Faculty Of Engineering - Chemical And Materials Engineering Dept Cover Letter

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faculty of engineering - chemical and materials engineering dept Cover Letter
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Research Associate At Faculty of Engineering - Chemical and Materials Engineering Dept Cover Letter

Research Associate Cover Letter At Faculty of Engineering - Chemical and Materials Engineering Dept

Faculty of Engineering - Chemical and Materials Engineering Dept

Alberta

PhD degree in Chemistry
Chemical Engineering or Materials Engineering fields (Completed within last four years). At least 2 years of PDF Experience Working knowledge of polymer synthesis (ex.
lipid-polymer conjugation through amide
urethane
ester and imine linkages). Must have experience with Polymerization techniques like RAFT polymerization
ring opening polymerization and click chemistry. Experience in working with different MW PEI (from 0.6 to 25k MW) and purification techniques is an asset. Purification of polymers (ex.
precipitation
dialysis
and freeze drying)
knowledge and experience in storage
stability and half life period of polymers. The ability to reproduce the polymers in a bulk scale is an asset. Hands on experience with characterization for the functionalized polymers (1H and 13C NMR
FTIR
and MALDI). From NMR
know how to calculate the DS
and correlate the DS with the theoretical substitution. In addition
measure pKa (TFS assay) and CMC. Knowledge of binary and ternary polyplex formulations (via electrostatic interaction) based on different w/w or N/P ratio between polymer and genetic materials (pDNA
mRNA
siRNA and CRISPR). Additionally
must have knowledge of using different types of additives to improve the ternary polyplex formulation. Characterization of polyplex formulation (binding capacity via gel electrophoresis or SYBR green assay and dissociation capacity through heparin displacement). Physiochemical characterizations like particle size
zeta potential
PDI
and TEM. Hands on experience with transfection (both normal and reverse transfection) of polyplex formulations in different cell lines (attachment and suspension cells) such as A549
skin fibroblast
MDA-231
436
HCT116
Bone marrow cells and Dorsal root ganglia (DRG) neurons
Jurkat T cells
K562 WT
K562 IMR
K562 GFP
MOLM 13
MV4;11 cells. Hands on experience with RBC and PBMCs separation from Human blood via Ficoll-Paque protocol. Knowledge of hemocompatibility assay is an asset. Hands on experience with cell cytotoxicity studies (cell count and MTT)
serum stability studies
cell uptake
uptake mechanism (using different inhibitors and lysotracker reagents) and cell transfection (should handle flow cytometry
plate reader
fluorescence microscope and confocal microscope). Working knowledge of corelate uptake and transfection with pKa
CMC
size
zeta potential
lipidic substitution
lipidic tail length
w/w ratio
MW of primary polymer. Also
know how to correlate the transfection between binary and ternary polyplex formulations. Working knowledge of pDNA
mRNA
siRNA and CRISPR technologies. Experience with in-vivo imaging and organs collection

By Niyi Gideon Olaiya


[Your Name] [Address] [City, State ZIP Code] [Email Address] [Today’s Date] [Human Resource Name] [Company Name] [Address] [City, State ZIP Code] Dear [Human Resource Name], I am writing to express my strong interest in the Research Associate position at the Faculty of Engineering - Chemical and Materials Engineering Department. With a PhD degree in Chemistry and over 2 years of postdoctoral research experience, I am confident that I possess the necessary skills and qualifications to excel in this role. I was immediately drawn to this position when I came across it on your company’s website. The opportunity to work in an esteemed department like Chemical and Materials Engineering and contribute to cutting-edge research projects is something that truly excites me. I am impressed by the company’s commitment to innovation and its focus on developing sustainable solutions for the industry. Having completed my PhD within the last four years, I have a strong foundation in Chemistry, Chemical Engineering, and Materials Engineering. My research work has focused on polymer synthesis, specifically lipid-polymer conjugation through amide, urethane, ester, and imine linkages. I have extensive experience in polymerization techniques such as RAFT polymerization, ring opening polymerization, and click chemistry. I have also worked with different molecular weight PEI and have expertise in purification techniques like precipitation, dialysis, and freeze drying. What I find particularly intriguing about this position is the emphasis on the ability to reproduce polymers on a bulk scale. My experience in working with different MW PEI and purification techniques, along with my strong understanding of storage, stability, and half-life period of polymers, makes me a perfect fit for this aspect of the role. I am confident that my skills and knowledge will contribute significantly to the success of the research projects at your department. My hands-on experience with characterization techniques such as 1H and 13C NMR, FTIR, and MALDI also aligns perfectly with the requirements of this position. I have a deep understanding of calculating the degree of substitution from NMR and correlating it with the theoretical substitution. In addition, I am well-versed in measuring pKa and CMC, which are crucial parameters in polymer synthesis. My research work has also involved working with binary and ternary polyplex formulations, and I have a strong understanding of electrostatic interactions between polymers and genetic materials. I have also used various additives to improve the ternary polyplex formulation, which has resulted in successful transfection in different cell lines such as A549, skin fibroblast, MDA-231, 436, HCT116, Bone marrow cells and Dorsal root ganglia (DRG) neurons, Jurkat T cells, K562 WT, K562 IMR, K562 GFP, MOLM 13, MV4;11 cells. My expertise also extends to RBC and PBMC separation from human blood through the Ficoll-Paque protocol. I am also skilled in conducting various physicochemical characterizations like particle size, zeta potential, PDI, and TEM. My experience in transfection, both normal and reverse, in different cell lines further showcases my ability to handle various instruments such as flow cytometry, plate reader, fluorescence microscope, and confocal microscope. I am particularly excited about the opportunity to work on in-vivo imaging and organs collection, which I have had the chance to do in my previous research projects. My understanding of pDNA, mRNA, siRNA, and CRISPR technologies will be an added advantage in this role. I am drawn to this role not only because of the challenging and exciting work but also because of the company's location. I have always been interested in working in Alberta, and this position would be an excellent opportunity for me to relocate to this beautiful province. I am confident that my skills and expertise, coupled with my enthusiasm and passion for research, make me a perfect fit for this full-time role. In conclusion, I am highly interested in joining your team and contributing to the success of your research projects. I am confident that my skills, experience, and passion for research make me a perfect fit for this position. I look forward to the opportunity to discuss my application further. Thank you for considering my application. I look forward to hearing back from you soon. Sincerely, [Your Name]