Dr. Fidelis Mashiri is an Associate Professor in Civil Engineering (Structural Engineering) at the University of Western Sydney. Prior to joining the University of Western Sydney in 2009, he was a lecturer at the University of Tasmania. Before then he was a research fellow at Monash University following the completion of his PhD at the same university. Fidelis has worked as a site engineer on dam projects in Zimbabwe and as a consulting engineer in Chile and Australia. He is currently a member of the Australian Standard Committees on Steel Structures, BD-001, Cold-Formed Steel Structures, BD-082 and Security Screen Doors and Window Grilles, CS-023. Fidelis is a member of The Institution of Engineers, Australia (IEAust), the Welding Technology Institute (WTIA) and the Australian Steel Institute (ASI).

Dr Roberto Ojeda is the Course Coordinator for the B.Eng in Naval Architecture program at the Australian Maritime College, an institute of the University of Tasmania (UTAS). He has been actively involved in the teaching of 1st and 2nd year engineering units at AMC for which he has been awarded two UTAS teaching merit certificates. His interest in the development and application of new teaching approaches and techniques motivated him to be an active part of the Adaptive Mechanics Network aimed at developing new and engaging adaptive tools to teach key threshold concepts to first year mechanics students.

Matthew James is an Educational Developer working for the University of New South Wales. In 2013 he graduated from UNSW with a Mechanical Engineering degree with an undergraduate thesis titled “Creation of online tutorial videos for MMAN1300″. He first started tutoring Mathematics to high school students in 2008 but later tutored Mechanical Engineering students in 2013 and 2014. Matthew is a passionate advocate for blended learning and continues to upload free educational content to YouTube teaching anonymous students Statics & Dynamics and Engineering Vibrations.

Gangadhara is a Professor in the School of Mechanical and Manufacturing Engineering at UNSW and has contributed significantly to the enhancement of student learning. Using a blend of traditional and contemporary teaching methods, he has helped students understand the key threshold concepts of the mechanics courses effectively. He has received multiple teaching excellence awards, including Australian Awards for Teaching, Australian Council of Engineering Deans Award for Engineering Education Excellence, UNSW Vice Chancellor’s Teaching Excellence Award, National Citation Award by Australian Learning & Teaching Council (ALTC) for Outstanding Contributions to Student Learning and the 2010 Lecturer of the Year award. He pioneered the Adaptive eLearning technologies with traditional teaching in novel ways to help net-gen students in large engineering classes. His teaching development has been taken up by students and academics at the national and international universities.

Dr Mohammad Uddin is currently a lecturer at the School of Engineering in the University of South Australia. Along with pursuing quality research on biomedical manufacturing, Dr Uddin teaches extensively various engineering courses, e.g. Engineering Dynamics, Mechanics of Machines, and Mechanical Engineering Practice. “Engineering design is a daunting and challenging task and students often struggle in the process to achieve an optimum solution. Therefore, there is an urgent need of how we, academics, can encourage students to develop their design minds and practices. Since I get familiar with, adaptive tutorials are found to be a realistic online based tool for students to practice engineering design process By being involved in such a big network, I would be able to integrate those innovative adaptive tutorials into my course to improve further student’s learning outcomes more efficiently. From student’s perspective, the benefit would be students will have opportunities to access and practice a range of tutorials involving different problem based scenarios to re-strengthen and broaden their capability in engineering design problem solving tasks.”

Dr Jeung-Hwan Doh is a Senior Lecturer in the School of Engineering at Griffith University. He obtained Bachelor with Honours and Masters with Honours in his civil engineering degree from University of Wollongong. He then obtained his Ph.D. from Griffith University. He is teaching both Civil and Mechanical Engineering students in the mechanics of materials course. Dr. Doh became involved in the network due to his extensive experience in the relevant engineering disciplines as well as his previous history in course delivery. He could foresee the benefits to all involved available from the incorporation of Online adaptive tutorials. Dr. Doh collaborates extensively in multidisciplinary teams of engineering staff. In addition he also teaches Industrial design students, with little or no previous mathematics experience or engineering education.

Tim McCarthy joined the School of Civil Mining and Environmental Engineering in December 2004 having spent nearly 20 years as Lecturer and Senior Lecturer at the University of Manchester Institute of Science and Technology (UMIST which merged to form the University of Manchester in 2004).  He has worked on the design of offshore and onshore steel structures and has written abest selling text book, "AutoCAD Express" on the popular CAD program, AutoCAD. In 2010 he was recognised with an Australian Learning and Teaching Citation for Outstanding Contribution to Student Learning for leadership in curriculum and space design that fosters collaborative learning. He is also the recipient of a number of Nationally Competitive ALTC/OLT grants to research various aspects of Engineering Education. In 2013 he led the student construction team which built “The Illawarra Flame” a net zero energy eco-house that won the Solar Decathlon China 2013 worldwide competition.

Dr Garth Pearce is a Lecturer with the School of Mechanical and Manufacturing Engineering. He specialises in:

• Aerospace Structures
• Advanced Aerospace Materials

His specific research interests include:

• Modelling and testing composite structures under dynamic loading conditions
• Damage prediction and characterisation for laminated composite materials
• Load path theory
• Onset Theory (formerly known as Strain Invariant Failure Theory)