The Fall 2016 Excellence in Written Communication Award goes to Brittany Stott for “Controlling myoelectric-prosthetics through the use of nerves and muscles.”
The accomplishment comes with a monetary prize of $500 from the Faculty of Engineering.
The CCOM 206: Communication in Engineering Writing Recognition Committee found the paper to be very clearly written and well organized, and noted the exemplary use of figures and a table.
The abstract is pasted below but you can download the full paper from the record in eScholarship, McGill’s digital repository.
People who are fitted with prosthetics due to the loss of a limb may have difficulty performing simple daily tasks that may be taken for granted, such as tying shoe laces or opening a jar. The prosthetics used today are often rigid, inflexible, bulky molds that are standardized and have minimal degrees of freedom. The development of myoelectric-controlled prosthetics has greatly facilitated the performance of daily tasks by the user, although the best method for controlling these prosthetics is still to be determined. This paper compares and discusses three major advancements in prosthetic control electrode arrays, osseointegration, and targeted muscle reinnervation by examining stability, accuracy, and movability of the user controlling the prosthetic. It is determined that the most beneficial solution for the user would be the implementation of osseointegration and targeted muscle reinnervation combined. This combination would allow the creation of a prosthetic that would increase the accuracy and stability of the artificial limb, and that would provide a more permanent and long-term solution. In addition, the creation of a myoelectric-controlled prosthetic that incorporates these two methods would allow for further research and would increase the stability, accuracy, and movability of the user.
Stay tuned for the winner of the Winter and Summer 2017 Excellence in Written Communication Award…
The holidays are right around the corner and it is a great time to catch up on your reading. Although, sometimes it is nice to keep it short. I have got a recommendation that might do the trick: Very short introductions from Oxford University Press. There are hundreds of e-books in this series, with titles in health and medicine, science and mathematics. It also includes very short introductions to topics like ageing, egyptology, and Alexander the Great.
If you are very, very short on time, we also have a nice collection of audio books on OverDrive that you can listen to on the go. For example, check out Astrophysics for people in a hurry, by Neil deGrasse Tyson (a New York Times Bestseller).
Happy [very short] holiday reading!
Image: Winter in Mars North Polar Region (NASA)
It’s Science Literacy Week and this year we’ve added movies to the calendar, selected from the Kanopy streaming video service.
We will also have popcorn, so be sure to join us at 5:30pm in the Redpath Library Building, Research Commons Room A, where the visualization wall is perfect for screenings.
Here is what’s on:
Monday: Google and the World Brain
Tuesday: I Dream of Wires: The Machine that Shaped Electronic Music
Wednesday: Queen of the Sun: What are the Bees Telling Us?
Thursday: Top Secret Rosies
Friday: GTFO: Get the F**k Out – Women in Gaming
Read descriptions here.
With Kanopy in the Library collection, every day can be movie day. Whether you love classic films or documentaries, there is plenty to explore.
It is important to move around throughout the day to meet those fitness goals, reduce stress, and get our creative juices flowing. Living through your average Montreal winter does not make it easy. Once we arrive at our destination it is easy to rationalize staying put for as along as possible.
To help make moving around a little easier, we have installed a treadmill desk at Schulich Library. It is up on the group study floor so that the little noise it makes will not be an issue. The height of the desk portion is adjustable and the speed can be set up to 4 mph. While you can’t get a full on run on the treadmill, you can get a nice brisk walk going and get your heart rate up.
I know it is a little unusual but don’t be shy about getting on the treadmill and setting up your work on the desk. Seeing you there will help others feel more comfortable about walking while working. Also, if you get the chance, please fill out our short survey after your walk and give us your feedback.
Christian Barker is the winner of the Communication in Engineering-Writing Recognition Award for the 2016 Winter and Summer semesters. The award comes with a $500 prize from the Faculty of Engineering.
Title: The Feasibility of Fibre Reinforced Polymers as an Alternative to Steel in Reinforced Concrete
Abstract: The corrosiveness of steel compromises the structural integrity of reinforced concrete (RC) structures and costs the infrastructure industry billions of dollars every year. In response to this, engineers have developed fibre reinforced polymers (FRPs) – non-metallic composite materials of superior strength to be used in place of steel. The three most commonly used FRPs in construction are carbon, glass, and aramid. This paper discusses the feasibility of each FRP as an alternative to steel in RC structures by comparing their mechanical properties, sustainable merits, and costs. Research reveals that while glass FRP is most sustainable, its poor strength and durability render it unusable for most RC applications. Aramid FRP’s strength and durability fell short of carbon’s and it is most expensive. Carbon FRP demonstrates the highest strength, greatest durability, and lowest final costs making it the most feasible FRP to replace steel in RC. Recommendations for future implementation include establishing building codes, improving recyclability and lowering initial costs.
The full text of the paper can be downloaded from the record in eScolarship@McGill, McGill’s institutional repository.
Congratulations to Christian Barker on a well deserved award!
Next week is innovation week at McGill!
I want to bring your attention to an event that is geared towards undergraduate students of all backgrounds. The MCIN is hosting an interactive talk (with breakfast) highlighting the interdisciplinary nature of neuroscience research.
It is happening at the Montreal Neurological Institute (de Grandpré Communications Centre), Thursday, November 17th, 9:30 a.m. to noon.
Registration is required so sign up today to reserve your spot.
We are entering a new era in our understanding of both healthy and pathological brain function, which underpins all human behaviour. It is only through interdisciplinary convergence, pooling the expertise of individuals with extraordinarily varied backgrounds of study and experience, that we can continue to advance our understanding of the ultimate puzzle that is the mind. In this event, we will present ways in which “thinking outside the brain” has proven beneficial to brain research within our centre, along with small-group workshops to foster collaborative learning and encourage synergies.
Congratulations goes to William Bouchard, winner of the Communication in Engineering Writing Recognition Award! His paper was the best of those submitted in the 2015 fall semester of CCOM-206.
Here is the abstract of the winning paper, A Study of the Material Best Suited to Replace Silicon as the Principal Semiconductor In Computer Chips:
Transistors made from silicon are more ubiquitous than ever, but the technology itself is not optimal. Some physical properties of silicon may hinder future technological progress. Two alternative semiconductor materials – diamond and gallium nitride (GaN) – are studied and their properties compared in order to find a suitable replacement. Speed is evaluated by using cutoff frequency and electron mobility; resistance to voltage and heat is evaluated by using the breakdown electric field, melting point, and thermal conductivity. It is found that diamond possesses superior characteristics in nearly every category. Of particular import are the cutoff frequency, the breakdown electric field, and the thermal conductivity of each transistor. The cutoff frequency of a silicon transistor is 0.055 GHz. For both the diamond and GaN transistors, it is 2 GHz. The breakdown electric field of silicon is 0.22 V.cm-1; for diamond, it is 4.00 V.cm-1; for GaN, 9.50 V.cm-1. Finally, silicon’s thermal conductivity at 300 K is 1.48 W.cm-1.K-1. Diamond easily bests its competitors with a thermal conductivity of 32.2 W.cm-1.K-1, while GaN’s thermal conductivity is 2.53 W.cm-1.K-1. In light of these results, a diamond semiconductor has the potential to offer much faster and much more reliable transistors to many markets, ranging from professional applications to consumer-grade electronics.
The full paper is available in McGill’s institutional repository, eScholarship.
William Bouchard is the third undergraduate student to win the Writing Recognition Award, an award that comes with a monetary prize of $500 from the Faculty of Engineering. Read more about the award and the first and second recipients, posted in The Turret.
This year’s Science Literacy Week really does have it all, starting with two amazing library exhibits:
- The Science of Star Trek at Schulich Library
- Knowing Blood, Medical Observations, Fluid Meanings at Osler Library of the History of Medicine.
If you can’t make it up to Osler Library, we have a touch table coming to Schulich Library tomorrow that will allow you to explore the Knowing Blood exhibit from Tuesday to Friday.
The fun with technology does not stop there, however, because we have 3D printing and learn to code workshops. You can also explore virtual reality technologies with the Oculus Rift. I will definitely be there for that.
I haven’t forgotten about the bees…we have hives on the roof of Schulich Library and they make the best honey. Take a visit up there with an experienced beekeeper.
There is more happening than I can mention here but I don’t want to leave out Wednesday’s Wikipedia edit-a-thon on women in science, or the talk from Dr. Joe Schwarcz on the facts and myths of eating right on Thursday afternoon.
I will leave you with the calendar of events to explore. Now if only we had transporter rooms… Well, there is always next year!
We are used to going to Web of Science to see how many times a particular paper has been cited but if you haven’t used the database in a while, you may not have noticed that they added alternative metrics.
Usage counts are now provided that add up the number of times the full text links of a paper have been clicked, and the number of times that it has been saved for use in a bibliographic management tool. Counts are provided from the last 180 days or since since February 1, 2013.
For more info on impact measurements, visit our guide.
The second winner of the Communication in Engineering (CCOM 206) Writing Recognition Award is, Elie Bou-Gharios. Thanks to the generosity of the Faculty of Engineering, this award now comes with a monetary prize of $500.
For the Winter 2015 term, the Writing Recognition Committee found that Elie Bou-Gharios’ paper, “Methods of Carbon Nanotube Production”, stood out from the rest.
Here is the abstract of the winning paper:
Carbon Nanotubes (CNTs) have shown the potential to change the engineering world with their unprecedented strength, stiffness and semiconductive capabilities. However, the production and alignment of masses of high quality nanotubes has proven challenging at an industrial scale. This paper assesses the effectiveness of the three leading methods of CNT production in terms of quality, yield, cost and scalability. Chemical Vapour Deposition was found to produce higher quality CNTs at greater yields and lower costs than Arc-discharge or Laser Ablation. By engaging catalysts at the gas stage of production and utilising well-developed technology, it also has shown the most potential for large-scale implementation.
Read the full paper in eScholarship, a digital repository which stores and showcases the publications and theses of McGill University faculty and students.
If you missed the announcement of the first winner of the award, you can find it here.