To support the QSAR and Chemoinformatics community, we post relevant jobs on this web page. If you would like to advertise please contact us by email (email@example.com).
Job opportunity at Oxford Drug Design
Oxford Drug Design is a unique biotechnology company. Supported by a proprietary set of computational chemistry methods developed in-house over the past 15 years, we are discovering new antibiotics to address the urgent threat of multi-drug resistant infections. Following success in obtaining funding from Innovate UK, the UK’s Innovation agency, we are expanding our computer-aided drug design (CADD) team.
- • Develop and validate novel CADD methodology in the areas of machine learning, statistical methods, chemgenomics and computational chemistry, working in a multidisciplinary team of internal and external colleagues, and be a key contributor to their success.
- • Use a diverse array of computational technology to devise hypotheses for structure-activity relationships and compounds to test these hypotheses, focused on our antibiotic drug discovery portfolio.
- • Maintain and build our internal cheminformatics databases and search technologies.
- • Maintain awareness of the latest technologies and developments in CADD and project areas.
- • Maintain an internal and external scientific presence by authoring significant scientific presentations and publications.
More information can be found here.
Posted 1st April 2019.
Chemoinformatics Data Scientist, BenevolentAI
BenevolentAI harnesses artificial intelligence to accelerate scientific discovery by making sense of highly fragmented information to develop new medicines for hard to treat diseases, using AI as a force for good.
Based on a year of strong growth, further validation of the core AI technologies and recent acquisition of laboratory space, we are recruiting a Cheminformatics Data Scientist (Machine Learning) into the Cheminformatics Team to support our Cheminformatics research and development of new methods and tools. We are keen to hear from Cheminformatics Data Scientists, with a proven track record of processing and analysing chemical datasets and endpoint data, particularly developing and applying techniques from Machine Learning.
Challenging and meaningful, this role will give you a chance to bring your own experience, ideas, and creativity to push forward exciting projects quickly with the chance to try genuinely new ways to find medicines.
More information can be found here.
Posted 27th March 2019.
Machine Learning for Chemical Synthesis, Astrazeneca
Do you have expertise in, and passion for, Chemistry and Machine Learning?Would you like to apply your expertise to impact the digital transformation strategy in a company that follows the science and turns ideas into life changing medicines? Then you might be the one we are looking for!
As a Senior Scientist/Associate Principal Scientist within the Computational Pharmaceutics team, you will lead scientific development in one of following areas.
- Synthesis planning: Developing synthesis planning approaches for route selection and process design using AI & ML approaches. This role is focused on reaction optimization and route design to support drug development. The role will exploit internal and external databases to develop route selection workflows optimized for AstraZeneca chemists. The role is placed either in Macclesfield (UK) or in Gothenburg (Sweden).
- Data scientist for process design: Working with the Pharmaceutical sciences community to adopt a data-first culture, recognizing opportunities to utilise AI & ML to generate knowledge and innovation and work alongside scientific experts to design projects to optimize underlying data structure. The role will focus on data extraction, analysis and capture strategies to support data-driven decision making. As the lead Data Scientist in ECD you will maintain awareness of state -of-the art applications of AI and engage with AZ leadership to design and influence strategic decisions. The role is placed Gothenburg (Sweden).
Welcome with your application no later than April 14, 2019
Posted 13th March2019
Scientific Software Developers, Astex, Cambridge
The role offers a range of opportunities to develop scientific software in the structure-based drug design
(SBDD) and cheminformatics areas, using state-of-the art technologies including the application of artificial
intelligence. The ideal candidate will be a computational chemist or biologist with an aptitude for software
development, or a computer scientist with experience of working in a chemistry and/or structural biology related
discipline. The applicant will have a keen interest in developing web applications.
• Design and develop bespoke SBDD and cheminformatics web applications
• Keep abreast of the latest technologies to identify new opportunities
• Promote close interactions across multidisciplinary groups
• Collaborate with biologists, structural biologists, chemists and software developers
• Iteratively develop tools and methods on the basis of feedback from in-house users
• Provide informatics support for drug discovery programs
Skills and Experience Required
• Degree in chemistry, biology, computer science or related field
• Proven software development experience working in industry or an equivalent academic setting
• Experience with relational databases e.g. Oracle, MySQL
• Experience with full stack web development
• Familiarity with common software development tools and practices (version control, testing, etc.)
• Excellent team working, written and verbal communication skills
We offer excellent training and career development opportunities as well as a highly competitive salary and
Closing Date: 13th January 2019
To apply, please send your CV and a cover letter quoting the job reference: SDD/1218 to HR.UK@astx.com
Computational Chemist, Syngenta, Berkshire
We are looking for a highly motivated computational chemist to join the Structural Biology and Computational Chemistry group at our R&D site in Jealott’s Hill, UK. The role offers an exciting opportunity to work on chemistry design problems in a multidisciplinary environment, with applications in a wide range of biological systems spanning plant, mammalian and invertebrate biology.
The successful candidate will need to demonstrate flexible teamwork and a tenacious approach to delivering computational chemistry outputs to research projects. Excellent oral and written communication skills and the ability to translate specialist knowledge into a meaningful output for multidisciplinary project teams are highly desirable qualities for this position.
Posted 19th October 2018
Computational Chemist, OMass, Oxford
OMass Technologies specializes in applying state-of-the-art native mass spectrometry
platforms to characterizing challenging protein assemblies, including membrane proteins. By
preserving the structures of protein assemblies we provide novel structural insights into
large, dynamic complexes. The company vision is to build a drug discovery company with
these technologies at its core.
We are seeking an experienced Computational Chemist to join the growing research team at
OMass to support the company’s discovery programmes. This is an exciting opportunity to
undertake an extremely dynamic and diverse role within a new biotechnology spin-out
company from the laboratory of Professor Carol Robinson at the University of Oxford. The
company offers a thriving and creative environment for a well-suited candidate to be
exposed to drug discovery and development processes and state-of-the-art technology
developments. You will acquire extensive knowledge of the company’s operations and
become an integral part of our future vision.
At OMass you will join a team of enthusiastic and dynamic scientists with a shared passion
for building a world-leading drug discovery company using an exciting and powerful set of
technologies. Following a recent successful fund-raising exercise, the company is expanding
significantly in different areas and currently in the process of moving to a new building at
the Oxford Science Park. This is an excellent time to join a growing company.
The successful candidate will have worked in a pharmaceutical or biotechnology company,
collaborating with medicinal chemists and pharmacologists to identify and optimize small
molecule chemical drug leads. You will have experience with protein-based and ligand-based
design methods. Experience with drug discovery for GPCR targets is preferable, but
Posted 12th September 2018
Computational Molecular Design and Data Science (Leaders & Team Members) :GlaxoSmithKline
An exciting opportunity is available to apply the latest in data modeling techniques to the realm of drug discovery. The last few decades have seen an unprecedented growth of tools and technology to enable the extraction of relationships within and between complex sets of data. The successful candidate will leverage the tools of drug discovery informatics with the latest in data mining and modeling methods developed in other disciplines and apply them to the prospective modeling of on- and off-target behavior of drug candidates. The primary focus of these roles will be to work closely with collaborators from a variety of groups to provide data-driven decisions/suggestions on potential. In addition, the successful applicant will help to develop and optimize computational approaches that leverage external and proprietary data for the automated design and selection of small molecules from limited knowledge of drug targets. The ability to concisely and accurately communicate complex techniques and the results derived from their application to non-experts is essential.
• Understanding relevant datasets, both those generated internally and those from the public domain.
• Applying chem-informatics methods to support drug discovery, optimization, and development in medicinal chemistry project team settings.
• Applying machine learning algorithms to drug discovery problems and educating colleagues about machine learning approaches.
• Communicating data analysis and modeling results to the collaborators in the GSK scientific community.
• Engaging in scientific programming and algorithm optimization to enhance our software infrastructure.
Posted Sept 10th 2018