A recent and exciting development at Dalhousie University is the award of a new multi-investigator materials research program entitled DREAMS (Dalhousie Research in Energy, Advanced Materials and Sustainability). This program is funded by an NSERC-sponsored Collaborative Research and Training Experience grant.
The purpose of DREAMS is to train a cohort of researchers (Masters and PhD students, undergraduate summer research students and postdoctoral fellows) at Dalhousie University who will address important aspects of energy production/storage and sustainability. DREAMS student researchers play a pivotal role in renewable energy production and storage as well as the sustainable production of environmentally acceptable or re-usable materials. The DREAMS cohort tackles some of the world's most important energy and sustainability problems through advanced materials research.
Both Canadian and international students in Chemistry, Physics or Mechanical Engineering are eligible for the DREAMS program. Students will be supervised by Dalhousie DREAMS team members Heather Andreas (Chemistry), Jeff Dahn (Physics/Chemistry), Rich Dunlap (Physics), Dominic Groulx (Mechanical Engineering), Ian Hill (Physics), Harm Rotermund (Physics), Mary Anne White (Chemistry/Physics) and Joe Zwanziger (Chemistry/Physics).
DREAMS trainees will carry out collaborative interdisciplinary research in Dalhousie's world-leading laboratories with innovative new courses and direct experience working with industrial partners. The DREAMS program is designed to facilitate the transition of new researchers from trainees to productive participants in the worldwide economic community.
What differentiates DREAMS from other programs is its mix of traditional and non-traditional training. Students will complete new and novel graduate courses, such as
• Advances in Solar, Thermoelectric and Energy Harvesting Materials
• Advances in Battery, Fuel Cell and Supercapacitor Materials
• Sustainable Materials Issues
One of the most exciting aspects of the DREAMS program is the opportunity to work in industry. For example, each of our PhD students will spend two internships (work terms) of two to four months, in an external industrial or government lab. Working alongside industry researchers will provide valuable research experience and connections for future employment. External work term partners include labs both in Halifax, and around the world (for example Axion Power International and 3M in the USA, and Toshiba in Japan). Students' travel and accommodation expenses are covered by the DREAMS program.
DREAMS facilitates interdisciplinary and collaborative research. For example, PhD students will carry out research in two Dalhousie labs, and they will be jointly supervised by two or more members of the DREAMS team. This approach will greatly enhance their research skill set and their interdisciplinary experience.
Other novel approaches of the DREAMS program include training in non-traditional subjects such as IP issues, marketing aspects of materials, and how to be interviewed by the media, plus workshops on the transition to employment, such as résumé writing and interview skills.
The DREAMS program offers Dalhousie students an innovative mix of traditional and experiential learning that will help them to become some of the world's top young materials researchers. Much more information, including application material, can be found at http://irm.dal.ca/DREAMS
[NMR900 blog] CREATE program in Bionanomachines
CREATE program in Bionanomachines
The Natural Sciences and Engineering Research Council of Canada (NSERC) has announced a new Collaborative Research and Training Experience (CREATE) grant in Bionanomachines led by Kalle Gehring at McGill University.
The CREATE Program in Bionanomachines (CTPB) is focused on the principles, design, and applications of bionanomachines, which are defined as nanometer scale devices such as enzymes or biomaterials that are derived from living organisms and composed of DNA, RNA, protein, sugars, and/or lipids. Existing bionanomachines touch us every day as...
nmrlearner
News from NMR blogs
0
07-23-2011 10:40 PM
52nd ENC program
52nd ENC program
Program details of the 52nd ENC including the program overview and abstracts is now available online (52nd ENC program).
52nd ENC Events
Agilent Users' Meeting before the 52nd ENC
April 8-9, 2011, Santa Clara, California
http://www.chem.agilent.com/en-US/Events/en-US/Pages/enc11usermeeting.aspx
nmrlearner
Conferences
0
03-20-2011 07:14 PM
[Question from NMRWiki Q&A forum] Which Bruker HMBC program do you use?
Which Bruker HMBC program do you use?
Hello,
Here are Bruker hmbc pulse programs (produced by ls *hmbc*):
hmbcacbigpl2ndqf hmbcacgplpqf hmbcetgpl2nd hmbcgplpndqf hmbclpndqf hmbcndpsqf hmbcacgplpndqf hmbcetgpjcl2nd hmbcgpl2ndqf hmbcgpndqf hmbcndprqf shmbcgpndqfWhich would you run and for what reason?
(... I know that hmbcetgpjcl2nd - is a J-HMBC for measuring J coupling constants - what about the others?)
nmrlearner
News from other NMR forums
0
02-15-2011 09:29 PM
[NMR900 blog] DREAMS program at Dalhousie
DREAMS program at Dalhousie
A recent and exciting development at Dalhousie University is the award of a new multi-investigator materials research program entitled DREAMS (Dalhousie Research in Energy, Advanced Materials and Sustainability). This program is funded by an NSERC-sponsored Collaborative Research and Training Experience grant.
The purpose of DREAMS is to train a cohort of researchers (Masters and PhD students, undergraduate summer research students and postdoctoral fellows) at Dalhousie University who will address important aspects of energy production/storage and...
nmrlearner
News from NMR blogs
0
08-22-2010 02:30 AM
what is the best program for assignment?
Hi I'm a student who would like to know which is the best program for assignment, (CARA?) in particulary one which is very easy to use. thanx!!! :confused:
CARA: a new program for NMR assignment
The following message was posted by damberge on old PostNuke of Bionmr.com
"CARA is a new program being developed at the ETH for computer-aided resonance assignment. It has dedicated tools along with a well organized database which allow for efficient assignment. A scripting language and many user scripts are available (including one to automate assignments). All major platforms are available (Windows, Linux, Mac, SGI, Sun) and it is free. It can be downloaded at:
www.nmr.ch "