Cameron Clementson Email & Phone Number

San Diego, California, Us

● Designed a regression verification and validation strategy of a substantial change to an existing product. Successfully implemented verification, validation, and shelf life testing strategy through risk documentation review, facilitating collaborative discussions, and driving cross functional actions to completion. Successfully reduced quantity of tested parts by over 50% without sacrificing the robustness of the verification.● Weighed concerns and requirements from Operations, Regulatory Affairs, Quality Engineering, and Program management to create robust verification and validation strategies while optimizing effort and cost needed to execute strategies.● Leading initiative to automate verification test methods to improve value of testing outputs while reducing effort of testing. Establishing a phase gate approach for implementing and sustaining automation technologies. Using design tools to create measurable scales for the value and effort for each technology.

San Diego, California, Us

● Designed successful strategies for verification of mechanical based design inputs, including shelf life, for new products and regression strategies for updates to existing products. Designed strategies based off a risk based approach that incorporated collaborative input from several cross-functional stakeholders. ● Designed and validated verification test methods. Executed DOEs, designed fixtures, and wrote procedures to achieve Gage R&Rs below 20% and PTRs below 15%.● Successfully facilitated weekly meetings to share progress on test method validations to communicate progress to managers and encourage ideation across peers.● Released over 50 quality controlled Plans, Protocols, or Procedures in an agile software.● Drafted and maintained technical content for a Design Failure Modes & Effects Analysis.● Built statistical platforms in JMP to analyze significance of shelf life and mechanical conditioning on verification metrics. Managed large data sets of over 20,000 points.● Mentored peers through investigation of common and uncommon anomalies seen during verification testing.

San Diego, California, Us

● Executed written verification protocols with minimal deviations and reported results in a timely manner.● Wrote execution reports that were used in filing submissions to local and international regulatory bodies. ● Investigated root cause of anomalies and documented results in quality controlled system.● Established internal procedures to complete root cause investigation of common anomalies.● Performed statistically robust and industry standard analysis of data and present findings to technical teams.

• Assisting patients through designed exercises that target and improve biomechanical inefficiencies in their locomotor functions .• Applying strong communication skills (verbal and visual) to help patients achieve targeted biomechanical movements.• Transforming people's lives through functional movement which help them take control and manage their health.

Stuttgart, De

Produced a flexible, supersensitive sensor that can detect bodily functions including joint motion, speech, breathing, and pulse.• Designed, developed and validated a flexible, supersensitive strain sensor to be used in skin mountable applications. • Designed the product to tolerance, performance and quality specifications.• Applied electrical, mechanical, and material engineering principles to advance the design of the sensor.• Designed and tested prototypes to advance the mechanical design of the sensor.• Executed standard processes to fabricate and test the sensor, and to image the microstructure of the nanocomposite. • Managed the supply of materials and components, recognized discrepancies in production, resolved manufacturing and quality issues, and validated hardware and software.• Implemented LabView code that automated the research process and accurately measured and recorded large, noisy data sets from the electro-mechanical system in various environments. • Generated reports on the design, development, and potential medical applications of the project.• Reported progress and status of the project promptly to my supervisor and colleagues.• Monitored and drove priorities and timelines for product development. • Designed sensors to detect deformations from 0.1% to 50% with low hysteresis and fast response time.• Increased sensitivity of the sensor by 15 times (maximum gauge factor of 522.6) compared to previous reported models.

Dallas, Tx, Us

Built a compact strain gauge based cycling power meter that quantified the effort of the cyclist and displayed the results to a smartphone application in real time.• Worked in an interdisciplinary team of five to coordinate the production of the power meter.• Used concepts of material and mechanical engineering to predict the strain seen in the bending crank arm and to validate the electrical output of the microprocessor. • Designed the mechanical components and functional systems of the power meter.• Designed and implemented experiments for process and product development for all mechanical systems.• Generated engineering specifications, technical reports and analyses, and performed tests to validate accuracy.• Created trade-off scenarios and risk assessments to support prototypes and the final design selection.• Ensured the power meter met all requirements and goals of the client and the System Requirements Review. • Recommended alterations in the development and design to improve the quality of the product. • Maintained accurate documentation through a System Requirements Review, a Preliminary and Critical Design Review, a Final Design Review, and a 10 minute presentation to a review panel.• Produced accurate and precise measurements of +/- 3%, well within our goal of +/- 5%.• Displayed results to a smartphone via Bluetooth with less than 5 seconds of lag time.• Recognized as the Best Analog Design among all the senior capstone projects, a $1000 award.

Tucson, Az, Us

• Supervised 41 residents to ensure compliance with Hall safety and behavior guidelines. • Led groups and events, and managed resources and personalities to accomplish tasks.• Monitored and drove priorities and timelines to develop programs with a team of up to 30 staff members. • Trained in leadership skills, event planning, sustainable practices, and time management skills.

Tempe, Az, Us

• Assisted in setting-up and conducting experiments to retrieve heat maps of myoelectric activity from a set of forearm movements. • Experience in conducting experimental techniques when using human subjects.

Tucson, Arizona, Us

• Managed and communicated potential problems and tasks to other staff members. • Led and facilitated staff skill review sessions. • Trained continuously to maintain and advance skills. • Worked cooperatively and solved problems in stressful and evolving situations.