Lecturer/ Senior Lecturer in Fire Engineering, University of Canterbury, New Zealand

https://jobs.canterbury.ac.nz/jobdetails/ajid/6tPY7/Lecturer-Senior-Lecturer-in-Fire-Engineering,8901

Te Tari Pūhanga Metarahi, Rawa Taiao | Department of Civil and Natural Resource Engineering
Located in Ōtautahi | Christchurch, Aotearoa | New Zealand

  • Full-time 37.5 hours per week (1.0 FTE)
  • Fixed-Term (3 year) position

Āu Mahi | What You Will Do
Applications are invited for a three-year fixed-term position in the Department of Civil and Natural Resources Engineering at the level of Lecturer/ Senior Lecturer (equivalent to Assistant Professor/ Professor in the US System).

This is an exciting opportunity to participate in the further growth of the fire engineering programme in a dynamic and productive department. Research and teaching interests in one or more of the following areas would be an advantage (though applicants with interests in other fire engineering specialties are also encouraged to apply): fire dynamics, material behaviour in fires, fire safety systems, fire safety design practice, structures in fires, evacuation, human behaviour in fire, performance-based fire safety design, fire risk assessment or fire risk management.

Mōu | Who You Are
Applicants must hold a Ph.D. degree in a relevant discipline and have a demonstrated record of published research in fire engineering.  The successful candidate will have a commitment to excellence in teaching of core courses in fire engineering at both the undergraduate and postgraduate levels, and will be expected to establish a vigorous research programme.  The appointee will be expected to supervise final year undergraduate projects, Masters and Ph.D. students, collaborate with others in the University, and to contribute to Departmental, College, and University activities. The appointee will also be expected to develop links with and contribute to the wider engineering profession at local, national and international levels.

Mahi Ngātahi | Who You Will Work With
The successful appointee will have access to a range of research facilities (with technical staff) and expertise in related disciplines.  The Faculty of Engineering has just completed a $163 million investment of its engineering specialist laboratory wings and main teaching spaces. Staff and students now have access to some of the best modern facilities and technologies for teaching, learning and research in the southern hemisphere.  Every area has been designed with the principles of highly flexible learning spaces, collaborative open areas and engineering on display.  In particular, a new fire engineering laboratory with capacity to test fire and structural fire behaviour up to two-storeys high has just been commissioned.  Large-scale fire testing facilities are also available from time to time at the Building Research Association New Zealand (BRANZ) in Wellington, through collaborative research programmes.

For more information about our department and team, please visit our website.

Please take a virtual tour of our Engineering facilities.

Ngā Painga o UC | Why UC
Tangata Tū, Tangata Ora – Engaged, Empowered, Making a Difference.

Based in Ōtautahi Christchurch, Te Whare Wānanga o Waitaha | University of Canterbury stands for whanaungatanga – we value people and their differences, manaakitanga – we extend care and empower others, and tiakitanga – we will enhance and nurture our resources.

The University of Canterbury is committed to accessible higher education, service to the community and the encouragement of talent without barriers of distance, wealth, class, gender or ethnicity. The University explicitly aims to produce graduates and support staff who are engaged with their communities, empowered to act for good and determined to make a difference in the world.

We offer a range of fantastic benefits. For more information, please visit us: http://www.canterbury.ac.nz/joinus

For more information about the University of Canterbury, please visit www.canterbury.ac.nz

The closing date for this position is: Sunday 1st May 2022 (midnight NZ time)

Please note applications will be reviewed after the close date.

Pēhea te tono mai | How You Apply
Applications for this position must be submitted online through our careers website and should include:

  • a ‘cover letter’ including a 2-3 page statement outlining your research interests and goals, teaching philosophy, and thoughts on how you propose to contribute to the fire engineering programme (as a whole) in the department. a ‘resume’ which includes a list of relevant research publications.

We do not accept applications by email; however we are happy to answer your queries in relation to the application process. Please forward these to WorkatUC@canterbury.ac.nz

For further information specifically about the role, please contact: enquiries@civil.canterbury.ac.nz

Important Information

This role requires that you are, and remain, fully vaccinated against COVID-19 (including any periodic boosters required by law or required to obtain a My Vaccine Pass), during your employment with the University of Canterbury.

In response to COVID-19 the New Zealand Government have imposed travel restrictions but have recently announced a five-step plan for a phased border re-opening. This phased re-opening will take some time and this may alter the nature of the standard interview process for offshore candidates, particularly at the on-site interview stage. To see how this might affect your application and for more information and updates on the border restrictions and phased re-opening, please visit the Immigration New Zealand website or the New Zealand Government’s official Covid-19 website.

Job Details

Reference #8901
Posted on21 Mar 2022
Closes on01 May 2022 23:55
Location(s)Christchurch
ExpertiseEngineering
Job level(s)Academic, Entry/Graduate, Experienced
Work type(s)Fixed term full-time
More details (document)
Position description 1Lecturer PD .pdf
Position description 2Senior Lecturer PD.pdf

Two Postdoctoral Positions in Forest Fire Research, Universidad Técnica Federico Santa María, Santiago, Chile

The context
Universidad Técnica Federico Santa María (UTFSM) has an opening for a Fire Research Postdoctoral Scholar. The position is opened in the context of the research project Anillo ACT210052 ‘Understanding the connections between abiotic stress and forest vulnerability to fires” (β-HiMap project), funded by the “Anillos Regular de Investigación en Ciencia y/o Tecnología 2021” program by the Chilean government through SCIA-ANID. The project aims to identify and quantify the links between abiotic stress and flammability of Chilean forest species.

Job description
Position 1: The postdoctoral scholar will be responsible for developing a comprehensive and challenging flammability framework which includes detailed testing and state-of-the-art theoretical and numerical modeling. The experimental methodology will follow the protocols implemented for the two bench-scale apparatuses which were developed during the α-HiMap project and will enhance these devices through the implementation of non-intrusive laser-based diagnostics to locally and globally study solid-gas and gas-gas processes relevant for the continuous and discontinuous ignition and burning rate of SL/L/D foliar fuels. The team will further develop the theoretical results of α-HiMap, aiming to study the effects of fuel moisture content and live-dead fuels on ignition, while additionally performing scaling analyses on the burning rate of these fuels under different configurations.

Work will be carried out in collaboration with Chilean, American and French universities, and international centers, including UAI, UC-Berkeley, University College London, Worcester Polytechnic Institute, University of Sao Paulo, CSIRO and INRAE – Aix-Marseille Université. The scholar will be encouraged to apply for postdoctoral grants offered by ANID.

Position 2: The postdoctoral scholar will be responsible for identifying the physiological and biochemical responses of stressed/non stressed, live/dead (SL/L/D) foliar fuels through a set of established laboratory and analytical methodologies. Ultimately specific stress markers will be determined which have influence on fuel flammability and have the ability to be detected under field conditions in subsequent stages of this project by different techniques, ranging from direct sampling to remote sensing. This will provide novel tools to model and predict fire hazards of forest ecosystems in real time.
Work will be carried out in collaboration with Chilean, American and French universities, and international centers, including UAI, UC-Berkeley, University College London, Worcester Polytechnic Institute, University of Sao Paulo, CSIRO and INRAE – Aix-Marseille Université. The scholar will be encouraged to apply for postdoctoral grants offered by ANID.


Benefits
Compensation includes a competitive salary and medical insurance (1.884.000 CLP gross per month). The location is in Valparaiso, Chile. The duration of the postdoctoral position is 12 months, with a start date in mid April 2022,  or as soon as possible.

How to Apply
The posting shall remain open until the position is filled, however for full consideration, please apply until March 31, 2022. First selection will be notified shortly after, and selected candidates for the post will be called for an interview. Availability to start working immediately will be considered in the evaluation.

Please send a dossier with the following documents andres.fuentes@usm.cl and rodrigo.demarco@usm.cl:

  • Cover Letter.
  • CV (including list of publications and research projects).
  • Certificate of PhD degree and a half-page file describing your thesis.
  • One recommendation letter from an academic/doctoral thesis advisor.

For more information and application, contact professor Andrés Fuentes.

Desired skills and experience

  • PhD in Engineering or Physical Sciences/Applied Mathematics, with a strong research background in combustion.
  • Degree acquisition should not be older than January 2018. In the case of women, a year can be added for each child born within this time, prior presentation of birth certificate.
  • Experience in combustion and flame diagnostics is desired.
  • Experience in development and/or application of heat transfer models.
  • Demonstrated research experience in bench-scale laboratory and analytic methodologies.
  • Keen interest in extending mathematical and scientific computing techniques to new problems.
  • Excellent verbal and written communication skills.
  • Ability  to work productively both independently and as part of a diverse and multidisciplinary team.About the employer

UTFSM was the first Latin American university to offer a doctoral program in Engineering (since 1962) and has a strong emphasis on scientific research as well as on technological higher education. The Energy Conversion and Combustion Group (EC2G) from UTFSM is one of the leading research labs in combustion in South America. Research at EC2G has focused on the development of experimental and numerical techniques to improve the understanding of the physical and chemical phenomena controlling combustion processes, with applications in energy conversion and fire safety.

HBIF IAFSS working group webinar series

The HBIF IAFSS working group is starting a webinar series. The the first event will be held in October and the topic will be academic publishing. The webinar includes some of the key editors in our field. You can read more in this flyer.

PhD Opportunity in Fire Engineering at University of Canterbury, NZ

 Applications are invited for a fully funded three-year PhD scholarship in computational fluid dynamics simulation of wildfires, to work under the supervision of Dr Andres Valencia (UC Senior Supervisor), Dr Greg Baker (Fire Research Group Limited), Dr Tara Strand and Mr Grant Pearce of Scion, and Professor Daniel Nilsson and Dr Marwan Katurji of UC. The scholarship is co-funded by Fire Research Group Limited and the University of Canterbury. 

Se more information here.

Notice of Plans for IAFSS General Meeting, Part 2

Dear IAFSS Member,

I trust you are doing well. I am writing with information about the 2021 IAFSS General Meeting, Part 2, which will be held on 30 April 2021, 13:00 UTC.  The draft agenda for the meeting can be found here.

First, thank you to those who were able to join us on 24 March 2021 for Part 1 of the 2021 IAFSS General Meeting (GM).  This was our first ever virtual GM, and although we had a few minor glitches, the meeting went well. The draft minutes for the GM Part 1 are attached to the draft agenda for the GM Part 2.  As you will see, the proposed amendments to the Rules of the Association were approved, which formally allows us to proceed with a virtual GM Part 2. Click here to view the Rules of the Association.

As previously noted, we are changing the procedures for the GM Part 2, taking into account lessons learned and experiences gained from the GM Part 1, and aiming for a more interactive meeting.

  • To limit the potential for non-members to join the meeting, all eligible members will be required to pre-register to attend the meeting. You will need to contact the Secretariat to pre-register. Upon verification of eligibility, you will be sent a meeting link and password.
     
  • To assist us in checking attendees against our membership list, when logging into the meeting, please enter using your name in English as it correlates to your membership application.
     
  • Since the meeting time is limited, please try to log in five (5) minutes prior to the start of the GM. Please check your hardware and connections prior to the meeting time.
     
  • As with the GM Part 1, we are aiming to have any action required for voting to be presented in a form that votes can be simple ‘approve / disapprove / abstain’ where possible.  This is largely driven by the limited time for discussion and the time allotted for the meeting.
     
  • In the case where there is a vote that requires a choice between options (for example, if there are three candidates for Scrutineer and only two positions available), each option will be voted on separately, and the options receiving the highest vote counts will be taken as approved.
     
  • Details of actions requiring votes, as initiated by the Committee, will be posted to the IAFSS website by 17 April for review, and as appropriate, to allow time to submit proxy votes by members who cannot attend the 30 April meeting. It is expected that this will include:
     
    • Approval of past minutes of General Meetings of the Association (14 June 2017 and 24 March 2021)
    • Approval of the Treasurer’s report
    • Nominees for Honorary Auditors of the Association (two positions)
    • Nominees for Scrutineers of the Association (two positions)
       
  • Because time for discussion in the virtual GM Part 2 will be limited, any member who nominates members for the position of Honorary Auditor or Scrutineer, or proposes any action that will require a vote, or wishes to raise an item for discussion under Any Other Business, must provide text of the item in writing to the Honorary Secretary no later than 13 April 2021. This is to allow time for review, confirmation, and posting of the item by 17 April, and if needed, time to permit submittal of proxy votes by members who cannot attend. 
     
  • Due to time limitations, a maximum of five (5) minutes will be allotted for questions / discussion on any agenda item.
     
  • Proxy voting forms, for those unable to attend, will be available on 17 April, once items for voting have been identified and confirmed.  Note that it is intended to simplify the proxy form such that proxy votes will be given to the Honorary Secretary, unless another person is specifically designated. If another person is designated, confirmation is required from the designee, in advance of the GM, that they (a) agree to serve as proxy and (b) confirm that they will be in attendance at the meeting.  This is to help assure that the proxy vote will be delivered and counted appropriately.

As a member, your participation in General Meetings and your vote on issues of importance to the Association is critically important.  We ask that all who can attend and participate do so.  For those unable to attend, and who would like to exercise their right to vote, you are asked to provide your proxy vote to the Honorary Secretary no later than 27 April.

Also, we appreciate that options for voting and discussion remain somewhat limited. However, we have presented a more flexible and participative arrangement for Part 2 of the GM, within the limitations of time and technology being used. Developing a more robust on-line GM approach for future meetings will be an action on the Committee going forward.

Again, thank you for your understanding and flexibility, and if you have questions for clarification, or comments on what has been proposed, please let me know. Thank you.

Respectfully submitted,

Brian Meacham
IAFSS Honorary Secretary ad interim

Sheldon Tieszen Student Award Recipients Announced

The Sheldon Tieszen Student Awards are sponsored by the International FORUM of Fire Research Directors (http://fireforum.org/), a group composed of the Directors of fire research organizations throughout the world, which aims to reduce the burden of fire (including the loss of life and property, and effects of fire on the environment and heritage) through international cooperation on fire research. The award recognizes excellence in an IAFSS symposium paper in fire safety science by a student making a significant contribution to that paper.

Recipients:

Elias Bearinger, M.S., Awarded for the paper “Localized Heat Transfer from Firebrands to Surfaces” by Elias D. Bearinger, Jonathan L. Hodges, Fengchang Yang, Christian M. Rippe, and Brian Y. Lattimer, Advised by Brian Y. Lattimer at Virginia Tech, USA. 

Mohamed Beshir, Ph.D. Awarded for the paper “Semi-empirical model for estimating the Heat Release Rate required for flashover in compartments with thermally-thin boundaries and ultra-fast fires” by M. Beshir, Y. Wang, F. Centeno, R. Hadden, S. Welch, and D. Rush. Advised by David Rush, University of Edinburgh, UK.

Jian Chen, Ph.D., Awarded for the paper “Why are Cooktop Fires so Hazardous?” by Jian Chen, Yue Hu, Zhigang Wang, Ki Yong Lee, Sung Chan Kim, Matthew Bundy, Marco Fernandez and Anthony Hamins, Advised by Anthony Hamins at National Institute of Standards and Technology. 

Carmen Gorska, Ph.D., Awarded for the paper “Fire Dynamics in Mass Timber Compartments” by authors Carmen Gorska, Juan P. Hidalgo and Jose L. Torero., Advised by Juan P. Hidalgo, at the University of Queensland, Australia. 

Juan Cuevas, Ph.D., Awarded for the paper “Flame extinction and burning behaviour of timber under varied oxygen concentrations” by Juan Cuevas, José Torero, and Cristian Maluk, Advised by Cristian Maluk, Juan Hidalgo and José Torero at The University of Queensland, Australia.. 

Lauren B. Gagnon, Ph.D., Awarded for the paper “Effect of Reduced Ambient Pressures and Opposed Airflows on the Flame Spread and Dripping of LDPE Insulated Copper Wires” by Lauren Gagnon, Carlos Fernandez-Pello, James L. Urban, Van P. Carey, Yusuke Konno, and Osamu Fujita, Advised by Carlos Fernandez-Pello and Van P. Carey at the University of California, Berkeley, US.

Vinny Gupta, Ph.D. Awarded for the paper “Ventilation effects on the thermal characteristics of fire spread modes in open-plan compartment fires” by Vinny Gupta, Juan P. Hidalgo, Adam Cowlard, Cecilia Abecassis-Empis, Agustin Majdalani, Cristian Maluk, and Jose L. Torero. Advised by Dr Juan P. Hidalgo at The University of Queensland, Australia. 

Qi Li, Ph.D., Awarded for the paper “Symmetric modeling of the thermal actions in a structural fire experiment on a long-span composite floor beam in a compartment,” by Qi Li, Chao Zhang, and Guo-Qiang Li. Advised by Chao Zhang, Wuhan University (China) and conducted in cooperation with NIST (USA). 

Andrea Lucherini, Ph.D., Awarded for the paper “Influence of heating conditions and initial thickness on the effectiveness of thin intumescent coatings” by Andrea Lucherini, Juan P. Hidalgo, Jose L. Torero, and Cristian Maluk, Advised by Cristian Maluk, Jose L. Torero and Juan P. Hidalgo at The University of Queensland, Australia. 

Martina Manes, Ph.D., Awarded for the paper “Assessing fire frequency and structural fire behaviour of England statistics according to BS PD 7974-7” by Martina Manes and David Rush, Advised by David Rush at the University of Edinburgh, UK

Karina Meerpoel Pietri, Ph.D., Awarded for the paper “Determination of the critical conditions leading to the ignition of decking slabs by firebrands” by authors Karina Meerpoel Pietri, Virginie Tihay-Felicelli, and Paul-Antoine Santoni., Advised by Virginie Tihay-Felicelli, and Paul-Antoine Santoni at the University of Corsica, France. 

Natalia Flores Quiroz, Ph.D., Awarded for the paper “Developing a Framework for Fire Investigations in Informal Settlements” by Natalia Flores, Richard Walls and Antonio Cicione, Advised by Richard Walls at Stellenbosch University, South Africa. 

Xingyu Ren, Ph.D., Awarded for the paper “Temperature measurement of a turbulent buoyant ethylene diffusion flame using a dual-thermocouple technique” by Xingyu Ren, Dong Zeng, Yi Wang, Gang Xiong, Gaurav Agarwal, and Michael Gollner, Advised by Michael Gollner at the University of California, Berkeley and Dong Zeng at FM Global

Felix Wiesner, Ph.D., Awarded for the paper “Influence of ply configuration and adhesive type on cross-laminated timber in flexure at elevated temperature” by Felix Wiesner, Susan Deeny, and Luke Bisby, Advised by Luke Bisby and Rory Hadden. Work completed at The University of Edinburgh, Felix Wiesner now at The University of Queensland 

Nan Zhu, Ph.D., Awarded for the paper “Transitional flame-spread and fuel-regression behaviors under the change of concurrent wind ” by Nan Zhu, Xinyan Huang, Jun Fang, Lizhong Yang and Longhua Hu., Advised by Longhua Hu at the University of Science and Technology of China, China.