As a Learning Design Specialist in the Blended Learning Team at The College, I collaborate with stakeholders to deliver captivating student-centric learning experiences and apply my pedagogical expertise to create innovative solutions that meet all student learning outcomes. I advise the development of media, learning objects, and resources while utilising my project management capabilities to ensure successful completion of all projects. I also stay up-to-date with innovative digital curriculum development, learning technologies, and project management techniques.
I have exceptional problem-solving skills, high-level organisational skills, and strong knowledge of Workplace Health and Safety regulations. I also have several years’ experience as an educator and researcher, with a strong background in, and affinity for, STEM-based subjects.
Develop and deliver engaging and innovative learning design solutions for hybrid, blended, and online courses and subjects. Responsible for project and client management, collaborating with subject matter experts (e.g., lead academics, writers, reviewers, and other stakeholders) to ensure the subject matter and assessment activities align with The College and University's learning and design principles.
Collaborate with learning designers/learning and teaching coordinators to design and deliver engaging and pedagogically sound digital learning objects for assessment, teaching, and learning in College courses (including the RTO). Update and maintain Blended Learning resources in digital repositories and manage content storage, dissemination, and archiving of project media. Deliver training, conduct presentations, and upskill team members in digital media.
Organise, deliver, and supervise high-stakes computer-delivered English proficiency examinations for both IELTS and Pearson PTE-A. Duties include day-to-day test centre operations, supervision of staff, customer service, troubleshooting software and hardware problems in real-time, with a strong emphasis on data security and privacy.
Teach Undergraduate Chemistry and Physics both theoretically and practically, including the explanation and demonstration of complex chemical concepts in an easy-to-understand manner. Duties include supervising laboratory practicals, tutoring (including one-to-one and at a class level), creation of teaching materials, and marking.
Strong foundation and understanding gained into the complex compliance structures the RTO operates in.
Sutures and staples have long been considered the gold standard for tissue wound repair and re-constructive surgeries. Their usage can often result in foreign-body inflammation, infection, excessive scarring, as well as air and fluid leakage in procedures involving the lungs, blood vessels, dura mater, and urethra. With the advent of bioadhesives, there are now several alternative techniques available that limit these adverse effects. Although the majority of these techniques are minimally invasive and provide sufficient wound closure, they can lack flexibility, and present a risk of cytotoxicity. Sutureless procedures for wound repair and closure have recently integrated nano-structured devices to improve their efficacy and clinical outcome. Gecko-inspired adhesives, for example rely mostly on van der Waals forces to adhere to a surface. This adherence is challenged by the moist environment of the tissue during wound closure and significantly compromises the bonding strength.
Thesis title - In Vitro Characterisation of a Novel Extracellular Matrix-Based Biomaterial for Sutureless Tissue Repair. Gained experience operating Lasers, Mechanical Testing of Materials, Atomic Force Mi- croscopy and Scanning Electron Microscopy.
Science degree in Medical Nanotechnology heavily focussed on research with the need to maintain a distinction average.