To apply knowledge of contemporary organic synthesis to solve significant chemical problems.
To assist with the design, preparation and characterisation of novel organic semiconducting molecules that give improved performance properties over existing organic semiconducting molecules.
To assist with researching literature routes to known target compounds and for designing new synthetic routes to novel compounds.
To utilise best practice methods for the efficient synthesis and purification of molecules, including parallel methods where appropriate.
To collaborate with fellow industrial chemists on the project.
To communicate or present research results at internal meetings and in publications.
To participate in regular meetings with the project leader and provide brief written reports on the progress of the research on a monthly basis for review meetings at which the direction of the research will be reviewed and planned.
To encourage the safe and efficient running of the laboratory.
To work under the direction of the project leader and under your own initiative.
To provide support and advice to other members of the group and to assist in the supervision of undergraduate students.
To contribute to routine laboratory housekeeping duties.
To partake in other duties in relation to the research activities of the group, as directed by the investigators of the research project, commensurate with the grade.
University Grade 7
To lead the application of contemporary organic synthesis to solve significant chemical problems.
To lead the design, preparation and characterisation of novel organic semiconducting molecules that give improved performance properties over existing organic semiconducting molecules.
To assume responsibility for researching literature routes to known target compounds and for designing new synthetic routes to novel compounds.
To utilise best practice methods for the efficient synthesis and purification of molecules, including parallel methods where appropriate.
To collaborate with fellow industrial chemists on the project.
To communicate or present research results at internal and external meetings, and in publications.
To participate in regular meetings with the project leader and provide brief written reports on the progress of the research on a monthly basis for review meetings at which the direction of the research will be reviewed and planned.
To encourage the safe and efficient running of the laboratory
To work under the direction of the project leader and under your own initiative.
To provide support and advice to other members of the group and to assist in the supervision of PhD students.
To contribute to routine laboratory housekeeping duties.
To partake in other duties in relation to the research activities of the group, as directed by the investigators of the research project, commensurate with the grade.
Career Expectations
The University of Leeds is committed to developing its staff. All staff participate in the Staff Review and Development scheme and we continue to work with individuals supporting them to maximise their potential.
Progression to a higher grade is dependent on an individual taking on an increased level of responsibility. Vacancies that arise within the area or across the wider University are advertised on the HR website - http://jobs.leeds.ac.uk - to allow staff to apply for wider career development opportunities.
University Values
All staff are expected to operate in line with the universitys values and standards, which work as an integral part of our strategy and set out the principles of how we work together. More information about the universitys strategy and values is available at http://www.leeds.ac.uk/comms/strategy/
Person Specification
For appointment at University Grade 6
Essential
A PhD in Synthetic Organic Chemistry (or will have submitted your thesis prior to taking up the position).
An ability to successfully apply extensive knowledge of contemporary organic synthesis to solve significant chemical problems.
Experience of research in the area of synthetic organic chemistry.
Full awareness of relevant Health and Safety requirements within the laboratory setting.
The ability to contribute to the analysis and interpretation of the project data.
Experience of working with limited supervision and of interacting with other members of the research group.
Effective interpersonal and communication skills, including written and presentational.
Effective organisational ability, including the ability to manage time effectively and prioritise tasks.
Desirable
Experience of the design and synthesis of organic semiconducting molecule libraries.
Experience of the fabrication of printed organic electronic devices.
For appointment at University Grade 7
Essential
A PhD in Synthetic Organic Chemistry.
Proven ability to successfully apply extensive knowledge of contemporary organic synthesis to solve significant chemical problems.
A proven track record of research in the area of synthetic organic chemistry demonstrated by a record of achievement as a single or main author of refereed publications or as a co-inventor on patents.
Full awareness of relevant Health and Safety requirements within the laboratory setting.
Proof of independence as a researcher, for example, evidence of leadership of a peer-reviewed publication or a patent, a successful application for research funding, or generation of a successful research proposal.
The ability to lead the analysis and interpretation of the project data.
Experience of working with limited supervision and of giving supervision to students.
Effective interpersonal and communication skills, including written and presentational.
Effective organisational ability, including the ability to manage time effectively and prioritise tasks.
Experience of the design and synthesis of organic semiconducting molecule libraries.
Experience of the fabrication of printed organic electronic devices.
Desirable
Experience of collaborating with industrial partners or working within an industrial environment. University of Leeds - 12 months ago
