Sam Rogers Email and Phone Number

As a sessional academic, I specialize in teaching and coordinating a range of engineering and science courses at both introductory and advanced levels. My goal is to foster an engaging and practical learning environment that bridges theoretical knowledge with real-world applications, equipping students with the skills needed to succeed in their engineering careers. My expertise spans foundational physics and specialized engineering methodologies, with a strong emphasis on industry relevance and… Show more As a sessional academic, I specialize in teaching and coordinating a range of engineering and science courses at both introductory and advanced levels. My goal is to foster an engaging and practical learning environment that bridges theoretical knowledge with real-world applications, equipping students with the skills needed to succeed in their engineering careers. My expertise spans foundational physics and specialized engineering methodologies, with a strong emphasis on industry relevance and hands-on learning.I have coordinated several courses, including:• MEC221 - Mechanics of Materials• MEC227 - Mechanical Design 1• MEC300 - Mechanical Design 2In addition to coordination, I have also taught into serval courses, including:• SCI107 – Physics• MEC226 - Manufacturing Technology• ENG304 - Engineering Research Methodology• MEC335 - Production Engineering Show less

As a Visiting Research Fellow (PhD), I engaged in collaborative research between the University of Queensland (UQ) and the University of the Sunshine Coast (USC). While conducting my PhD at UQ, my research explored innovative approaches to enhancing the mechanical properties and sintering behavior of metal matrix composites. This collaboration allowed me to work closely with USC, contributing to joint research projects and sharing expertise across institutions.

My PhD research centers on the development of novel AlN-Al reinforcement powders to enhance the sintering and mechanical performance of aluminum-based metal matrix composites (MMCs), with important implications for industries like aerospace. Lightweight, high-performance materials are crucial for advancing aviation and flight travel, where reducing aircraft weight leads to improved fuel efficiency and lower emissions. By optimizing the strength-to-weight ratio of aluminum composites, my… Show more My PhD research centers on the development of novel AlN-Al reinforcement powders to enhance the sintering and mechanical performance of aluminum-based metal matrix composites (MMCs), with important implications for industries like aerospace. Lightweight, high-performance materials are crucial for advancing aviation and flight travel, where reducing aircraft weight leads to improved fuel efficiency and lower emissions. By optimizing the strength-to-weight ratio of aluminum composites, my research addresses these industry needs, contributing to more efficient and sustainable aviation technologies.The core of my work involves the controlled nitridation of aluminum at low temperatures to produce tailored AlN/Al powders. These powders improve sintering and interfacial adhesion between the matrix and reinforcement, significantly enhancing mechanical properties. My research contributes to the advancement of material science in the field of MMCs, offering new insights and methodologies that can drive future innovations in both academic and industrial applications, particularly within the realm of lightweight structural materials. Show less

During my PhD, I was employed as a sessional academic, where I had the opportunity to teach a range of engineering courses at the University of Queensland. In this role, I focused on bridging the gap between theoretical knowledge and practical application, helping students develop the critical thinking and technical skills necessary for success in the engineering fieldThe courses I taught include:MECH2305 - Introduction to Engineering Design and ManufacturingMATE7015 - Additive… Show more During my PhD, I was employed as a sessional academic, where I had the opportunity to teach a range of engineering courses at the University of Queensland. In this role, I focused on bridging the gap between theoretical knowledge and practical application, helping students develop the critical thinking and technical skills necessary for success in the engineering fieldThe courses I taught include:MECH2305 - Introduction to Engineering Design and ManufacturingMATE7015 - Additive Manufacturing" Show less

I completed my RPL CASA license at Inspire Aviation, flying a Cessna 172. This hands-on training provided me with foundational experience and strengthened my aviation skills, serving as my pathway to becoming a professional pilot.

I attained my RPC RaAus license in the Sling 2 at the Sunshine Coast Aero Club, where I also completed the fundamentals of navigation. This training, conducted in controlled airspace, provided critical flight experience and navigation skills, further advancing my foundation in aviation.

As a Design Engineer and PID Engineering specialist, I was responsible for the design and testing of mechanical components for Duramax diesel engine and Allison gearbox conversions. In addition to mechanical design, I also specialized in wiring and communication systems, ensuring seamless integration and performance across the fleet.