Michael McCuistion is a seasoned Manufacturing Engineer at L3Harris Technologies, bringing over a decade of specialized experience in mechanical and electronic assembly. In his current role, Michael focuses on process development and continuous process improvement, leveraging his expertise to enhance operational efficiency and product quality....
Michael McCuistion is a seasoned Manufacturing Engineer at L3Harris Technologies, bringing over a decade of specialized experience in mechanical and electronic assembly. In his current role, Michael focuses on process development and continuous process improvement, leveraging his expertise to enhance operational efficiency and product quality. His commitment to excellence is evident in his design of innovative tooling solutions that streamline assembly processes, significantly reducing cycle times and improving throughput.
Michael's proficiency in statistical process control and root cause analysis enables him to identify and mitigate production issues effectively. He has successfully led numerous error-proofing initiatives, resulting in substantial scrap reduction and cost savings for the organization. His approach to manufacturing engineering is deeply rooted in data-driven methodologies, utilizing tools such as Failure Mode and Effects Analysis (FMEA) to anticipate potential failures and implement corrective actions proactively.
In addition to his technical skills, which include Computer-Aided Design (CAD) and Geometric Dimensioning and Tolerancing (GD&T), Michael is an advocate for continuous improvement practices such as Kaizen. He actively engages in production planning and project engineering, ensuring that all projects align with L3Harris's strategic objectives. His adept use of Microsoft Office tools further enhances his ability to communicate complex ideas and collaborate effectively across multidisciplinary teams. As a key contributor to L3Harris Technologies, Michael McCuistion exemplifies the integration of engineering principles with innovative problem-solving to drive operational success in the manufacturing sector.
