The Technological Expertise area of the application information your knowledge platform - the commonly used skills that you bring to any job. These can include technical expertise with logical instrumentation, the capability to perform multi-step functionality activities, administration techniques (people, tasks, costs, etc.), selection dialects, programs, and other job-specific abilities.
What can you do?
How have you confirmed this?
The main purpose of an application is to attention your interviewer in the expertise and success that you have obtained and to tell apart these resources comparative to any other application that has been obtained by the company. For the company, the application should solution the questions:The expertise set should be offered as succinctly as possible. It should also present some considerable evaluate of your expertise (increased generate by 20%, enhanced usage by two declares, etc.). Keep in mind; you want the prospective company to discover your qualifications exciting enough to contact you for extra information. It is not necessary to offer multi-page information of your expertise.An example of the Technological Area of your application is :
TECHNICAL SKILLS
• Conduct multi-step functionality of complicated normal products
• Use molecular aspects and characteristics to research bimolecular systems
• Develop plans for chemical type applications
• Programming dialects such as FORTRAN, C, Pascal, Perl, JavaScript, assembler
• In level practical exposure to computational biochemistry plans such as SYBYL, Macro Model, Insight/Discover, Quanta/CHARMm, Cerius2, Biograf, Chem.-X, AMBER
• Production practical exposure to chemical type details techniques such as Sunlight, ISIS, Oracle
• Extensive use of HTML, CGI selection, JavaScript for the progression of professional Web websites.
CAPABILITIES
• Develop plans for chemical type applications
• Programming dialects such as FORTRAN, C, Pascal, Perl, JavaScript, assembler
• Conduct multi-step functionality of complicated normal products
• Use molecular aspects and characteristics to research bimolecular techniques. Work led to the functionality of nana molar inhibitors.
• In level practical exposure to computational biochemistry plans such as SYBYL, Macro Model, Insight/Discover, Quanta/CHARMm, Cerius2, Biograf, Chem.-X, AMBER
• Production practical exposure to chemical type details techniques such as Sunlight, ISIS, Oracle
• Extensive use of HTML, CGI selection, JavaScript for the progression of professional Web websites.
ACHIEVEMENTS
Reviewed the conformational mobility of the peptide motile and analogs using molecular aspects and molecular characteristics methods.Designed pharmacophore designs for the route villain venture team using DISCO, CoMFA, Switch methods.Defined technological recommendations, manned a group of 15 professionals and professionals, monitored the efficiency of workers, established new areas of medical processing for the Analysis Office, and recommended and maintained an yearly budget of $4.0 million.Designed pharmacophore designs for the alpha-2 venture which included steric, hydrophobic, and electrostatic elements. Models were used to information substance progression initiatives.Efficiently used de novo style of non-peptide ligands according to NMR solution framework model.Designed strong stage natural functionality (SPOS) techniques for the planning of split-and-pool combinatorial libraries.Created, released, and maintained the first WWW-based distribution, NetSci, which provides information and medical articles targeted on drug research, numerous studies, and service and their potential effect on disease management.Managed the style and rendering of a drug metabolic rate (ADME) data selection and revealing system (LIMS) under demanding GLP recommendations. Utilized multi-step functionality expertise to make new chemical type agencies for examining as novel healing providers. Marketed two substances into numerous studies for inflamed ailments.Examined the 3-D framework and molecular electronic qualities of alpha-2 agonists & antagonists, mind NOS inhibitors, and route antagonists using ab initio, semi empirical, molecular aspects, and conformational evaluation methods. Also used the Active Analogue Strategy (Receptor) and CoMFA to create frugal pharmacophore designs for the mind NOS inhibitors program. Models were used to information substance progression initiatives.
What can you do?
How have you confirmed this?
The main purpose of an application is to attention your interviewer in the expertise and success that you have obtained and to tell apart these resources comparative to any other application that has been obtained by the company. For the company, the application should solution the questions:The expertise set should be offered as succinctly as possible. It should also present some considerable evaluate of your expertise (increased generate by 20%, enhanced usage by two declares, etc.). Keep in mind; you want the prospective company to discover your qualifications exciting enough to contact you for extra information. It is not necessary to offer multi-page information of your expertise.An example of the Technological Area of your application is :
TECHNICAL SKILLS
• Conduct multi-step functionality of complicated normal products
• Use molecular aspects and characteristics to research bimolecular systems
• Develop plans for chemical type applications
• Programming dialects such as FORTRAN, C, Pascal, Perl, JavaScript, assembler
• In level practical exposure to computational biochemistry plans such as SYBYL, Macro Model, Insight/Discover, Quanta/CHARMm, Cerius2, Biograf, Chem.-X, AMBER
• Production practical exposure to chemical type details techniques such as Sunlight, ISIS, Oracle
• Extensive use of HTML, CGI selection, JavaScript for the progression of professional Web websites.
CAPABILITIES
• Develop plans for chemical type applications
• Programming dialects such as FORTRAN, C, Pascal, Perl, JavaScript, assembler
• Conduct multi-step functionality of complicated normal products
• Use molecular aspects and characteristics to research bimolecular techniques. Work led to the functionality of nana molar inhibitors.
• In level practical exposure to computational biochemistry plans such as SYBYL, Macro Model, Insight/Discover, Quanta/CHARMm, Cerius2, Biograf, Chem.-X, AMBER
• Production practical exposure to chemical type details techniques such as Sunlight, ISIS, Oracle
• Extensive use of HTML, CGI selection, JavaScript for the progression of professional Web websites.
ACHIEVEMENTS
Reviewed the conformational mobility of the peptide motile and analogs using molecular aspects and molecular characteristics methods.Designed pharmacophore designs for the route villain venture team using DISCO, CoMFA, Switch methods.Defined technological recommendations, manned a group of 15 professionals and professionals, monitored the efficiency of workers, established new areas of medical processing for the Analysis Office, and recommended and maintained an yearly budget of $4.0 million.Designed pharmacophore designs for the alpha-2 venture which included steric, hydrophobic, and electrostatic elements. Models were used to information substance progression initiatives.Efficiently used de novo style of non-peptide ligands according to NMR solution framework model.Designed strong stage natural functionality (SPOS) techniques for the planning of split-and-pool combinatorial libraries.Created, released, and maintained the first WWW-based distribution, NetSci, which provides information and medical articles targeted on drug research, numerous studies, and service and their potential effect on disease management.Managed the style and rendering of a drug metabolic rate (ADME) data selection and revealing system (LIMS) under demanding GLP recommendations. Utilized multi-step functionality expertise to make new chemical type agencies for examining as novel healing providers. Marketed two substances into numerous studies for inflamed ailments.Examined the 3-D framework and molecular electronic qualities of alpha-2 agonists & antagonists, mind NOS inhibitors, and route antagonists using ab initio, semi empirical, molecular aspects, and conformational evaluation methods. Also used the Active Analogue Strategy (Receptor) and CoMFA to create frugal pharmacophore designs for the mind NOS inhibitors program. Models were used to information substance progression initiatives.
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