Owen Craig

As a Postdoctoral Researcher and Materials Engineer with expertise in metal additive manufacturing, I specialize in process development and ensuring product manufacturability. My research and development skills have allowed me to make significant contributions to the field of metal additive manufacturing. With a keen eye for detail and a passion for innovation, I am dedicated to advancing the capabilities of materials engineering and creating practical solutions for industrial challenges. 

In my previous role, I spearheaded an innovative research project aimed at exploring the untapped potential of off-cut particle size distributions of titanium powder for advanced press and sinter, as well as additive manufacturing techniques. Through meticulous analysis and experimentation, I identified novel applications that showcased the material's versatility and contributed to advancements in the industry.

My keen attention to detail and proficiency in inventory management allowed me to efficiently verify stock levels by comparing physical counts, proactively investigating discrepancies, and promptly rectifying errors. This resulted in optimized inventory control and streamlined supply chain operations.

In my capacity as a lab overseer, I prioritized the safety and well-being of students by diligently enforcing strict adherence to safety protocols and ensuring the correct usage of personal protective equipment. This created a secure and conducive environment for learning and experimentation.

As part of my role in education, I engaged with students through effective communication, providing clear instructions and guidelines for completing class work, particularly lab reports. I proactively addressed any concerns or challenges they faced, fostering a collaborative and supportive learning environment.

Moreover, my commitment to academic excellence was reflected in my approach to evaluating and grading examinations, assignments, and papers. I maintained accuracy and fairness throughout the assessment process while offering constructive feedback to encourage students' academic growth.

As a laboratory demonstrator, I effectively showcased the proper use of equipment and instilled a sense of responsibility among students by strictly enforcing laboratory rules. This instilled discipline and professionalism, contributing to a productive and organized lab environment.

Overall, my diverse experiences in research, inventory management, education, and laboratory oversight have honed my analytical, leadership, and communication skills, making me a valuable asset to any future professional endeavor.

During my PhD studies, I dedicated my research efforts to the specialized field of Directed Energy Deposition (DED) with a specific focus on metal printing of H13 tool steel and the development of functionally graded materials combining H13 and Cu. This allowed me to gain a deep understanding of advanced manufacturing processes and the potential applications of these materials in various industries.

As a proactive and responsible researcher, I successfully managed a complex research project from inception to completion, handling resources and budget in collaboration with laboratories in Quebec and New Mexico (USA). This experience enhanced my project management skills, fostering effective teamwork and intercontinental collaboration.

In recognition of the significance of my findings, I published academic papers, contributing to the dissemination of knowledge and advancements in the field. These publications showcased my ability to communicate complex research findings in a clear and impactful manner, adding value to the scientific community.

Throughout my education, I actively engaged with experts in the field, attending conferences and seminars, where I exchanged ideas and expanded my knowledge base. This involvement in academic events strengthened my networking abilities and kept me abreast of the latest trends and innovations.

To complement my research pursuits, I pursued relevant coursework, obtaining a well-rounded education in materials science, advanced manufacturing techniques, and engineering principles. This interdisciplinary approach broadened my perspectives and equipped me with a comprehensive skill set to tackle real-world challenges.

Moreover, I sought practical experiences through internships and hands-on projects, further solidifying my theoretical knowledge and providing valuable exposure to industrial applications. These experiences nurtured my problem-solving abilities and adaptability in dynamic environments.

In addition to my technical expertise, I actively participated in academic discussions, collaborating with peers and professors, which refined my critical thinking and communication skills.

In conclusion, my education experience has been marked by a strong dedication to cutting-edge research, successful project management, and impactful contributions to the field through academic publications. I have developed a robust skill set, fostering both technical proficiency and effective communication, positioning me as a highly motivated and qualified professional ready to make a positive impact in the realm of advanced manufacturing and materials science.