1. In-depth knowledge in one or more of the following areas: Sensorimotor and Neurophysiological Basis of Human Movement, Motor Learning and/or Adaptation, Neuromechanics, or Biomechanics.
I held a position as a lecturer in Human Movement Studies (2001-2004) - teaching motor control & learning - before starting my PhD. I have a masters degree in motor control and my PhD work was about sensorimotor control of interceptive actions. Since finishing my PhD (8 years ago), I have been an active researcher in the field of sensorimotor control of movement. I consistently review manuscripts for the major specialist journals in my area of expertise (see https://publons.com/author/1179228/welber-marinovic#profile). I have published 35 peer-reviewed
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2. Evidence of clear and effective science communication.
I have presented my work in 12 conferences and was invited to be a guest speaker at an international conference in 2012. I was a lecturer at the University of Queensland (2015) and regularly contributed as a guest lecturer in both undergraduate and graduate levels. As the first author of most of my papers (≈70%), I believe my communication skills are exemplary.
3. Advanced skills in collection, analysis and management of human data, particularly related to sensorimotor and neurophysiological basis of human movement; and research methods.
I have extensive experience with data collection using: movement recording systems (Optotrak 3020), force transducers, electromyography (EMG), transcranial magnetic stimulation (TMS), transcranial direct current stimulation (tDCS), and eye-tracking. I am particularly experienced with integrating these different systems to collect human data using Matlab and Labview. I also write my own code in Matlab to process the data I collect and perform all statistical analyses in R.
4. Demonstrated ability to write scientific proposals to seek internal and external funding.
I have been awarded a very competitive ARC Discovery Early Career Research Award (DECRA 2012-2014) to study how the brain can predict the future position of objects in motion and use these predictions to control our actions (AU$ 375K). I was the leading CI on a seeding grant awarded by
For acquisition certain practices and methods like interviews, statistical analysis, questionnaires, career path charts and skill inventories are used in general.
These muscles are under control of will. These muscles are controlled by the central nervous system. i.e. Coraco brachialis muscle. This is found in the upper part of the arm and flexes the shoulder joint.
“The analysis of movement provides an athlete with optimal development as well as minimising the risk of developing injuries through the incorrect execution of a movement” (Ackland, Elliott & Bloomfield, 2009, p 301).
Kathy, a 20-year-old woman, awakens one morning to a tingling, numb sensation covering both of her feet. This has happened to her a number of times throughout the year. In the past, when experiencing this sensation, within a couple of days to a week the numbness would subside, and so she is not too concerned. About a week later, she
I learned a lot from the content outline and the minimum required skills for the physical therapist assistant. In the outline I learned about data collection which has to do with knowing the different kinds of systems and its relevance. When running test you will see how the system will react to different scenarios, and by gathering this
For instance, students were expected to show the distribution of sensory cells throughout the skin as well as being able to show that each sense has specialized cells, after completing certain activities. As for reflexes, students were expected to understand that some reflexes were either controlled by the voluntary or involuntary nervous system. Students were also expected to understand muscles directed eye response and that pupil responses are different based on the different stimuli and different lighting types. Finally, students were also expected to distinguish between the three different types of muscles based on observations and understand why the skeletal and cardiac muscle are striated. Additionally, students were to understand the various muscle functions with regard to speed
While a good presentation can deliver the insights of a topic and allows the audience to clearly understand a textual topic in a visual and more memorable way, a bad presentation can also make the audience more confused for even the things that they already know. Unlike how most people think, presentation is not all about the quality of the contents of the presentation but it greatly depends on aspects such as presenter’s confidence, quality of slides, and speaker’s methods and preparation for that particular topic. The most complicated and boring topics can seem so interesting by the audience,
Describe what has been done to initiate each competency and give details of what evidence is present to support your analysis.
Substantial contributions to the design and conception, acquisition of data, or the interpretation and analysis of data
As an innovative teaching practice aimed to bridge didactic learning with clinical experience, this special topic elective was created in collaboration with a clinician at the Cleveland Clinic Children’s Hospital for Rehabilitation. The student was jointly supervised by the clinician and me, with student outcomes that included learning about the research process as well as gaining clinical
Communication, whether in the written or verbal form, has always been an enigma to me, especially when it came down to scientific communications. However, this module trains us to do just that. Basic structures of an essay as well as the requirements for a good speech - such as confidence and an interesting starter - has helped enhance my abilities at conveying ideas. The module also teaches me how choice words can affect what I am trying to express as well as the tone in which I adopt. It also emphasizes on techniques used to communicate scientific concepts and findings in an entertaining manner.
I took a public speaking class at NAU; however, I merely enrolled in this course because it was a requirement and I failed to fully embrace the meaning of the concept. This capstone, on the other hand, has accomplished in convincing me of the true power in communication. Professor Stroh arranged for several guest speakers, each with their own unique communication style, to address our class. I admired the abilities of each speaker and acquiring their skillset is a primary goal I have for the future. For example, Paul Melcher spoke eloquently, his lecture was well-structured, and he did not rely on notes for support. Consequently, I will strive to incorporate his strengths as a speaker in my effort to establish a dialogue with
In the challenge of presenting science, in its journey, not only its conclusion, Gould performs excellently, broadening the scope of what the public sees as science. This is vital, as the work of scientists becomes more complicated, and the fate of the world and of our future becomes more bound to the productivity of science and the willingness of the public to accept good science, it it the role of scientists and educators to bridge the gap between the public and science, informing people not just on ideas and conclusions, but on inquiry and reason as
It is a common phenomenon for there to be a correlation across seemingly unrelated disciplines. In particular, Edward Warburton’s research blurs the lines between the arts and STEM. His paper, “The Cognitive Benefits of Movement Reduction: Evidence From Dance Marking”,1 analyzes how marking in dancing — minimizing movements to reduce physical strain during long rehearsals — can also be cognitively beneficial to performers. The paper1 questions if performers are able to perform a better routine by practicing it “full out” or utilizing marking techniques. He calls this the “embodied-cognitive hypothesis” which challenges the general consensus that more body movements equals lighter cognitive load, by instead suggesting that full-body movements could cause more cognitive strain than previously thought.
My communication skills have been a great asset to both my personal and work life. It has strengthened my ability to work in harmony with co-workers and in group settings. Although I communicate quite effectively I do find myself to be more quiet in large group settings and dislike public speaking. My recent position in community nursing required me to take on multiple roles as an educator and helped me work on my public speaking skills.