment plans for outpatients.
• Ensured thorough and precise patient admissions as specifically directed.

• Successfully completed 44-hour clinical practicum required for a Veterinary Assistant certificate from Frederick Community College, involving observation and assistance to a Veterinary surgeon during spay and neuter surgeries for adoptable dogs and cats.

• Assisted R&D by prototyping circuits, documenting design changes, and conducting qualification testing for flowmeter designs during product development.
• Developed a detailed Process Control Standards document to eliminate printed circuit board design inconsistencies, facilitating the company's ISO 9001 certification.
• Used ORCAD Schematic Design Tools to convert hand-drawn schematics, resolving historical manufacturing errors for microprocessor-based boards.
• Tested, evaluated, and documented the first build of a pressure transducer's temperature compensation, leading to a design upgrade for flowmeter sensors.
• Actively participated in Total Quality Management and Corrective Action Teams for the entire flowmeter product line.
• Provided technical support for the development of magnetic flowmeters.
• Served as a technical liaison to the Engineering Department, addressing product quality assurance issues.
• Organized a company-wide calibration program to ensure measurement accuracy.
• Created service manuals to resolve quality issues and implement necessary changes.

• Conducted research, evaluation, and procurement of component parts for prototype boards, aiding in product design facilitation.
• Acted as a key liaison between the Design and Drafting Departments, ensuring smooth interfacing of design changes during the assembly of prototype printed circuit boards, contributing to process improvement.
• Collaborated with senior engineers to perform testing and troubleshooting of electronic systems, ensuring optimal functionality and performance.

• Successfully completed engineering prototype runs for thick film latching programmable attenuators (D.C.-2.0 GHz) and waveguide-to-coax transitions (18-26.5 GHz).
• Acquired hands-on experience with thick film processes and millimeter-wave measurements, overseeing the development and production of these product lines from inception to final engineering release.
• Conducted environmental tests on high-reliability components to ensure compliance with Military Standards 202, 810, 3933, and 24215.
• Assembled and tested a range of precision microwave components, including manual and programmable attenuators, medium to high power fixed attenuators, pressurized 40 GHz connectors, D.C. blocks, and phase shifters, gaining in-depth knowledge of the product line and its history.