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Tiny magnetic implant offers new drug delivery method

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Size of the magnetic implant compared to the Canadian one-dollar coin. Credit: UBC

University of British Columbia researchers have developed a magnetic drug implant—the first of its kind in Canada—that could offer an alternative for patients struggling with numerous pills or intravenous injections.

The device, a silicone sponge with magnetic carbonyl iron particles wrapped in a round polymer layer, measures just six millimetres in diameter. The drug is injected into the device and then surgically implanted in the area being treated. Passing a magnet over the patient’s skin activates the device by deforming the sponge and triggering the release of the drug into surrounding tissue through a tiny opening.

Ali Shademani and co-author Hongbin Zhang

“Drug implants can be safe and effective for treating many conditions, and magnetically controlled implants are particularly interesting because you can adjust the dose after implantation by using different magnet strengths. Many other implants lack that feature,” said study author Ali Shademani, a PhD student in the biomedical engineering program at UBC.

Actively controlling drug delivery is particularly relevant for conditions like diabetes, where the required dose and timing of insulin varies from patient to patient, said co-author John K. Jackson, a research scientist in UBC’s faculty of pharmaceutical sciences.

“This device lets you release the actual dose that the patient needs when they need it, and it’s sufficiently easy to use that patients could administer their own medication one day without having to go to a hospital,” said Jackson.

The researchers tested their device on animal tissue in the lab using the prostate cancer drug docetaxel. They found that it was able to deliver the drug on demand even after repeated use. The drug also produced an effect on cancer cells comparable to that of freshly administered docetaxel, proving that drugs stored in the device stay effective.

Mu Chiao, Shademani’s supervisor and a professor of mechanical engineering at UBC, said the team is working on refining the device and narrowing down the conditions for its use.

“This could one day be used for administering painkillers, hormones, chemotherapy drugs and other treatments for a wide range of health conditions. In the next few years we hope to be able to test it for long-term use and for viability in living models,” said Chiao.

“Active regulation of on-demand drug delivery by magnetically triggerable microspouters” was recently published online in the journal Advanced Functional Materials. Click here to download a copy.

Photos and video: Flickr

Original story from UBC Public Affairs.


Dr. Yusuf Altintas named one of UBC’s Distinguished University Scholars

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Professor Yusuf Altintas headshot

Professor Yusuf Altintas

MECH professor Yusuf Altintas was recently named a UBC Distinguished University Scholar (DUS) for 2016.

Each year, the Distinguished University Scholar (DUS) program recognizes exceptional faculty members who have distinguished themselves as scholars in research, teaching and learning. This distinction is granted for five years, and is renewable once, and includes a one-time $20,000 research award and a $20,000 per annum salary stipend, payable for the duration of the award period.

Dr. Altintas joins ten others, from across a wide range of departments and programs, who will be acknowledged at the Annual Research Awards on April 5, 2017.

Congratulations Dr. Altintas on this prestigious award!

 

Click here for the full list of this year’s Distinguished University Scholars.

Dr Peter Ostafichuk selected as a recipient of the Margaret Fulton Award

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Congratulations to Dr Peter Ostafichuk (a.k.a. “Dr. Pete”), recipient of the 2016/2017 Margaret Fulton Award!

On March 6, 2017, UBC announced the recipients of the Margaret Fulton Award, an award granted to an outstanding individual who has made a contribution to student development and the university community in honour of Dr Margaret Fulton’s commitment to university access and student learning. Dr Fulton was a distinguished educator in elementary, secondary, and post-secondary education. She served as the Dean of Women at UBC and University President, Mount Saint Vincent University in Halifax.

As a professor of teaching, Dr. Pete’s primary focus is on teaching and academic leadership. He is an advocate of Team-Based Learning and other innovative teaching approaches. Described as a “catalyst for change in engineering education”*, Dr Pete is the recipient of other notable teaching awards, including the 3M National Teaching Fellowship and the Killam Teaching Prize. He is also the current Chair of First Year Engineering, and was instrumental in the creation of the MECH 2 program.

For a complete list of this year’s Student Development Award Recipients, please visit: Student Development Award Recipients.

 

Engineering student team places second in national design competition

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A team of four engineering students — Andrew Dworschak (Engineering Physics), Connor McFadyen (Mechanical), Allan Ng (Mechanical Engineering) and Jenny Yang (Engineering Physics) — won second place in the Senior Design category at the Canadian Engineering Competition on March 2-6 in Calgary.

The Senior Design competition challenges teams to design and construct a working prototype to complete a given engineering objective. The tasks are designed to test the competitors’ knowledge in design theory, technical skills, time management and teamwork. This year’s challenge was called Nuclear Meltdown: a nuclear facility had a malfunction, causing it to constantly release fuel cells (represented by water balloons). The team challenge was to build a robot (Bluetooth or wired) that could collect and bring the fuel cells to containment zones, activate a kill-switch and finally return back to safety in 2.5 minutes. The students were given ten hours to design, build and test the prototype before a final presentation to a judging panel.

“Having had previous experience with VEX robotics kits and Arduino programming, our team felt quite prepared to take on the given task this year!” said Jenny Yang. “Although we ran into quite a few challenges during the design process, we remained adaptable and determined, allowing us to power through in the end! Since I grew up in Calgary, it was great to go home and compete on familiar soil. I had an extremely rewarding experience with both my Senior Design team, as well as the rest of the UBC!”

The students first competed together in 2016 under the Junior Design category, where they placed fourth. This year, they wanted to make a comeback and are very pleased with their second place win.

Congratulations!

Original story from: APSC News

UBC Supermileage demo new prototype on Global News, hope to win upcoming Shell Eco-marathon

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UBC student student team Supermileage was recently featured by Global News for the creation of their sustainable car prototypes. The team is currently prepping for the upcoming 2017 Shell Eco-marathon, held in Detroit, USA that draws participants from universities all over the world. In the feature, MECH students and Team Co-captains Jocelyne Boone and Jonathan Marr share with us a little about the car’s design process, as well as their performance goals for their current prototype. The team hopes to make a comeback at this year’s competition, having come up with a new car design from scratch.

You can watch the full feature below:

Andrea Palmer named one of BCBusiness’ 30 Under 30

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Andrea Palmer, founder of Awake Labs, was recently named among BCBusiness’ 2017 30 Under 30.  This award recognizes young entrepreneurs who are excelling professionally, are innovative in their industry, and who are giving back to others and the community.

A prominent theme among the 2017 winners is the passion to make the world a better place, something that Palmer certainly aims to do with the creation of the Reveal. Starting out as a university project during her undergraduate degree, the Reveal is a wearable device that has gained Palmer national recognition. Designed to measure stress indicators, such as heart rate and skin temperature, and transmit the data to a smartphone app, she hopes to use the device to monitor signs of anxiety, specifically in children with autism or other neurological disorders.

This year’s winners will be recognized at the 2017 BCBusiness 30 Under 30 event on Thursday, April 13th, 2017 at the Vancouver Club.

Congratulations Andrea Palmer!

You can read more about Palmer and  the 30 Under 30 Awards at: BCBusiness

Wondering how Andrea Palmer got where she is now? Follow the history of Awake Labs through our various stories on Palmer and Reveal:
Andrea Palmer, Founder of Awake Labs, Receives Startup Canada’s Young Entrepreneur Award (September 2016)
UBC Engineering Alumni Team Up to Help Families Cope with Autism (April 2016)
Dr. Elizabeth Croft and Alumna Andrea Palmer Win Wendy McDonald Awards (April 2016)
MECH Alumna Andrea Palmer Joins Innovation Hub, Makes Headlines (February 2016)
Mechanical Engineering Student Wins GIC (April 2015)

Innovative software converts Wi-Fi data into energy savings

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The Irving K. Barber Learning Centre library. Credit: Lara Swimmer Photography

The Irving K. Barber Learning Centre library. Credit: Lara Swimmer Photography

For the first time in Canada, a University of British Columbia engineer has found a way to use Wi-Fi to determine the number of building occupants and adjust ventilation accordingly – saving energy without sacrificing air quality.

“Every day, thousands of smartphones, laptops and tablets connect to the Wi-Fi network at UBC,” said Stefan Storey, who holds a master’s in mechanical engineering and a PhD in resource management and environmental studies from UBC. “Our Bridge software anonymously counts the number of wireless devices in each room and passes the counts on to UBC’s building control system, which then adjusts airflow through the relevant building, practically in real time.”

Stefan Storey

Stefan Storey

Based on an occupant count, the control system can vary the airflow to a room, ramping it up for a busy lecture, or down during the times in between.

UBC worked with Storey to test the technology at the Irving K. Barber Learning Centre library, which serves thousands of students and staff. They found that it reduced energy consumption by five per cent over a period of 12 months, while maintaining air quality and occupant comfort.

David Woodson, UBC’s managing director, energy and water services, says the new system could help the university reduce greenhouse gas emissions by hundreds of tonnes and save as much as $100,000 in energy costs per year for core campus buildings. UBC is installing the technology in 10 more buildings over the next several months.

“This software uses the existing Wi-Fi network to provide good air quality and thermal comfort, so costs are lower and disruption is less compared to other occupancy detection technologies,” said Woodson, adding that UBC’s Wi-Fi users are completely protected as all private information is removed in strict compliance with Canadian privacy legislation.

For Storey, the project highlights the potential benefits of using Wi-Fi systems to create “smart buildings.” He co-founded the company Sensible Building Science around his innovation, with support from entrepreneurship@UBC, which helps UBC student, alumni, faculty and staff entrepreneurs as they take their ventures from idea to market. His patent-pending innovation is now being installed at campuses across B.C.apsc.

“As far as I know, this is the first technology in North America to use Wi-Fi access points as a sensor network and as a way to communicate with building control systems. As we continue to develop it, we can help many more buildings become much more responsive to occupant needs,” said Storey.

Lou Corpuz-Bosshart
UBC Public Affairs
604.822.2048
604.999.0473
lou.bosshart@ubc.ca
Original story: APSC News

Mauricio Ponga’s article selected as one of MSMSE’s “Highlights of 2016”

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An article published by MECH Professor Mauricio Ponga was recently selected by the Modelling and Simulation in Materials Science and Engineering (MSMSE) journal in their exclusive “Highlights of 2016” collection. The Highlights collection includes the top articles published in MSMSE each year, selected on the basis of referee or Editorial Board endorsements, novelty, scientific impact and broadness of appeal.

In his article, “Dynamic behavior of nano-voids in magnesium under hydrostatic tensile stress,” Ponga investigates the mechanisms responsible for nano-void growth in single crystal magnesium under dynamic hydrostatic tensile stress.

Those interested in Modelling and Simulation of Materials can find Ponga and other highlighted articles here. Articles included in the Highlights collection will be free to access for all readers throughout 2017, so we encourage you to enjoy this free resource!


Walter Mérida named Wall Scholar

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Walter Mérida, PEng, a UBC mechanical engineering professor, has received a Wall Scholar Research Award from the Peter Wall Institute for Advanced Studies.

Recognizing UBC faculty members with exceptional research records and a demonstrated interest in interdisiplinary research, the award provides recipients, who may belong to any academic discipline, a one-year residency at the Wall Institute and $20,000 for research-related expenses. The objective of the award is to create “a dynamic and diverse intellectual community at the Institute.”

One of ten Wall Scholars selected this year, Mérida will begin his residency on August 1. His award citation reads:

Walter has worked on clean energy solutions for more than twenty years. In 1996-1999, he managed projects between Ballard Power Systems, British Gas Investments Canada, University of Victoria and Simon Fraser University.

He was a founding Board member for General Hydrogen Corporation (1999-2000) and he joined UBC in 2002. Walter was a visiting professor at the Fraunhofer Institute for Solar Energy Systems (2010), and he worked at the National Research Council from 2002 to 2011. He leads the Transportation Futures Group at the Pacific Institute for Climate Solutions, and he has developed industry-led consortia on clean energy technologies.

Walter serves on the Board of Directors for the Canadian Urban Transit Research and Innovation Consortium, the Canadian Hydrogen and Fuel Cell Association, and the Institute for Breakthrough Energy Technologies. In 2016, he was recognized as one of Canada’s Clean50. Walter is currently the director of UBC’s Clean Energy Research Centre.

During his term at the Peter Wall Institute, Walter will explore the ethical, economic and social dimensions for advanced transportation systems in a low-carbon economy. As vehicles and road infrastructure become integrated, many new business models become possible. Civil infrastructure assets (buildings, parkades) may become active participants in city-scale energy management schemes. Intelligent recharging schedules (and membership programs) can improve the utilisation of electric vehicles. Electric or zero emission car-share programs and bi-directional vehicle recharging will change the current ownership and financing models.

 

More information about the Wall Scholar Research Award: http://pwias.ubc.ca/program/wall-scholars

More information about the 2017-18 Wall Scholars: http://pwias.ubc.ca/announcements/2017-2018-wall-scholars

 

Original Story by APSC News.

UBC AeroDesign Places 3rd at SAE Aero Design East

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Figure 1: Team members at the 2017 competition from left to right: Angus Wong (3rd Year MECH), Ichsan Ausri (3rd Year MECH), Zhaowei Huo (2nd Year ELEC), Arthi Muniyappan (Team Captain, 3rd Year MECH), Nicholas Hui (3rd Year MECH), Adil Saldanha (2nd Year ELEC), and Walter Teo (3rd Year MECH).

Figure 1: Team members at the 2017 competition from left to right: Angus Wong (3rd Year MECH), Ichsan Ausri (3rd Year MECH), Zhaowei Huo (2nd Year ELEC), Arthi Muniyappan (Team Captain, 3rd Year MECH), Nicholas Hui (3rd Year MECH), Adil Saldanha (2nd Year ELEC), and Walter Teo (3rd Year MECH).

 

Congratulations to the UBC AeroDesign team, who recently received third place at the 2017 SAE Aero Design East competition. Held in Lakeland, Florida, the SAE Aero Design competition tests undergraduate and graduate students with real-life engineering challenges, and requires teams to produce creative design solutions to these challenges. This year, 40 teams competed in this intense three day competition.

In addition to receiving the Elliot and Dorothy Green Award of Excellence for third place overall, the team also brought home first place for their design report, and third place in the highest payload lifted category.

The team of 33 students designed and built from scratch a competitive, purpose-built aircraft ready to transport passengers and luggage. Their narrow-body design seats 40 passengers (represented by tennis balls) and completed every flight round with only 1000W of power.

The UBC AeroDesign Team would like to thank Dr. Gwynn Elfring (Team Faculty Advisor) for his support, and Mr. John Siu (Team Pilot) for flying the plane at the competition. The team is also grateful for sponsorship from: UBC Mechanical Engineering, UBC Engineering Professional Activities Fund, Walter H. Gage Memorial Fund, Siemens, SOLIDWORKS, Sierra Wireless, Shell Canada, T2 Systems, Fluor Canada, MISUMI USA, and APEGBC.

 

2017 Summer Lab Tours

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The Mechanical Engineering Department regularly hosts guided lab tours for high school students, first year students, incoming mechanical engineering students, or anyone interested in mechanical engineering. This year, we will be hosting tours on the following dates:

June 15, 2017, 10:30 to 12:00
August 10, 2017, 10:30 to 12:00

Come meet some of our current MECH students and get their perspective on the department and program as they show you around our facilities. See the cool gadgets our student teams are working on and learn about the many different areas in which a mechanical engineer can apply his or her knowledge. Get a look at the cutting-edge technology inside our labs and see the kinds of research mechanical engineers can do. It’s a great chance to find out what our department is all about and what you can do with a mechanical engineering degree from UBC!

For those interested, there will also be a half-hour long advising session held after the tour where participants can ask questions about admissions, curriculum, program options, etc.

If you would like to attend, please RSVP by sending an email to studentassistant@mech.ubc.ca.

Sheldon Green, Gwynn Elfring, and Benny Nimmervoll receive the 2017 Dean’s Award for Excellence in Service

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From left: Dean Marc Parlange, Dean’s Award for Excellence in Service recipients Maged Senbel, Mary Jansepar, Stuart Mackenzie, Gwynn Elfring, Sheldon Green (not pictured: Benny Nimmervoll)

On May 16, 2017, at the annual Applied Science Appreciation Barbeque Department Head Sheldon Green, Assistant Professor Gwynn Elfring, and Mechatronics Technician Benny Nimmervoll received the Dean’s Award for Excellence in Service. Created to recognize the work that faculty members engage in outside of their regular teaching responsibilities, and the exceptional work and dedication staff show to the Faculty. this award is only presented to three faculty and staff members each year. Green, Elfring, and Nimmervoll were also all presented with a $2,000 award and a personalized plaque for recognition of their excellence in service, leadership and administration, and their contributions to the Faculty.

Dean Parlange also had the following kind words to say:*

Sheldon Green

Having completed 10 years as Department Head, Sheldon’s name has been put forward by his fellow Heads and colleagues as a tribute to the outstanding nature of his service contributions to both to his department and to the Faculty of Applied Science. He approaches all tasks in a principled manner, and is known for rigorous governance practices and sound fiscal management. His style of leadership is highly consultative, humble and effective, ensuring an equal voice for all in matters that affect the department. He serves as a champion for students, aboriginal outreach, and diversity, and places a high priority on ensuring that all of his faculty colleagues succeed in their careers.

Gwynn Elfring

As a relatively new member of the Department, Gwynn has already made a marked impact. When he sees an issue or a problem to be solved, he jumps right in to address it. For example, he identified a need for a fluid mechanics seminar series, and took it upon himself to organize it, including obtaining funding, lobbying his colleagues for support, and finally coordinating it. The Distinguished Seminar Series in Fluid Mechanics has become a major success, attracting internationally renowned speakers from such universities as Stanford, MIT and Harvard.

Benny Nimmervoll

With caring and ingenuity combined with a passion for continuous improvement, Mech technician and machinist Benny Nimmervoll has been a driver of change. For 23 years, he has not only provided exceptional machine shop support for teaching and research, but also streamlined and improved services by envisioning and implementing new on line systems. His commitment to education is evident: mentoring in courses like Mech 491 and his successful co-application for a TLEF grant to develop instructional machining videos. Benny cares about people and diversity, and his patience, good humour, and personalized approach makes the machine shop a welcoming place for all.

To read more about the award and the other recipients, see the story in APSC News: Applied Science celebrates exemplary staff and faculty at annual appreciate barbeque

 

*quotes and photo taken from APSC News

 

 

Congratulations May 2017 Grads!

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Please join us in congratulating our most recent graduating class, who crossed the stage on May 31, 2017!

A special congratulations also goes out to all of our award winners, who have made outstanding academic and/or leadership achievements during the course of their program. See below for this year’s winners.

Letson Prizes

Awarded to the Head of the graduating class for each Option.

Awarded to:

  • Rory Smith (General Option)
  • Jonathan Marr (Biomedical Option)
  • Jian Ng (Mechatronics Option)
  • Sonia Taylor (Thermofluids Option)

 

 

 

Canadian Society for Mechanical Engineering Gold Medal

For overall outstanding achievement.

Awarded to: Alexander Michalatos

 

APEG Achievement Award

Given to one graduating student in each Department who shows great promise.

Awarded to: Jian Ng

 

Capstone Design Award

Recognizes outstanding accomplishments in Engineering Design.

Awarded to: Team #9, for the Design of a TUC RUC fuel membrane tester, sponsored by Greenlight Innovation.

Team members:

  • Ryan Bredin (pictured below)
  • Theo Fan
  • Devon Leroux
  • Connor Robertson
  • Xueke (Roxie) Yu

“The team designed and fabricated a bench-top precision testing apparatus to simultaneously and autonomously conduct thickness, resistance and permeability measurements of a fuel cell gas diffusion layer membrane under calibrated mechanical loading conditions. The deliverables included the design and fabrication of the apparatus, electronic controls for the testing protocols and a complete software package and graphic user interface to conduct the testing procedure and collect the data.” (Dr. Mike van der Loos)

 

Outstanding Student Leader Award

Recognizes the top undergraduate student who has demonstrated strong leadership skills and made outstanding contributions to the Department and Faculty, specifically in the realms of student affairs, design competition teams, professional association student chapters, and other related activities.

Awarded to: Ashley Mak

“This year, Ashley served as the President of Club Mech. She has demonstrated exemplary leadership skills in organizing events for students and making sure the MECH student body was well represented.
 
Throughout her degree, she has continually given her time and effort to contribute to the betterment of our Department, the University, and the student engineering community as a whole.” (Dr. Sheldon Green)

 

The winners of the Letson Prizes, CSME Gold Medal, APEG Achievement Award, Capstone Design Award, and Outstanding Student Leader Award.

 

Degree with Distinction

For students who achieved an overall first-class average in second- through fourth-year courses.

Awarded to (in alphabetical order):

 

Students who received a Degree with Distinction.

MEGA Appreciation Tea

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Thank you to all of the Mechanical Engineering Graduate Association (MEGA) Executive members who joined us at the MEGA Appreciation Tea! We appreciate all the hard work you do to support our graduate students.

 

For more information about MEGA, please visit their website here: http://mega.mech.ubc.ca/

James Olson becomes the Faculty of Applied Science interim dean

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Photo credit: Clare Kiernan

Effective June 5, 2017, Applied Science has welcomed our very own James Olson, PEng as the interim dean for the Faculty of Applied Science.

He follows Marc Parlange, who joined the Faculty as dean in 2013 and is now provost of Monash University in Melbourne, Australia.

A professor of mechanical engineering at UBC, Olson has held many leadership roles at the university, including director of the Pulp and Paper Centre, interim director of the Institute for Computing, Information and Cognitive Systems and associate dean of research and industry partnerships at the Faculty of Applied Science.

“The past few years have seen many positive changes in UBC Applied Science — more diversity, stronger academic and industry connections, even better student opportunities for study, research and entrepreneurship — and I intend to keep us on this upward trajectory,” says Olson.

After graduating from UBC with a BASc in engineering physics and a PhD in chemical engineering, Olson spent nearly a decade as research engineer at the Pulp and Paper Research Institute of Canada. He returned to UBC as an assistant professor in 1999, where he has conducted award-winning research in the field of forest products.

Recently named a Fellow of the Canadian Academy of Engineers, Olson is the recipient of numerous other honours, including two NSERC Synergy Awards, two NSERC Discovery Accelerator Supplements, an APEGBC Meritorious Achievement Award, the BC Lieutenant Governor’s Innovation Award and nine best paper awards.

“There is nothing more rewarding than solving challenging real-world problems to improve people’s lives,” says Olson. “This is what the applied sciences are all about, and I look forward to working with students, staff and faculty members to continue to make this happen.”

 

Original story and photo credit: APSC News


Dr. Anasavarapu Srikantha Phani wins 2016/2017 Killam Teaching Prize

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On May 31, 2017, Associate Professor Dr. Anasavarapu Srikantha Phani was announced as a recipient of the 2016-2017 UBC Killam Teaching Prize for the Faculty of Applied Science (Vancouver), which is the university’s highest award for teaching. Presented at the May 2017 convocation by Hugh Brock, Associate Provost, Brock had the following to say about Phani:

“Behind the calm and thoughtful lecture style of Dr. Srikantha Phani lies a passion and enthusiasm for sharing his knowledge with students. An expert in vibrations and solid mechanics, he develops complex engineering concepts using a combination of traditional lecture methods, in-class and video demonstrations, and labs. He succeeds in making difficult materials understandable to students with a wide range of abilities. Both in and out of the classroom, Dr. Phani is known for his genuine interest in student success and his willingness to take the time to help students develop their critical thinking skills and their ability to apply new concepts to real world problems. He is a caring and supportive educator, well respected by students and colleagues alike.”

Specializing in Dynamics and Applied Mechanics, Phani teaches many high level MECH courses, from MECH 463 (Mechanical Vibrations) and MECH 507 (Analytical Dynamics). As of 2010, he also holds the position of Tier 2 Canada Research Chair in Dynamics of Lattice Material and Devices.

The Killam Teaching Prizes are awarded annually, from the Killam Endowment Fund, to faculty nominated by students, colleagues, and alumni in recognition of excellence in teaching. Along with Phani, Dr. Terje Haukaas, from the Department of Civil Engineering and the NAME program, will also receive an award for the Faculty of Applied Science.

Please join us in congratulating Phani on this outstanding achievement!

APSC Rising Stars 2017: Rebecca McCreedy, BASc ’17, MECH Alumna

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Applied Science Class of 2017

“Engineering is a team sport. It’s daunting and tough on your own, but when you have a group of people to tackle it with it gets a bit easier.”

My name is Rebecca McCreedy, I’m a graduating student from the Department of Mechanical Engineering. I was a fairly involved student in high school, so when I came to university, I looked for ways to get involved in the UBC Engineering community. In my first year, I joined Alpha Omega Epsilon (AOE), UBC’s Engineering Sorority. Throughout my degree, I went on to hold multiple positions within the sorority, including Social Coordinator, Publicity Rep, Secretary, Treasurer, Vice President and eventually President in my final year. In my second year, I became involved with the EUS, becoming a Publicity Rep, which I continued until my fourth year, and started volunteering with eng∙cite at outreach events for high school girls. Over the next three years, my involvement with both the EUS and eng∙cite grew, until I was a member of EUS council, and working as Vlogger on the Engineering Stories YouTube channel for eng∙cite.

Why did you choose engineering?

I chose engineering because I liked math and science in high school, but also loved working on hands-on projects and solving problems. I didn’t really understand what engineering was until I did a project in my physics class where we had to make a bridge out of spaghetti and glue, which I loved, and ended up winning the competition. When I realized this was actually engineering, I started to do more research and I realized that the main aspects of engineering were exactly what I was looking for in my post-secondary education — problem solving and working to make a positive impact on the world.

What has made your time at UBC the most memorable?

The thing that has made my time at UBC the most memorable is the wonderful group of people I have been able to work and study with. I’ve met some really inspiring people who I know are going  to change the world, and it’s been so much fun to get to know them, learn from them and work with them. Through my involvement in AOE, I’ve been able to meet a wonderful group of women and have been able to have a strong support system throughout my degree, as well as be able to provide that support system to others. I’ve met some of my best friends in the whole world at UBC, who supported me through my time here, and who I know will be lifelong friends.

What have you learned that is most valuable?

Probably the most valuable thing I’ve learned throughout my studies at UBC is how to apply the various things I’ve learned to real world scenarios. In engineering, especially in mechanical, you learn the theory behind various every day concepts, but it’s only really in project scenarios that you get to learn how to use them. The theory courses end up being the tools you need to solve a problem, but the most valuable thing I’ve learned is how to use those tools effectively.

What has been your most memorable or valuable non-academic experience studying engineering at UBC?

The most valuable non-academic experience I have had at UBC is through my work as a mentor with eng∙cite. Especially over the last year, I’ve answered hundreds of questions from high school students, mostly girls, from grades 9-12. It’s been really fun to see the same faces show up at events over the year, and to give students more information on engineering as a degree, and UBC Engineering in particular. I feel so lucky to be a part of one of the biggest decisions in their lives, and I know I would have been immensely grateful for a mentor like that when I was in high school.

What advice would you give a student considering engineering?

The best advice I’ve heard while at UBC, and that I frequently pass on to high school students at outreach events is that engineering is a team sport. It’s daunting and tough on your own, but when you have a group of people to tackle it with it gets a bit easier. University, and UBC Engineering in particular, is a great time to find a group of people you connect with, whether it’s based on a common interest, a shared sense of humor, a sports team or a club you are involved in. Finding people you can hang out, study and go to class with really makes the day-to-day toughness of engineering a lot easier, because your friends will almost definitely have strengths where you have weaknesses and vice versa.  This is something I absolutely loved about engineering — everyone wants everybody else to get through, and people always take the time to help out someone who is struggling.

Where do you find your inspiration?

I find my inspiration most often from the people around me. My parents, friends, mentors and classmates are all strong, thoughtful, smart people who are doing amazing things in this world, and they drive me and support me in my efforts to make a positive impact on the community around me.

What are your plans for the future?

My plans for the future include taking a much needed summer vacation, and travelling Europe for June and July, something I’ve wanted to do for years. In August, I will come back to Vancouver to start work at Rokstad Power, a company I did co-op with, in a full time position. I’m also looking to start an Alumnae chapter of AOE in Vancouver, to keep in touch with everyone I’ve met through my years at UBC, and to continue to support the active AOE chapter at UBC. The goal with this chapter is to later expand this to a group for young professional women in male-dominated fields.

How will you go on to make a difference in our world?

I hope to make a difference in our world by continuing to drive for gender equality in engineering, first by continuing to support organizations such as eng∙cite, promoting engineering for high school girls, and also to extend this to the professional world, where women still face significant challenges. STEM outreach has been my passion project during my degree, and I hope to continue that passion when I’m out of university, in the working world.

 

Original story: APSC News

Antony Hodgson presented with the Award for Excellence in Computer Assisted Orthopaedic Surgery at CAOS 2017

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Dr. Antony Hodgson, Director of the Biomedical Engineering Graduate Program and Professor in Mechanical Engineering, was awarded the highly reputable “Medacta ME Muller Award for Excellence in Computer Assisted Orthopaedic Surgery 2016-2017” at the CAOS 2017 conference. The conference ran from June 14-17, 2017 in Aachen, Germany.

The award recognizes a career long contribution to Computer Assisted Surgery, with achievements that have had a fundamental effect in advancing this research field.

 

Original story: UBC Biomedical Engineering

Pete Ostafichuk honoured with the national Wighton Fellowship

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On June 6, 2017, Dr. Peter Ostafichuk was named the 32nd Wighton Fellow. Awarded by the the National Council of Deans of Engineering and Applied Science (NCDEAS) and the Sandford Fleming Foundation, the Wighton Fellowship is a national award to recognize excellence in the development and teaching of laboratory-based courses in Canadian undergraduate engineering programs. Ostafichuk was nominated for this award due to his significant contributions in the development of the MECH 2 program, his continual involvement in the First Year Engineering program, and his innovative teaching style.

Since the award’s inception in 1987, Ostafichuk is the second UBC faculty member to receive this prestigious fellowship, with the first being the Department’s very own Professor Jon Mikkelsen, who received the award in 2005 in recognition of his work in redeveloping Mechanical Engineering’s laboratory program.

In addition to the honour of receiving this award, Ostafichuk will also receive a $3000 stipend which is funded by a generous endowment from the late Dr. J. L. Wighton, formerly a professor of Engineering, whose commitment to the laboratory component of engineering curricula led to the formation of the Fellowship in 1986 in cooperation with the NCDEAS and the Sandford Fleming Foundation.

Congratulations Peter!

 

 

James Olson inducted into Canadian Academy of Engineering

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Nominated and elected by peers, MECH professor and interim dean James Olson, PEng, was inducted as a fellow of the Canadian Academy of Engineering (CAE) in recognition of his “distinguished achievement and career-long service to the engineering profession.”

Olson joined 49 other new fellows and two new international fellows who were welcomed by the CAE on June 26, 2017 at a ceremony in Ottawa, in conjunction with the CAE’s 2017 Annual General Meeting and Symposium. The CAE is an independent, self-governing and non-profit organization established in 1987 to serve Canada in matters of engineering concern.

Olson’s CAE citation reads as follows:

Dr. James Olson is a visionary leader, pioneering researcher, and inspiring educator who has made transformative contributions to the forest products sector of engineering. As a direct result of Dr. Olson’s innovative research and patented inventions, the pulp and paper industry can produce premium pulp using half the energy, has access to more effective fibre separation and refining processes, and is able to measure key properties of fibres more accurately and efficiently. Dr. Olson’s honours include two NSERC Synergy Awards, two NSERC Discovery Accelerator Supplements, an APEGBC Meritorious Achievement Award, the BC Lieutenant Governor’s Innovation Award, and nine best papers.

Three other UBC faculty members were also among those inducted in the 2017 ceremony — Perry Adebar, PEng (Civil Engineering), Choon (Jim) Lim, PEng (Chemical and Biological Engineering), and ex-dean Marc Parlange, PEng (Civil Engineering). You can read their CAE citations here.

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