Showing posts with label canada. Show all posts
Showing posts with label canada. Show all posts

Thursday, 13 February 2014

Contract - Assistant professor in atmospheric science

The Department of Earth and Space Science and Engineering, Lassonde School of Engineering, York University, Toronto, Canada
Closing date: March 7, 2014

Description

The Department of Earth and Space Science and Engineering, Lassonde School of Engineering, York University invites applications for a contractually limited appointment at the rank of Assistant Professor in the field of Atmospheric Science, to commence July 1, 2014.
We are seeking applicants who can contribute to the teaching program in atmospheric science and also conduct research involving experiment or theory/modeling. The teaching will be within the atmospheric science degree program and also for the meteorology certificate program. Subjects include atmospheric dynamics, radiation, cloud physics, weather prediction, and climate. Research areas that would complement current activity in the department are planetary atmospheres, climate feedback processes, atmosphere-surface interaction, air quality, and atmospheric dynamics. 

Tuesday, 14 January 2014

PhD - Remote sensing

Department of Geography, University of Calgary
Calgary, Canada
Deadline date: January 26, 2014

Description

The Foothills Facility for Remote Sensing and GIScience (www.ucalgary.ca/f3gisci), a research lab within the Department of Geography, University of Calgary, is seeking MSc and PhD candidates for several fully‐funded positions starting in the Fall of 2014.  

Tuesday, 17 December 2013

Contract - Near surface geomodeller

Alberta Energy Regulator
Edmonton, Canada
Deadline for applications: January 3rd, 2014

Description

A career should fulfill many needs. While job security and financial reward are important, some careers, like the ones at the AER, can provide more than a living - they can provide meaning to life. In a team of world-class thinkers who regulate how energy resources are discovered, developed and delivered, your reward can go beyond a job well done. It can go to the pride and recognition that you're doing something that matters.
The Alberta Energy Regulator ensures the safe, efficient, orderly, and environmentally responsible development of hydrocarbon resources over their entire life cycle. For 75 years, Alberta's oil and gas regulator has adapted to meet innovations in technology, new industry activity, and changing social expectations. The Alberta Energy Regulator builds on this foundation and prepares the province to take on the next era in energy regulation. We are seeking, diverse team members with strong technical skills to join us in this exciting journey. Be everything you want to be, by helping us build a legacy of excellence Albertans can count on.
REPORTS TO: QUATERNARY GEOLOGY SECTION LEADER
DESCRIPTION OF BRANCH/GROUP/SECTION
The Alberta Geological Survey of the AER provides geoscience information and expertise to government, industry and the public in support of exploration, development and conservation of Alberta's energy, water and mineral resources. Located in Edmonton, the AGS has over 40 geologists, engineers, technologists and science specialists who map and model the geology and groundwater resources in Alberta, and provide advice on geological hazards. At the AGS, individuals have the opportunity to work on challenging projects of major importance to Albertans, work with advanced technology, stay current in their fields while making significant contributions to their communities of practice and work outdoors in various parts of Alberta.
The Quaternary Geology Section at the AGS is currently focused on providing near-surface stratigraphic frameworks as part of the Provincial Groundwater Inventory Program. This information is used in decision making on: land use planning; water resource management; oil and gas development; environmental monitoring requirements; enforcement of current regulations; and development of future energy and environmental policy and regulation.
PURPOSE OF ROLE:
To provide a major contribution to modelling the three-dimensional stratigraphic framework of the near-surface sediments of Alberta within a team working to establish the groundwater inventory of the province.
RESPONSIBILITIES/ DUTIES:
Apply geological principles and independent judgement, incorporating a thorough knowledge of near-surface geological processes to the three-dimensional deterministic modelling of near-surface sediments utilizing field observations, core, well log, geophysical (ground and airborne), petrophysical and engineering data.
Disseminate information and knowledge in geological reports, presentations and peer-reviewed journals in a manner that will maintain and enhance the scientific credibility of the Alberta Geological Survey and the Alberta Energy Regulator.
Contribute to the Provincial Groundwater Inventory project.
Participate in high priority projects to advance the understanding of Alberta's subsurface geology involving collaboration with scientists having a variety of specialties and affiliations.
Provide sound geological opinions to staff within various areas of the Energy Resources Conservation Board, particularly to those within the Geology, Environmental Sciences and Economics Branch.
Interact with peers in universities, provincial and federal government departments, and industry.
Develop and manage project databases and assess data quality for modelling purposes.

Requirements

Advanced university degree in Geology or related discipline (Ph.D. or M.Sc.) with a minimum of five years of related experience.
Extensive knowledge of sedimentary processes in glacial and non-glacial environments, and experience linking glacial geology, Quaternary history and groundwater research.
Advanced experience characterizing sedimentary heterogeneity using architectural element analysis.
Experience producing three-dimensional geological models (preferably in Petrel, RockWorks or ViewLog) and their application in helping manage water resources.
Demonstrated analytical, research and presentation skills combined with the ability to apply original thinking to resolve complex issues.
High degree of accuracy and attention to detail.
Excellent verbal and written communication skills (preferably demonstrated by one or more publications).
Ability and willingness to undertake fieldwork.
Experience logging core and interpreting downhole geophysical logs an asset.
Ability to work in teams and provide leadership as needed.
Ability to meet deadlines and work well under pressure.
Please note:
Pre-placement Medical required.
Eligibility for professional registration with the Association of Professional Engineers and Geoscientists of Alberta (APEGA).
Must have or be able to qualify for a valid Alberta driver's license.
Please note: Should an individual with the required qualifications not be available, applicants with closely related qualifications may be considered. As a result, the position may be redesigned and reclassified and offered without reposting. Relocation costs covered by the AER will be considered on an individual basis.

More information and applications

Saturday, 14 December 2013

PhD - Climate change

McMaster University
Hamilton, Ontario, Canada
Deadline date: January 20th 2014

Description

McMaster Centre for Climate Change, McMaster University, Hamilton, Ontario, Canada is recruiting 6 PhD students as part of a newly funded project to explore the impacts of climate change, extreme weather events and forest management activities on carbon, water and nutrient cycle processes in an age-sequence of temperate forests in Southern Ontario, Canada. The sites are part of the Turkey Point Flux Station. You will join and collaborate with a multidisciplinary team of scientists from McMaster, University of Toronto, Environment Canada, Ontario Ministry of Natural Resources, Natural Resources Canada-Canadian Forest Service and Long Point Region Conservation Authority.
POSITION (NAMES OF POTENTIAL SUPERVISORS):
PhD student - Micrometeorological measurements (carbon and water fluxes) (Dr. Altaf Arain).
PhD student - Belowground biomass estimation, using Ground Penetrating Radar (Dr. Joe Boyce).
PhD student - Biometric and ecological measurements (Dr. Jing Chen, U of Toronto).
PhD student - C and N cycle modelling, using ecosystem land surface-atmosphere interaction models (Dr. Paul Bartlett and Dr. Altaf Arain).
PhD student - Catchment scale hydrologic modelling, using distributed hydrologic models (Dr. Paulin Coulibaly).
PhD student - Environmental and Economic Modelling: Integrating biological and economic models to evaluate the economic potential and vulnerability of intensively managed forests to climate change (Dr. Dan McKenney and Dr. Altaf Arain).

Requirements

A background in a relevant discipline such as: biogeosciences, climatology, economics, environmental science, forest science, forestry, hydrology, hydrologic or ecosystem modelling, or meteorology is required. Past experience in field work, data analysis, programming (for modelling students) and statistics is preferred. Five of the students will be located at McMaster University in Hamilton, Ontario, Canada and one at University of Toronto, Toronto, Ontario, Canada.

More information and applications

Monday, 18 November 2013

PhD - Computing-intensive landscape ecology applications

McGill University
Montreal, Canada
Deadline date: 15/12/2013

Description

The Computational Landscape Ecology group at McGill University is seeking MS and PhD students interested in computing-intensive landscape ecology applications. Students will join a dynamic and growing lab of graduate and undergraduate students working on a wide range of landscape ecology projects that demand a heavy component of computing power, including:

  • Forest connectivity estimation and validation at regional and continental scales, using Circuitscape.
  • Regional estimation of lake carbon content with remote sensing, GIS, and Bayesian stats in 10**6 lakes in Quebec.
  • Use of Google Earth Engine for estimation of landscape-scale patterns across very large areas.
  • Spatial and statistical patterns of landscape metrics at continental and regional scales.

Requirements

Successful candidates will have strong to moderate programming experience, ideally in R or Python or a similar language like Matlab or Java. Depending on the project, specific experience with certain tools will be of especially high value, including: remote sensing, GIS, simulation modeling, data mining techniques in very large data sets and coursework in statistics. Canadian students who would be eligible for federal and provincial scholarships are given high priority. 

More information and applications

Thursday, 14 November 2013

PhD - Polarimetric SAR images for fuel moisture mapping

University of New Brunswick, Faculty of Forestry and Environmental Management
Canada

Description

Funded Ph.D. position for working on the use of polarimetric SAR images for fuel moisture mapping
We are seeking a highly motivated Ph.D. student who will work on calibrating a physics-based model to map the drought code of the Canadian Fire Weather Index from polarimetric SAR images. The model follows the method of Jagdhuber et al. 2011. (Proc. 5th Int. Workshop PolInSAR 2011, Frascati, Italy). The Ph.D. thesis will be based on data acquired over Canadian/South African natural grasslands, Alaska boreal forests and Canadian tundras.
The Ph.D. work will be supervised by Prof. Brigitte Leblon, (University of New Brunswick, Canada), Prof. Joseph Buckley (Royal Military College, Canada), Dr. Thomas Jagdhuber (DLR, Germany) and Dr. Laura Bourgeau-Chavez (Michigan Tech Research Institute, USA). Thereby, the hired student will be invited to travel among the various laboratories during his Ph.D. thesis. The study is a part of research project recently funded by the Natural Sciences and Engineering Research Council of Canada (NSERC).

Requirements

Preference will be given to Canadian, US or European students because the candidate will be invited to do some thesis work at DLR (Germany) and MTRI (USA), but international students are encouraged to apply.
Applicants should have successfully completed an MSc and have a strong background in radar remote sensing, strong interest in computer coding, with interest in fire sciences.
It is critical the applicant has some ability to program computer code to facilitate data analysis, model development and implementation as well as good writing and oral skills. 

More information and applications

Tuesday, 29 October 2013

Faculty Position - Academic Programming in Sustainable Environmental Management

School of Environment and Sustainability, University of Saskatchewan
Saskatoon, Canada

Description

The School of Environment and Sustainability (SENS), a priority initiative at the University of Saskatchewan (U of S), invites applications for an exciting opportunity to grow and lead the Master of Sustainable Environmental Management (MSEM) graduate program. We are seeking a full-time tenure-track faculty position at the rank of assistant or associate professor in an academic programming appointment position, with a focus on sustainable environmental management. The primary responsibility of this appointment is to champion and coordinate the Master of Sustainable Environmental Management (MSEM) program within SENS. This program is a one year professional degree with a project focus. With 21 students at present, this program is anticipated to grow over time under the skilled leadership of this faculty appointment. Delivery and oversight of core components of the MSEM program will be central to this position. Additional responsibilities will include coordination of the School's professional skills programs, teaching two courses per year at graduate and undergraduate levels, professional practice and scholarship as appropriate for the successful candidate's field, administrative duties, and on-going evaluation of programs administered.
SENS is known for interdisciplinary education, research, and knowledge translation, as well as innovative teaching and curriculum design. We house three graduate programs in environment and sustainability, and offer a vibrant atmosphere for graduate student and post-doctoral fellow research and training. SENS facilitates interdisciplinary collaborations at and beyond the U of S. The School has faculty affiliated with the Global Institute for Water Security, funded by the Canada Excellence Research Chair Program; the Johnson-Shoyama Graduate School of Public Policy; and, the International Centre for Northern Governance and Development, as well as the internationally-renowned U of S Toxicology Centre.


Requirements

The ideal candidate will have a PhD in a relevant field, such as, but not limited to: environmental management, natural resources management, sustainability sciences, and/or environmental education. Other professional accreditations will be viewed positively. Enthusiasm for and creativity related to professional education is required. A track record of outstanding teaching performance in a post-secondary environment is highly desired, as is experience with the administration of a professional degree program. Experience working with community-based organizations, government, and private-sector organizations will be viewed positively, as will experience advising students at the graduate level. Candidates must provide evidence of scholarly work in an applied, professional, or academic environment. The willingness to take creative approaches within the context of teaching and program administration is encouraged. The successful candidate will join a supportive interdisciplinary team working across the humanities, social sciences, natural sciences, and physical sciences.

More information and applications

PostDoc - Coastal Ocean Dynamics

Dalhousie University
Halifax/Wolfville, Canada

Description and requirements

Applications are invited for two 2-year Postdoctoral Fellowships in coastal ocean dynamics related to tidal hydroelectricity development using in-stream tidal energy converters in the Bay of Fundy, Canada, home to the world's highest tides. The positions are part of a collaboration among three Canadian universities (Acadia University, Dalhousie University and the University of New Brunswick) and three private sector companies involved in tidal energy development and turbine design and manufacture (Fundy Tidal Inc., Design Systems Analysis, and Clean Current). The project involves a comprehensive hydrodynamic site assessment for three passages in the lower Bay of Fundy, each of which is targeted for the deployment of in-stream turbines in the next few years under the Nova Scotia Community Feed in Tariff program. The project has a wide scope, encompassing flow variability on time scales from turbulent to annual, through a combined field measurement and numerical modelling effort. The project also has an aggressive time-line, with turbine deployment in one of the passages scheduled for the fall of 2014, to be accompanied by a post-deployment measurement and modelling program. These positions provide opportunities for participation in decisions on site selection, turbine/turbine array design, turbine monitoring program requirements, and analysis of environmental impacts. 

The first position is located at Dalhousie University and will focus on gathering and analyzing field measurements, including making comparisons between the observations and results from tidal circulation and high-resolution CFD models generated by the other groups in the team. Applicants should have a PhD, or be close to completing a PhD, in Physical Oceanography, Coastal Engineering, or a related field, and a solid background in time series analysis. Experience with oceanographic instrumentation for in-situ flow measurement is a requirement. 

The second position is located at Acadia University and will focus on numerical modelling, specifically using a coastal oceanographic model (FVCOM) to model the passages and power extraction from the chosen deployment sites. It will also include validating model results through comparison to observations and integration/comparison of model results with results of high-resolution CFD and engineering models. Applicants should have a PhD, or be close to completing a PhD, in Mathematics, Fluid Mechanics, Physics, Physical Oceanography, Engineering or a related field, plus experience in numerical fluid dynamics or oceanography. Experience in coastal hydrodynamic modelling would be an advantage. 

More information and applications