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Florin Gheorghe, MECH alumnus and CEO of Arbutus Medical, accepted into Sauder’s Innovation Hub

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Former Mechanical Engineering student Florin Gheorghe and his team at Arbutus Medical have been accepted into Sauder’s Coast Capital Savings Innovation Hub, a prestigious one-year program that helps promising entrepreneurs turn great ideas into successful businesses. Arbutus Medical was started by Gheorghe (now the company’s CEO) and a group of other students from UBC’s Engineers in Scrubs program who envisioned an integrated and sterile surgical drill cover that would transform low-cost hardware store drills into safe and accurate surgical drills for use in Uganda. The prohibitive $30,000 cost of regular surgical drills forced Ugandan surgeons to resort to imprecise and slow hand drills or unsterile hardware drills, often resulting in disfigurement, severe infection and loss of life. With the help of Entrepreneurship at UBC (e@UBC) and the Federal Government’s Grand Challenges Canada initiative, Arbutus Medical’s drill covers have now been produced and are being added to hardware drills to perform safe and affordable surgeries in Uganda and disaster relief zones worldwide.

Now, with the help of Sauder’s Innovation Hub, the company can expect to see even greater success. The program accepts only six start-up companies per year, and gives them free access to space, mentors, and interns.

Despite the exclusivity of Innovation Hub, Gheorghe is not the only former MECH student and e@UBC participant to be attending this year. He will be joined by fellow UBC Mechanical Engineering alumna Andrea Palmer, founder and CEO of Awake Labs, whose wearable autism monitor has also earned her company a place in the program.

Read more about Palmer’s success with Awake Labs here.
Check out UBC’s Centennial Impact Story on Arbutus Medical here.


UBC Naval Architecture and Marine Engineering programs to receive $2M from Seaspan Shipyards

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The 2015-16 MEng and MEL NAME students at Seaspan Vancouver Shipyards.

The 2015-16 MEng and MEL NAME students at Seaspan Vancouver Shipyards.

The University of British Columbia announced today that it will receive a $2 million investment from Seaspan Shipyards (Seaspan) over the next seven years to support innovative teaching and research in the naval architecture and marine engineering programs within UBC’s Faculty of Applied Science. As a result, two new UBC chair positions will be created, one in naval architecture and one in marine systems engineering, both of which are expected to be recruited this summer.

UBC currently offers two professional graduate programs in Naval Architecture and Marine Engineering: a purely technical Master of Engineering (M.Eng) program, currently on its third cohort, and a business-oriented Master of Engineering Leadership (MEL) program, which accepted its first cohort in January. The Mechanical Engineering department has also offered a naval architecture specialization option within their undergraduate degree program since 1975. The Seaspan Chairs will provide the opportunity to expand UBC’s offerings in this area further to include research-based master’s and doctoral programs.

“UBC is western North America’s only academic institution offering graduate programs in naval architecture and marine engineering,” said UBC Interim President Martha Piper. “Seaspan’s investment supports our leadership in these areas and also advances B.C.’s shipbuilding and marine solutions.”

The multi-million dollar investment is a result of Seaspan’s Value Proposition obligations under the National Shipbuilding Procurement Strategy (NSPS). As part of this agreement, Seaspan is committed to spending 0.5 per cent of each resulting NSPS contract to contribute to the development of a sustainable marine industry in Canada.

In October 2011, the Government of Canada formed a partnership with Seaspan’s Vancouver Shipyards to build future state-of-the-art Non-Combat vessels for the Canadian Coast Guard and Royal Canadian Navy under the NSPS. In response to this, UBC partnered with Seaspan and a number of other local marine companies to develop the Master of Engineering in Naval Architecture and Marine Engineering (M.Eng. NAME) program to train engineers in this field and thereby supply the workforce required to fulfill these contracts.

Construction on Seaspan’s first NSPS vessel – the first of three Offshore Fisheries Science Vessels (OFSVs) for the Canadian Coast Guard – began on June 19, 2015. Work on the second and third OFSVs will commence in 2016.

“Seaspan is developing and growing a shipbuilding and ship repair centre of excellence in British Columbia, and helping drive Canada’s marine industrial base in the process,” said Brian Carter, president of Seaspan Shipyards. “Innovation and leadership are critical components of our vision of changing the course of shipbuilding history on the west coast. We are thrilled to partner with UBC and take one giant step closer to realizing this goal by creating rewarding new careers and investing in a brighter future for thousands of British Columbians and their families.”

For more information about UBC’s naval architecture and marine engineering master’s programs, visit: name.engineering.ubc.ca and apscpp.ubc.ca.

This story was recently featured in The Vancouver Sun and Journal of Commerce.

About Seaspan Shipyards

Seaspan ULC is a group of Canadian companies (together referred to as “Seaspan”) primarily involved in coastal marine and deep-sea transportation, bunker fuelling, ship repair and shipbuilding services on the West Coast of North America. In addition to marine transportation services offered directly through Seaspan’s marine division, commercial ferry, shipyard and bunkering services are provided through subsidiaries including: Marine Petrobulk Limited Partnership, Seaspan Ferries Corporation, Vancouver Shipyards Company Ltd., Victoria Shipyards Company Ltd. and Vancouver Drydock Company Ltd.

Seaspan Shipyards, an affiliate of Seaspan ULC, is comprised of Vancouver Shipyards, Victoria Shipyards and Vancouver Drydock.

 

UBC’s Clean Energy Research Centre to collaborate on research and education initiatives at Squamish’s Oceanfront development

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The creation of a Squamish-based educational campus focused on the energy economy of the future is a step closer today with the announcement of a Statement of Cooperation, signed by the University of British Columbia’s Clean Energy Research Centre (UBC), the District of Squamish (DOS), Squamish Nation, Carbon Engineering, and Newport Beach Developments Limited Partnership (NBD). The agreement outlines how the organizations are exploring ways to collaborate towards establishing a centre for clean energy research and education as part of the iconic Squamish oceanfront development, located within the traditional territory of the Squamish Nation.

The four Squamish-based organizations – DOS, Squamish Nation, Carbon Engineering, and NBD – have formed the ­Squamish Clean Technology Association (SCTA) to seek out leading edge ventures that will help create an innovation hub focused on clean energy. The SCTA aspires to position Squamish as a world leader in climate change initiatives, and the Oceanfront as an incubator of clean energy innovation. The Statement of Cooperation with UBC’s Clean Energy Research Centre provides a major boost to this vision, as does the Carbon Engineering carbon capture project currently under way.

UBC’s Clean Energy Research Centre and the SCTA have outlined several areas to explore collaboration including:

  • Formulation of a joint strategy for training, research and innovation on such topics as sustainable energy sources, hydrogen, carbon capture, bioenergy, electrolysis and clean energy options for municipalities;
  • Delivery of advanced training in clean energy engineering through the expansion of the Master of Engineering Leadership in Clean Energy program to Squamish;
  • Development of enhanced educational access for First Nations’ students;
  • Research and development projects; scientific exchanges; and joint conferences, workshops, exhibitions;
  • Development of innovation and industrial incubation strategies for emerging clean energy sectors; and a general openness to cooperation across research and academic projects.

Quotes

“Congratulations to all the partners in the Squamish Clean Technology Association. This MOU demonstrates the positive and collaborative approach taken to advance the development of a centre for clean energy research and education on the Squamish Oceanfront lands. This initiative may result in the creation of an incubator of clean technology innovation that will position Squamish as a world leader in climate change initiatives. Knowledge based green technologies provide significant employment benefits that complement the already diverse economic activities in the Sea to Sky.”

Jordan Sturdy, MLA – West Vancouver – Sea to Sky

“This is an important development in our goal to establish Squamish as a leader in initiatives designed to address the critical issue of our changing climate. We are thrilled to be working with the internationally renowned researchers of UBC’s Clean Energy Research Centre, and believe that this will be a catalyst to further attract interest in, what has the potential to become a global innovation hub right here in Squamish.”

Mayor Patricia Heintzman, District of Squamish

“Our people are witnessing firsthand the changes to the land and water as a result of climate change. We have chosen to become involved in the Hub to ensure we are taking a proactive and collaborative approach that embraces our teachings to be stewards of the land and water and create education and employment opportunities for current and future generations.”

Councillor Chris Lewis, Spokesperson, Squamish Nation

“Advanced education and research programs are essential to address the climate change challenge, but they will only work if they include links to effective innovation and commercialization strategies. The collaboration with our partners in Squamish provides a platform to showcase British Columbia’s leadership in community engagement and the development of clean energy solutions for the twenty first century.”

Walter Mérida, Director, University of British Columbia Clean Energy Research Centre

“We have received incredible support from Squamish District, Squamish First Nation, and the Province ever since we started work on our air capture demonstration project on the oceanfront. We think there is great promise for B.C. and Canada to deploy clean energy technologies at home and to export them to the world, so we’re excited to be a part of this initiative.”

Adrian Corless, Chief Executive Officer, Carbon Engineering

“We view the signing of the cooperation statement as a considerable milestone in terms of creating a clean energy engineering and research educational centre on the oceanfront. We are grateful to be in collaboration on such a magnificent project that will have a positive impact on the community of Squamish and global climate change.”

Michael Hutchison, Newport Beach Developments Limited Partnership

About the District of Squamish

The District of Squamish is a forward-thinking and responsive municipal government that strives for a resilient and thriving local economy. Fundamental to the “drive for clean energy” zeitgeist is the importance of protecting and respecting the community’s magnificent environment, being a proactive agent in adaptation and mitigation responses to climate change, promoting a positive, safe and healthy community lifestyle for citizens, and demonstrating leadership in doing so.

About the Squamish Nation

The Squamish Nation people have, since time immemorial, lived in villages in and around Greater Vancouver and the Sea to Sky region. Many of the Skwxwu7mesh stelmexw’s (Squamish People) reserve lands are along Howe Sound and the Squamish River Estuary. The Nation’s Xay Temixw (Sacred Land) Land Use Plan’s vision and policies embraces their role as stewards of the natural ecosystems and the protection and enhancement of these lands.

About the University of British Columbia Clean Energy Research Centre

The Clean Energy Research Centre’s (CERC) multi-disciplinary approach is dedicated to developing viable and sustainable energy solutions for British Columbia, Canada and the world. CERC hosts world-leading researchers who envision energy systems that simultaneously minimize environmental impact, promote geopolitical stability and enable economic diversification.

About Carbon Engineering

Carbon Engineering is a Canadian company and global leader in developing technology to capture carbon dioxide directly from the atmosphere, to use to enable production of ultra-low carbon fuels from air, water and renewable electricity. A finalist for the $25 million Virgin Earth Challenge launched by Sir Richard Branson, the company operates a $9-million pilot plant in Squamish.

About Newport Beach Developments Limited Partnership

Newport Beach Developments is a Canadian land development company based in Squamish, and developer of the Squamish Oceanfront. It is a partnership between the Squamish Oceanfront Development Corporation and Squamish Cornerstone Developments Limited, a long-term development partner of the Squamish Nation. Newport is committed to developing initiatives that will provide educational and employment opportunities to put the Oceanfront on the national and world stage in tackling the global climate challenge head on.

About Squamish

Squamish is among the fastest growing communities in B.C. as new residents and entrepreneurs relocate to enjoy an unparalleled outdoors and recreation-based lifestyle. Located in the heart of Sea to Sky country, 45 minutes north of Vancouver and nestled between ocean and mountains, the small-town setting, spectacular natural environment, and world class recreation offer a balanced lifestyle few places can rival. Mountain biking, rock climbing, kite boarding, hiking, and snowsport opportunities abound. A diverse arts and culture scene is growing here, and a dedicated and passionate population strives to protect and enhance the fragile ecosystem that is at the heart of what characterizes the beautiful surroundings.

Source: UBC Applied Science

March 3, 2016 – Interventional Ultrasound (Robert Rohling)

Dr. Peter Cripton tests helmet on Global News, provides tips for cyclists

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UBC Mechanical Engineering professor Dr. Peter Cripton was featured on Global’s News Hour last night, and on Global’s Morning News this morning.

Dr. Cripton, a specialist in injury biomechanics, was asked to test the safety of a discount carbon fibre helmet that was being advertised online without any safety certification or branding.

News Hour shows Dr. Cripton perform a crash test on the helmet in his lab at Vancouver General Hospital. In accordance with the US-based Consumer Product Safety Commission (CPSC), Cripton creates an impact by dropping the helmet from 2 meters in a testing apparatus, and then compares the acceleration measured from the impact with the acceleration that’s specified as the standard.

The helmet did pass the safety test, but Dr. Cripton cautions that this is just the first round of testing, adding that he would not purchase this helmet himself. Without a standards sticker, he points out, we can’t know how the helmet will perform in other impact locations and in other temperatures, or how well the chin strap will secure the helmet.

On the Morning News, Cripton followed up on this with some tips on how to find a helmet that you can trust.

In addition to safety certification, Cripton adds that “the most important thing about selecting a helmet is finding one that fits you well.” To guide consumers through the helmet selection process, he offers the following pointers:

  1. Only choose a helmet that has a sticker inside showing that it is certified by CPSC or another Canadian-approved safety commission.
  2. Cover as much of the head as possible: when wearing the helmet, you should be able to just see the tip of the helmet.
  3. The chin strap should fit snugly and comfortably, with the V of the strap close to the ears.
  4. The helmet should be tight on the head and unable to move around.

As we near the summer launch of Vancouver’s public bike sharing program, we are bound to see a number of first-time helmet shoppers, and with uncertified helmets cropping up on discount websites, Dr. Cripton’s advice comes just in time to protect consumers from making misinformed and possibly fatal decisions as they get ready to hit the bike lanes.

See the full videos here: News Hour | Morning News

Dr. Peter Cripton tests a helmet at the Blusson Spinal Cord Centre at VGH.

Dr. Peter Cripton tests a (different) helmet at the Blusson Spinal Cord Centre at VGH.

March 17, 2016 – Multiscale Modeling of Defects in Metals (Ponga)

First-Year Networking Event – April 6th, 2016

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Are you a first-year Engineering student interested in joining Mechanical Engineering? Join us for a special networking event where you’ll get to meet our students, alumni, and faculty members!

Small groups of no more than 4 students will each be matched with one current student, one alumnus and one professor so that everyone gets a chance to talk directly to the people who know the program the best. If you are considering applying for Mechanical Engineering, now’s your chance to have all your questions answered from the perspectives of someone who’s in the program, someone from industry who’s been through the program, and one of your future professors!

Whether you’re 100% sure MECH is your first choice or you’re on the fence, don’t miss this excellent opportunity to get the facts and make some great contacts!

 

Wednesday, April 6th, 2016
5:30-7:30 pm
ESB atrium, 2207 Main Mall

Refreshments will be provided.

RSVP below. Spaces are limited so register early!

 

First-Year Networking Event RSVP

  • (Information on specializations is available at: http://mech.ubc.ca/undergraduate/current/program-options/)

Congratulations Certificate of Achievement recipients!

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On March 1st, 2016, the following students were awarded certificates of achievement for outstanding work in the Mechanical Engineering undergraduate program:

Atif Shoukat Ali
Benjamin David Evers-Staples
Erin Elizabeth Geiger
Simon Honigmann
Nathaneil David Kingston
Zhaoshuo Li
Jiaqi Lu
Zhao Wei Lu
David Kar Kit Luo
Brianna Reesor Snell
Adrian Maplethorp Spira
Gavin Owen Vale
Angus Clayton Wong

Please join us in congratulating these exceptional students!


Dr. Farrokh Sassani named CSME Fellow

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Mechanical Engineering professor Dr. Farrokh Sassani has been inducted as a Canadian Society for Mechanical Engineering (CSME) Fellow.

The title of Fellow is awarded to members who have attained excellence in mechanical engineering and who have contributed actively to the progress of their profession and of society.

Congratulations Dr. Sassani!

Celebrating the life of Dr. Philip Hill, Professor Emeritus

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The Faculty of Applied Science and the Department of Mechanical Engineering at UBC regretfully inform that Dr. Philip Hill, Professor Emeritus, passed away February 17, 2016.

Dr. Hill was born in Vancouver in 1932. He moved to Kingston, Ontario to attend Queen’s University as an undergraduate. He completed his Doctor of Science at MIT and taught at Queen’s University. He returned to Vancouver in 1975 when he joined the Department of Mechanical Engineering at UBC. He retired in 1997 but remained significantly engaged with the university and with local industry. By funding projects, supporting research, and supervising graduate students, he inspired many with his gentle challenges, deep knowledge and infectious optimism.

Dr. Hill was recognized internationally as an outstanding scholar and researcher, and leaves a tremendous legacy in numerous aspects of energy and propulsion as well as many decades-long working relationships with colleagues around the world. As a young professor at MIT in the late 1950s and early 1960s, he authored what is still the international standard text on jet propulsion and jet engine theory. He also wrote the essential reference work for engineers and scientists designing steam power plants, including nuclear plants.

In his UBC research lab during the 1980s and 1990s, Dr. Hill’s concern for the impact of diesel engine pollution on the environment and human health inspired him to develop the high-pressure direct injection (HPDI) of natural gas in diesel engines – a discovery that allows diesels to function at peak power with reduced emissions and costs. His innovation is used today in thousands of trucks, buses and cars in North America, Europe and Asia. In 1995, as a result of his research innovations, Dr. Hill co-founded Westport Innovations Inc., which specializes in alternative fuel for transportation and industrial machinery; Westport is now one of BC’s largest and fastest growing tech companies.

His innovative research contributions resulted in many awards, including the Science Council of BC’s Industrial Innovation Award, the Minister’s Environmental Award, APEGBC’s R.A. McLachlan Memorial Award, the Canadian Institute of Energy Award, and the Manning Principal Award for Innovation. He was a Fellow of the Royal Society of Canada.

As an educator, Dr. Hill had a significant and lasting impact on UBC’s engineering students. Many of his former students rank him amongst their most influential and motivational teachers and state that his thermodynamics classes, though complex, represented a highlight of their degrees. He was an outstanding role model for young professors and graduate students throughout his tenure at UBC, and his educational contributions were recognized by the UBC Killam Teaching Prize and the Walter Gage Award for Teaching Excellence.

Over the last 20 years of his life, Dr. Hill spent his time sailing at Jericho Beach, and spending time with his wife Marguerite, his children, and grandchildren.

Dr. Hill was a respected and treasured colleague, faculty member, teacher, and friend to many within the Faculty of Applied Science, and his personal warmth, integrity, and contributions will be greatly missed. The Faculty and the Department of Mechanical Engineering offer their deepest sympathies to his family and friends.

TA applications are now open – deadline to apply is April 30th!

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Are you interested in becoming a Teaching Assistant for one of our classes next year? The application form is now open for students to apply to be a TA for MECH courses that are being offered for the 2016-2017 academic year.

Completed applications should be submitted no later than April 30. Applications will be accepted after the deadline until all positions are filled but, other considerations being equal, candidates who applied before the deadline will be preferred. Applicants must be full-time students currently registered in the BASc, MEng, MASc, or PhD programs, or must have been accepted into one of these programs to begin in September (with no provisional acceptance).

For more information, or to apply, click here .

Congratulations to this year’s Student Leadership Award recipients!

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Dr. Sheldon Green (Department Head) and Dr. Steve Feng (Associate Head, Teaching) recognized the Mechanical Engineering department’s outstanding student leaders at the annual Leadership Awards Lunch on March 31st.

“The Department admires and appreciates the dedication you bring to serving your student team or group and indeed the broader engineering community,” Dr. Green told the recipients, adding the quote from anthropologist Margaret Mead: “Never doubt that a small group of thoughtful, committed citizens can change the world; indeed, it’s the only thing that ever has.”

The Mechanical Engineering Student Leadership Awards are given to undergraduate and graduate students who have continually excelled in being effective leaders among their peers and in their communities.

This year’s recipients were:

Scott Churchley (not in attendance)
Jay Leong (not in attendance)
Tianci Niu (not in attendance)
Bing Nong Su (not in attendance)
Nancy Qiu Chu
Alexandra Dozzi
Xiaohang Fang
Kurtis Harms
Blake Henderson
Simon Honigmann
James Howard
Samarth Joshi
Ashley Mak
Arthi Muniyappan
Eli Nemtin
Adrian Prince
Neil Roberts
Oleksiy Serdyuk
Chun Kai Wang
Maziyar Jalaal (not in attendance)
Julie Kerr (not in attendance)

 

Please join us in congratulating our student leaders!

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Naval Architecture & Marine Engineering program wins Peter Larkin Award

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UBC’s Master of Engineering in Naval Architecture & Marine Engineering program has received the 2015/16 Peter Larkin Award. The award is granted by the VP Students Office to a graduate program or department that has contributed to student development, in honour of Peter Larkin’s commitment and passion for teaching and graduate education.

According to the VP Students Office, the M.Eng. NAME program was selected for its “significant and positive impact on student development” and “outstanding student experience.”

The program was nominated by Dean Marc Parlange (pictured below) and adjudicated by a committee of faculty, staff, and students. The committee stated that they “shared Dean Parlange’s conviction that the program excels in fostering a sense of community among the cohorts as well as providing an introduction to wider industry networks.” The award was presented at a reception on March 31st.

Please join us in congratulating Professors Jon Mikkelsen (pictured below) and Chris McKesson, Program Co-Directors, and Dr. Sheldon Green, Department Head, on this wonderful achievement.

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Dr. Elizabeth Croft and alumna Andrea Palmer win Wendy McDonald Awards

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Andrea Palmer

Croft headshot

Dr. Elizabeth Croft

UBC Mechanical Engineering women were honoured with two of the eleven awards bestowed at the second annual Wendy McDonald Awards ceremony sponsored by the Vancouver Board of Trade. Dr. Elizabeth Croft, Mechanical Engineering professor and APSC Associate Dean of Education & Professional Development, received the 2016 Wendy McDonald Award in the category of Diversity Champion, and Andrea Palmer (BASc ‘15, Mechanical Engineering) received an award in the Women of Promise category.

Professor Croft served as the Natural Science and Engineering Research Council (NSERC) Chair for Women in Science and Engineering (BC/Yukon), establishing a region-wide network (WWEST) and a biannual conference series (Creating Connections) to promote women in STEM. As a member of various taskforces she made recommendations to companies and regulatory bodies on how they can create more welcoming workplaces.

During Professor Croft’s tenure as NSERC Chair, UBC saw a 60 per cent increase in the number of women enrolled in first year engineering, from 18 to 30 per cent, and UBC Applied Science announced its goal of having 50 per cent women enrolled in engineering programs within five years.

UBC Engineering graduate Andrea Palmer, an engineer-entrepreneur who minored in business, is the founder of Awake Labs, an autism health company, which has developed a sensory device called Reveal that uses a child’s heartrate, skin temperature and perspiration level to predict an impending meltdown, giving the caregiver time to intervene.

The Wendy McDonald awards are presented by the Greater Vancouver Board of Trade in honour of the late Wendy McDonald, a Canadian business icon who served as the first female Chair of The Vancouver Board of Trade in 1990. A trailblazer for women in leadership, McDonald was president of BC Bearing Engineers Ltd. and her leadership made the company an international competitor in a male-dominated industry.

Dr. Agnes d’Entremont wins Mara H. Wasburn Early Engineering Educator Grant

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Dr. Agnes d’Entremont has been awarded the Mara H. Wasburn Early Engineering Educator Grant (Faculty category).

The EEEG is awarded to women planning to pursue a career in engineering education, who have a demonstrated commitment to innovation in teaching, and/or potential for substantial contributions to the field. The award is granted by the Women in Engineering Division (WIED) of the American Society for Engineering Education (ASEE), and is named after Dr. Mara H. Wasburn (22 February 1941 – 27 March 2011), whose passion for encouraging young female engineering educators is renowned. According to WIED, recipients of the award “represent an embodiment of Dr. Wasburn’s legacy”: they “ha[ve made] impressive contributions to engineering education” and have “a demonstrated commitment to increasing access, retention and/or advancement of women in engineering, [with] a very strong overall record of achievement.”

Dr. d’Entremont was nominated by Dr. Elizabeth Croft, Associate Dean (Education & Professional Development) of the Faculty of Applied Science.

In the announcement of her achievement, the WIED stated: “Dr. Agnes d’Entremont’s teaching focuses on problem-based and experiential learning, in the field of biomechanics, using everyday objects such as smartphones to record acceleration and high-speed video data. A passionate educator, she specializes in ‘messy’ engineering problems, providing a teaching environment where students can take risks and make mistakes as they engage in solving tough problems and working with people unlike themselves. She is active in exploring improved ways to recruit women into engineering through scholarly activities that have included analysis of recruitment materials and the development of new courses. Dr. d’Entremont is an active supporter and advocate for women in engineering at all levels of the University of British Columbia.”

Congratulations Dr. d’Entremont!

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Dr. d’Entremont doing an activity with grade 10 girls as part of Engineering Explorations 10.


UBC Mechanical Engineering Department Raises Tribute Pole in Honor of Alan Steeves

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The new copper and cedar pole stands beside Eena at the entrance to the Department of Mechanical Engineering

For the past three years, visitors to UBC’s Mechanical Engineering department have been greeted by Eena, the beaver in the department’s crest that hangs just outside reception. Now, as of February 22nd, Eena is joined by several new faces, who both welcome us and share with us a story about a great artist, colleague, and friend.

On February 22nd, 2016, members of the UBC Mechanical Engineering department, the Musqueam Nation, the Squamish Nation, the Kwagiutl Nation, and the First Nations House of Learning joined together to celebrate the installation of a new artwork—a six-foot tall, cedar and copper totem pole. The pole was created by local First Nations artist James Harry of the Squamish and Kwakwaka’wakw Nations, and commissioned by the department in memory of the late Alan Steeves. Steeves was of mixed Kwagiutl and European ancestry and, in addition to being an engineer, was himself a talented and prolific artist prior to his death in November 2014. He had been part of the Mechanical Engineering department for over forty years, first as an undergraduate student, then as a Master’s student, and finally as the department’s IT manager—a post he held for over thirty-five years. Department Head Sheldon Green described him as being not only “unmatched in his technical skills” and in his “tremendous service ethic and kind spirit,” but also as “a first class Aboriginal artist.”

“His artwork holds a place of honour in my home, in this atrium, and elsewhere at UBC,” Green said at the unveiling ceremony. Indeed, it was Steeves who designed and created the aforementioned department crest featuring the face of Eena, the Chinook word for beaver, and Green explained that the pole was originally meant to be Steeves’ project as well. Green narrated the story of the pole’s creation to those in attendance at the event:

About 18 months ago I commissioned Alan to create a second piece for the Department. My vision was to have a pole that would welcome visitors and be emblematic of the inclusiveness of Mechanical Engineering. My only request was that the pole include elements of the sea, land, and air, to represent the fact that Mechanical Engineering is impactful in all three domains. Alan built on this rudimentary framework to create a sketch of the artwork he envisioned. Alan imagined a unique totem pole perched on a stacked pair of bentwood boxes. The pole itself would be fabricated by water-jet-cutting patterns into a thin copper sheet, and bending the sheet around a cedar pole. He selected figures for the pole that would be at home in the sea, on land, and in the air.

 

Following Alan’s untimely passing [just 2 months after the pole was commissioned] I decided that the artwork Alan had sketched should be completed, and would become a tribute pole to recognize Alan’s many impacts on Mechanical Engineering. I sought guidance from Don Fiddler, District Principal for Aboriginal Education of the Vancouver School Board, about artists who could fulfill Alan’s vision. Don kindly introduced me to James Harry, an artist from the Squamish Nation who has experience creating art from rolled sheet metal. Over the course of the last year James has worked, with some assistance from Erik Wilson of my Department, to create the artwork we will see shortly. [… ] James has respectfully expanded on Alan’s vision to create a work that combines elements of his and Alan’s Indigenous traditions, and modern fabrication techniques. James has created a work of beauty—it is a work that illustrates what we can accomplish when we work in harmony.

The result of this collaboration is the pole pictured above. Building on Steeves’ preliminary sketch, Harry created his own design, which was digitized and water-jet cut into a copper sheet. Harry then hand-carved a yellow cedar log into a cylinder shape, and had the copper sheet machine-rolled to fit around it. “First Nations artists are adapting to new ways of doing art,” Harry said in an interview: “Copper is a significant material to local First Nations communities. Traditionally, it was one of the most valued objects and only chiefs had it. The use of cedar also pays respect to our traditions. I wanted to use the materials in a new way to create a modern concept of a welcome figure.”

The pole displays four figures, which Green said represent many of the core values of Mechanical Engineering: Beaver, who is at home both on land and in water, and who is known for her respect for nature and her protection of the people; Salmon, symbolic of life and abundance; Wolf, known for intelligence and a strong sense of family; and finally Hummingbird, at home both on land and in the air, and the universal totem, symbolizing that Mechanical Engineering welcomes all people. Harry added that “Hummingbird is a symbol of a messenger between worlds. Local First Nations communities talk about supernatural beings being able to communicate with the past, present and future. The wings symbolize this going between worlds.”

The bentwood box on which the pole sits (which Harry explained is not an actual bentwood box because it is sealed on the sides) was built by one of the department’s Machine Shop technicians, Erik Wilson, and carved by Harry. The carving on the front shows a frog, salmon, and egg, which Harry said represents rebirth, broadly, and Alan’s death specifically. “We [local First Nations communities] don’t believe that when somebody dies, they’re gone forever,” he said; “they are reincarnated into another animal.” On the back of the box is the Coast Salish eye, a symbol, according to Harry, “that we’re always being watched over by a greater force in the world, a greater being.” In keeping with this theme of bridging past and future, the department has placed a time capsule inside the box, to be opened fifty years in the future.

The pole is a symbol of collaboration. It incorporates elements of traditional Squamish, Kwagiutl, and Kwakwaka’wakw art forms and materials; the artistic visions of artists here and gone; the values of the Mechanical Engineering department; and the production methods of engineers, machinists, and traditional First Nations artists.

For Harry, bringing together different traditions and materials is not uncommon for contemporary First Nations art. “First Nations art was almost lost,” he said, “there was a lot of confusion even in local communities [regarding where different types of artwork originated]. Current First Nations artists are amalgamating different designs to create their own new style.”

In addition to the collaboration within the pole’s production, its unveiling was also a collaborative event. The unveiling ceremony opened with a welcome to the Musqueam territory in the native language by Larry Grant, Elder in Residence of the First Nations House of Learning. This was followed by a witnessing ceremony. “Whenever we have an important event like raising of artwork,” Harry explained, “we bring people together and pay them 50 cents—representing the cost of a blanket, as we traditionally paid people with blankets—to remember what happened that day, and to come and speak about it if they are ever called forward in the future to retell the story.” Partaking in this witnessing ceremony were Don Fiddler, District Principal for Aboriginal Education, Vancouver School Board; Linc Kesler, Director of the First Nations House of Learning; Xwalacktun Harry, James Harry’s father; and Kerry Steeves, Alan Steeves’ brother. In addition to the aforementioned and the artist, the event was also attended by Wayne Sparrow, Chief of Musqueam; Leona Sparrow; Ronnie Ross, grandmother of James Harry; Alison, Evan, and Liam Steeves, Alan’s sister-in-law and nephews; Elizabeth Croft, Associate Dean of Education and Professional Development (Faculty of Applied Science); James Olson, Associate Dean for Research and Industrial Partnerships (Faculty of Applied Science); Martha Salcudean, Professor Emerita (Mechanical Engineering); Carl Olliver-Gooch, Professor (Mechanical Engineering); Steven Rogak, Professor (Mechanical Engineering); Markus Fengler, Lecturer (Mechanical Engineering), Eric Wilson, Technician (Mechanical Engineering); Jennifer Pelletier, Manager of Technical Administration and Industry Relations (Mechanical Engineering); Jay Zhou, ITS Systems Support (Faculty of Applied Science); and several students. Photos of the unveiling ceremony can be found below.

The department hopes that this story will be remembered for many years, and that the pole that welcomes visitors to the department will remind them of the department’s commitment to fostering a community of collaboration and inclusiveness.

Dr. Green ended his speech with the following words regarding Canada’s past and the department’s plans for the future:

At all major events at UBC we recite the words that UBC is located on the traditional, ancestral, unceded territory of the Musqueam people. What do these words mean? What they mean is that the colonial governments systematically pushed First Nations off their land. Not satisfied with just stealing First Nations land, the government, with the complicity of some churches, attempted to expunge First Nations cultures by forcing young Indigenous children to attend residential schools. The treatment of children at those schools was racist, dehumanizing, and despicable. I believe that the government’s treatment of the Indigenous peoples is the single greatest stain on our history.

 

As a sign of our commitment to treating Aboriginal communities respectfully, last year the Department set the goal of raising funds to endow in perpetuity an award named after Alan. I am pleased to report that those funds have been raised and the Alan Steeves Memorial Award will be used to help Indigenous students studying in Mechanical Engineering.

 

The Department has also committed to a ten-year plan of outreach to local First Nations communities, with the goal of encouraging young Aboriginal students to consider a career in Engineering. We look forward to welcoming many more Indigenous students.

 

Finally, there is this tribute pole. If the presence of the pole makes even one Aboriginal student feel more welcome, or makes one non-Aboriginal student think about our history, it will have served its purpose.

Linc Kelser praised both the artwork and Dr. Green’s remarks, adding: “We are often asked whether things like the acknowledgement of Musqueam territory at events, or the beautiful carvings found on campus are perfunctory or have deeper meaning. As Dr. Green’s statement so clearly indicates, Mr. Harry’s beautiful artwork stands for a deeper set of relationships and commitments. People who were at the ceremony or read the plaques adjacent to the work will be reminded of them each time they experience the beauty of the work.”

Dr. Green’s full speech can be found here: http://aboriginal.ubc.ca/2016/03/15/unveiling-of-artwork-in-honour-of-alan-steeves/

 

Artist Biography

James Harry was born in 1989. He is of Squamish Nation and European descent. At an early age, he began carving with his father, Xwalacktun. In secondary school, James began his career as a professional artist, carving the door panels of the BC Aboriginal Sports Hall of Fame. He later attended Emily Carr University of Art and Design, obtaining a Bachelor of Fine Arts Degree in 2014.

As an ECUAD student, James received scholarships and bursaries in recognition for his rigorous art practice and academic success. The YVR Art Foundation honoured him in 2011 with the Career Artist Scholarship. This allowed him the opportunity to create “From Sea to Sky,” a 6‘ high aluminum totem pole that emitted light through Coast Salish Iconography cut by water jet. In the same year, James completed a co-op internship with various artists in the United Kingdom where he learned metal casting and taught Aboriginal sculpture, painting, and drawing in Scottish communities.

Currently James is involved with the Vancouver School Board Artist in Residence program where he teaches Coast Salish art forms and Formline in the Vancouver school district.

Artist Statement

I spent most of my childhood and early adolescence learning First Nations form and design from my father, Xwalacktun, a master carver of the Squamish Nation. I developed my own techniques and artistic methodology after fully understanding the traditional foundation of his work. Materials I turn to are metal, red and yellow cedar, lighting and paint to create installations and sculptures.

I have been given the unique opportunity to approach my art from the different perspectives provided by my complex ethnic background: Euro-Canadian, Coast Salish and Kwakwaka’wakw. I feel the responsibility to represent the values of my culture and heritage. I explore concepts of West Coast Aboriginal artwork through the combination of familiar symbolisms which pushes the boundaries of First Nations cultural traditions and the way the world functions around the confines of these understandings. I want to broaden the place held by Native art and culture in the world of contemporary art.

Event Photos

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Dr. Sheldon Green offers a few words on the pole’s conception and creation

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Artist James Harry introduces his artwork

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James Harry, Erik Wilson, and Markus Fengler unveil the tribute pole

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James Harry drums

James and his father, Xwalacktun Harry, end the ceremony with a song to thank people for coming and being part of the event

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UBC MECH students take first and third place in recent entrepreneurial competitions

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Ohm Wearables, a new business venture co-founded by Mechanical Engineering students Cindy Gu and Adrian Wong, won first prize and a cheque for $3,000 at the Pacific Venture Capital Competition (PVCC) in Vancouver and third prize along with a $10,000 cheque at Canada’s Business Model Competition in Halifax.

The company produces a belt with sensors that can be used during yoga to monitor and analyze breathing. Gu and Wong plan to sell the device online or in partnership with yoga studios for $179.

“The quality of the competitors [at CBMC] was exceptionally high,“ said Gu. “I was very impressed and inspired by the effort and passion each team put in to their ventures, especially the top two teams.”

PVCC is a platform where university students present entrepreneurial ideas and financial valuations to an audience of industry leaders and seasoned venture capitalists.

Now in its third year, Canada’s Business Model Competition gives student entrepreneurs the chance to collaborate with some of the most innovative students in Canada, expand their networks, share their stories and receive feedback from successful academic practitioners and industry experts. The top three teams win cash prizes and the first place team earns a place at this year’s International Business Model Competition, to be held in Redmond, WA.

 

Original post: http://apsc.ubc.ca/news/2016/04/ubc-engineering-students-take-first-and-third-place-recent-entrepreneurial-competitions

PhD student Navid Shirzad wins Killam Graduate Teaching Award

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Congratulations to Mechanical Engineering PhD student and Teaching Assistant Navid Shirzad on winning the 2015/16 Killam Graduate Teaching Award!

UBC annually awards the Killam Graduate Teaching Award to sixteen Teaching Assistants in recognition of the valuable role that they play in our undergraduate programs. The prize includes both a certificate and $1,000 and is given to TAs who have achieved a high level of respect from both undergraduate students and academic or course supervisors.

The full list of 2015/16 winners is as follows:

Tim Anderson, Language and Literacy Education, Faculty of Education
Lachlan Caunt, Faculty of Law
Matthew Coles, Mathematics, Faculty of Science
Yana Gorokhovskaia, Political Science, Faculty of Arts
Caitlyn Grypma De Jong, Chemistry, Faculty of Science
Sarah Huber, Computer Science, Faculty of Science
Sean McBeath, Chemical & Biological Engineering, Faculty of Applied Science
Chantal Mustoe, Chemistry, Faculty of Science
Jonathan Newell, English, Faculty of Arts
Leo Ng, Biochemistry and Molecular Biology, Faculty of Medicine
Vanessa Radzimski, Mathematics, Faculty of Science
Theresa Schroder, Food, Nutrition & Health, Faculty of Land & Food Systems
Navid Shirzad, Mechanical Engineering, Faculty of Applied Science
Devra Waldman, Kinesiology, Faculty of Education
Ashley Whillans, Psychology, Faculty of Arts
Joerg Winter, Civil Engineering, Faculty of Applied Science

 

Congratulations to Navid and all of this year’s winners!

Dr. Nima Atabaki wins 2015/16 Killam Teaching Prize

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Atabaki8104Mechanical Engineering professor Dr. Nima Atabaki has been selected as a winner of the 2015-2016 UBC Killam Teaching Prize for the Faculty of Applied Science (Vancouver).

The Killam Teaching Prizes are awarded annually to faculty members in recognition of excellence in teaching. Along with Dr. Atabaki, Daniel Roehr of the School of Architecture and Landscape Architecture and Bhushan Gopaluni from the Department of Chemical and Biological Engineering will also receive the awards for the Faculty of Applied Science.

“Such prestigious recognition is a clear reflection of the outstanding work being done by Daniel, Bhushan and Nima,” Dean Marc Parlange stated. “The energy and commitment that each of these colleagues bring to their work every day, both in and out of the classroom, is unmistakable. They have been recognized by their students and their peers alike as having created unique learning experiences for their students and sending them forward with life lessons and skills well beyond the core course material. They are truly making a difference in their respective programs.”

Please join us in congratulating Dr. Atabaki on this outstanding achievement!

Mech 2 students showcase remote-controlled firefighting boats

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Fires last year at Port Metro Vancouver and on board a boat in False Creek highlight the need for firefighting vessels in a large port city. For their final design project, this year’s Mech 2 students were therefore challenged to create remote-controlled boats that could move quickly, navigate obstacles, carry cargo and deliver water to fires using water cannons. Each fireboat was required to cross the water and use a custom-designed water cannon to put out a fire.

Twenty boats, each designed, built, and operated by a team of second-year Mechanical Engineering students, competed in a series of challenges on April 20th. The first round tested speed; the second, success at extinguishing a hypothetical fire on shore; third, maneuverability; fourth, success at extinguishing a fire on a floating vessel; and finally fifth, the ability to work with other teams to collaboratively extinguish a fire. The competition received media coverage from Roundhouse Radio and 24 hrs.

 

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