Junior - Senior Bioinformatic Scientists (Epigenetics Research Laboratory)

 

Employer: Garvan Institute of Medical Research

Closing date: We are reviewing applications as they are received, as such candidates are encouraged to submit their application as soon as possible.

Brief position description: At Garvan our research is focused upon understanding the role of genes and molecular and cellular processes in health and disease as the basis for developing future preventions, treatments and cures. Our scientists are researchers who work towards making significant breakthroughs in scientific discovery to positively impact human health.

About Us

The Epigenetics Research Laboratory bioinformatics team focuses on the development and implementation of cutting-edge software for the analyses of multi-omic sequencing data to elucidate how epigenetic and resulting transcriptional processes are disrupted in cancer and to translate this knowledge to improve health outcomes through development of cancer biomarkers and potential therapeutic targets.

The Opportunity

We are now seeking to expand our bioinformatics team in the Clark Lab with talented and highly skilled Junior to Senior Bioinformatic Scientists for the development and implementation of statistical and bioinformatic tools and analyses of large genomic, epigenomic and chromatin conformation sequencing data. In addition, projects in DNA methylation breast and prostate cancer biomarker discovery and validation are available. The incumbents will have close interaction with post-doctoral scientists, PhD students and Research Assistants in the Epigenetics laboratory, which is a leading epigenetic research group in Australia, as well as within the wider Genomics and Epigenetics Division, and The Kinghorn Cancer Centre, making it a world-leading genomic research environment.

Key Responsibilities

• Lead the computational and statistical analysis of whole genome bisulphite sequencing and genomic sequencing data sets and integration with RNA, chromatin immunoprecipitation sequencing data to define new paradigms of cancer epigenome regulation.
• Lead the computational and statistical analysis of chromatin conformation sequencing and capture sequencing data to determine three dimensional epigenome regulation.
• Lead DNA methylation biomarker discovery and validation projects, using large scale DNA methylation array based studies and multiplex PCR bisulphite sequencing.
• The experimental design, statistical analysis and bioinformatics needs of research projects in the Epigenetics Laboratory in the Genomics and Epigenetics Division. 
• Development and implementation of existing and new bioinformatics tools and systems available for large scale genome and epigenome analysis. 
• Manage data storage, and maintain and update computational pipelines to ensure best practice.

About You

To be successful in this position, you will be a highly talented individual with experience in computational and statistical analysis of genomic and epigenomic sequencing data and who is results driven and motivated by being part of a dynamic environment. You will be a team player and collaborator who thrives in a culture of innovation and delivery. You will also possess the following key skills and attributes: 

• A PhD degree in statistics, computer science, software engineering, information technology or a related field
• Experience with machine learning methods and multivariate statistics operating at a senior level
• Experience with Stata, R and BioConductor
• Proficient programming skills in Java (preferably experience with Java 8) with the ability to work comfortably in a Linux environment is desirable
• Familiarity with the Unix command line
• Familiarity with web-based bioinformatics resources such as NCBI, UCSC and NetAffx
• Knowledge of the fundamentals of molecular biology: DNA transcription and translation
• Skills in analysis of whole-genome bisulphite sequencing data, RNA-seq, ChIP-seq, HiC-seq data
• Strong commitment to data organisation and implementation of quality controls
• Excellent communication skills for written reports and oral presentations
• Capacity to work co-operatively with other team members
• Be well organised and a good time manager

Qualifications

A PhD in a quantitative discipline (statistics, bioinformatics, mathematics, physics, engineering and computer science) who is looking to develop an independent research career.

How to Apply

All applications must be submitted via Garvan’s Careers website: 
http://garvan.applynow.net.au/jobs/GC201845 

Please prepare and submit your application as per the directions below: 
• A cover letter addressing the selection criteria above
• Your resume including three (3) referees
• Copies of relevant qualifications and academic transcripts

Closing Date

We are reviewing applications as they are received, as such candidates are encouraged to submit their application as soon as possible.

Job website: http://garvan.applynow.net.au/jobs/GC201845

Contact name: Human Resources

Contact email: hr@garvan.org.au

Scientific Officer – Centre for Biological Data Visualisation

Employer: Garvan Institute of Medical Research

Closing date: 2 February 2018

Brief position description: At Garvan our research is focused upon understanding the role of molecular and cellular processes in health and disease, as the basis for developing future preventions, treatments, and cures. Our scientists work towards making significant breakthroughs in scientific discovery to positively impact human health.

The Opportunity:
We are seeking an exceptional individual to take up a key role as a Scientific Officer in Garvan’s Centre for Biological Data Visualisation. Reporting directly to the Centre Head, the appointee will be responsible for management, coordination, and administration of complex, multi-institutional projects. 

The successful candidate will be an excellent negotiator who can work very well in a collaborative environment of innovation and empowerment. You will also possess the following key skills and attributes:

• Bachelor’s degree and/or an advanced degree in relevant area of science
• At least two years of prior experience in a similar environment
• Excellent written and oral communication skills
• Strong problem solving and analytical skills
• Strong negotiation and strategic skills
• Be highly organised
• Be strongly detail-oriented
• Have a flexible, proactive, can-do attitude

The Centre for Biological Data Visualisation:
The Centre for Biological Data Visualisation develops novel solutions to cutting-edge data challenges, with the goal of accelerating discovery in biomedical research. We collaborate with strategic initiatives and institutions in biomedical research, both in Australia and internationally, with a particular focus on diseases of relevance to Australian society. 

How to Apply: 

Please submit your application by visiting our careers website: http://garvan.applynow.net.au/jobs/GC201841
To be considered for this position, applications should be submitted by 2 February 2018.
In addition to your CV and cover letter, please also attach relevant qualifications.
Garvan is an equal opportunity employer and encourages all qualified applications to apply for this position.

Job website: http://garvan.applynow.net.au/jobs/GC201841

Contact name: Human Resources

Contact email: hr@garvan.org.au

Computational System Biology position for SynBio projects

Employer: CSIRO

Closing date: 11th February 2018

Brief position description:

The Synthetic Biology FSP (SynBioFSP) is developing a research portfolio which will be spread across CSIRO and a wide variety of partner organisations (universities, industry, NGOs, other research organisations, etc.), both national and international. The research portfolio is dynamic and will evolve over time on the basis of strategy and performance. Research projects will sit within one or more priority Application Domains (Environment & Biocontrol, Chemicals & Fibres, Organelles & Endosymbionts) and one or more Science Domains (Integrative Biological Modelling, Engineering Novel Biological Components, Assembling Novel Biosystems, Maximising Impact). The SynBio FSP will embed a social and behavioural science agenda to address issues around social licence to operate.

In this position, you will provide systems biology and data modelling support across two research projects, one on the in-vitro resynthesis of the lichen symbiosis and the other on the design of biorthogonal redox metabolic pathways in yeast and E. coli.

 

Job website: https://jobs.csiro.au/job/Canberra%2C-ACT-Research-Scientist-in-Computational-&-Systems-Biology/451287000/

Contact name: Dr Cécile Gueidan

Contact email: cecile.Gueidan@csiro.au

Postdoctoral Research Fellow in Computational Biology and Modelling

Employer: EMBL Australia, The University of New South Wales

Closing date: 28th February 2018

Brief position description: Applications are invited for a research fellow to join an Australian Research Council-funded project on the in silico optimisation of search strategies employed by cancer-targeting immune cells. This interdisciplinary project spans cell and computational biology, mathematics and statistics, agent-based modelling, live-cell microscopy, image analysis-based tracking of individual cell behaviours, and swarm robotics. The team comprises researchers based in Australia, the UK and North America.

The position will be based in the Biro group, EMBL Australia, the University of New South Wales, Sydney, Australia (www.emblaustralia.org/research-leadership/nsw-node-biro-group), co-supervised by Dr. Mark Read at the University of Sydney (www.sydney.edu.au/science/people/mark.read).


Selection criteria

Required:
- PhD or equivalent industry experience in computational biology, maths/stats, computer science, robotics, bioinformatics, physics or related discipline
- Demonstrated proficiency in programming and mathematical/statistical methods
- Proven capacity for working collaboratively within an interdisciplinary team
- Strong track record in communicating research outcomes (eg. via conference and/or journal publications)

Experience in any of the following highly desirable:
- Biological and/or agent-based modelling and simulations
- Artificial immune systems
- Swarm intelligence or robotics, or
- Image analysis algorithm development


The successful candidate will develop novel theoretical and computational platforms to determine the optimal strategy for a population of agents seeking targets in a given environment. Initially deployed for assessing and optimising immune cells searching for tumour targets, the project will translate these findings into swarm robotics, where collectives of robots perform environmental monitoring and search & rescue operations.

Highly competitive salary package (starting at A$113,000-136,000 per annum incl. superannuation and leave loading); assistance with visas; full-time contract, 12 months initially, renewable up to 3 years. Access to high-performance computing infrastructure, EMBL and ARC Centre of Excellence in Advanced Molecular Imaging facilities.


Application and enquiries

Applications including cover letter addressing selection criteria, CV, and contact details of referees should be emailed to Dr. Maté Biro (m.biro@unsw.edu.au) by February 28th, 2018. For enquiries, contact m.biro@unsw.edu.au or mark.read@sydney.edu.au.

Job website: http://markread.info/docs/EMBLA_CompBio_postdoc_ad_Jan2018.pdf

Contact name: Maté Biro

Contact email: m.biro@unsw.edu.au

Postdoctoral Fellow in Computational Systems Biology/Bioinformatic

Employer: SAHMRI

Closing date: 9 February 2018

Brief position description: An exciting opportunity now exists for a Postdoctoral Researcher in Computational Systems Biology/Bioinformatics in the Lynn EMBL Australia Group, at The South Australian Health and Medical Research Institute (SAHMRI), in Adelaide, Australia (https://www.sahmriresearch.org/). The successful candidate will have a PhD in bioinformatics/computational biology (or in a related discipline) and a clear track record in the field as evidenced by publications in international peer-reviewed journals. The ideal candidate will have demonstrated experience in at least some of the following areas: network/systems biology; Using statistical approaches to relate high-throughput genomics data to clinical phenotypes; next generation sequencing data analysis; metagenomics. The successful candidate will work as part of a team that includes both computational biologists and wet-lab scientists investigating the immune system and cancer from a systems biology perspective - knowledge of immunology/cancer biology would therefore be an advantage. Prior postdoctoral experience would also be an asset, but exceptional recent PhD graduates will also be considered. The ability to work as part of a team and to manage multiple different projects simultaneously is essential. An initial 2-year full-time contract is available, potentially renewable subject to performance and availability of funding.

Job website: http://www.sahmriresearch.org/human-resources/careers/157

Contact name: David Lynn

Contact email: david.lynn@sahmri.com

Bioinformatics analyst

Employer: University of Technology Sydney

Closing date: 07/02/2018

Brief position description: The successful applicant will become part of a team developing and deploying novel long read sequencing technologies. You would interact directly with a team of molecular biologists developing novel approaches to sequence and assemble genomes with long read platforms. 

Day to day tasks include:

* Analyse and assemble long read genome data.
* Quantify accuracy of genome assemblies.
* Develop documentation and usage guides for long read data analysis. 

UTS position reference: IRC101988

Job website: https://recruitment.uts.edu.au/OA_HTML/OA.jsp?OAFunc=IRC_VIS_VAC_DISPLAY&p_svid=101988&p_spid=3070661

Contact name: Aaron Darling

Contact email: aaron.darling@uts.edu.au

Bioinformatics Engineer: Clinical Genomics

Employer: University of Technology Sydney

Closing date: 07/02/2018

Brief position description: The successful applicant will analyse human genome datasets with a view toward deploying long read genome sequencing in the clinical genomics setting. This person will leverage their knowledge of human clinical genomics and the importance of genomic structural variation and repetitive DNA to guide the development of further sequence analysis and genome assembly algorithms for a novel long read DNA sequencing technology.

UTS position reference: IRC103739

Job website: https://recruitment.uts.edu.au/OA_HTML/OA.jsp?OAFunc=IRC_VIS_VAC_DISPLAY&p_svid=103739&p_spid=3088872

Contact name: Aaron Darling

Contact email: aaron.darling@uts.edu.au

Research Scientist in Computational & Systems Biology

Employer: CSIRO

Closing date: Sunday 11 February 2018

Brief position description: The Position
The Synthetic Biology FSP (SynBioFSP) is developing a research portfolio which will be spread across CSIRO and a wide variety of partner organisations (universities, industry, NGOs, other research organisations, etc.), both national and international. The research portfolio is dynamic and will evolve over time on the basis of strategy and performance. Research projects will sit within one or more priority Application Domains (Environment & Biocontrol, Chemicals & Fibres, Organelles & Endosymbionts) and one or more Science Domains (Integrative Biological Modelling, Engineering Novel Biological Components, Assembling Novel Biosystems, Maximising Impact). The SynBio FSP will embed a social and behavioural science agenda to address issues around social licence to operate.
In this position, you will provide systems biology and data modelling support across two research projects, one on the in-vitro resynthesis of the lichen symbiosis and the other on the design of biorthogonal redox metabolic pathways in yeast and E. coli.

Specifically you will:
- Incorporate novel approaches to scientific investigations by adapting and/or developing original concepts and ideas for new, existing and further research.
- Analyse and integrate large omics datasets, including genomics, transcriptomics, proteomics and metabolomics.
- Use omics data for metabolic and regulatory network modelling.
- Provide bioinformatics support.

Location: Black Mountain, ACT, Australia
Salary: AU $95k - AU $103k plus up to 15.4% superannuation
Tenure: Specified term of 3 years
Reference: 53111

Job website: http://jobs.csiro.au/job/Canberra%2C-ACT-Research-Scientist-in-Computational-&-Systems-Biology/451287000/

Contact name: Cecile Gueidan

Contact email: Cecile.Gueidan@csiro.au

Bioinformatics /Computational Biology Research Assistant

Employer: CIIID Hudson Institute for Medical Research

Brief position description: The opportunity exists to join the Centre for Innate Immunity and Infectious Diseases (CIIID) as a Computational Biology Research Assistant. 

The opportunity exists to join the Centre for Innate Immunity and Infectious Diseases (CIIID) as a Computational Biology Research Assistant. This role will focus on implementing and maintaining best practice computational pipelines and data management systems for analysis of genomic and transcriptomic high throughput sequencing data, microarray datasets and bespoke datasets. The successful candidate will also assist in design and analysis of sequencing projects as a key component of the scientific program within the CiiiD.

 

Essential Skills

·       An Honours, Masters or relevant work experience in Bioinformatics, Computational Biology or Computer Science

·       Demonstrated skills in Python and R programming

·       Expertise in Linux/Unix operating systems

·       Proven ability to work independently and manage multiple projects simultaneously

·       Excellent verbal and written communication skills

·       Strong attention to detail

 

Ideal Skills

·       Demonstrated expertise in the analysis of next generation sequencing or microarray datasets

·       Experience in the analysis and interpretation of large datasets and delivering complex projects to completion.

·       Skills in the use of relational databases (e.g. MySQL)

·       Experience in cloud computing environments

·       Detailed knowledge of biologically relevant statistics and/or machine learning

·       Demonstrated experience in software development, documentation and code management

·       Experience in web design

·       Knowledge of genetics/molecular biology/biology would be an advantage but not essential

 

Data will be generated from a broad range of biological and disease contexts. Data will usually concern the innate immune response as well as on the bacterial content of the microbiome, their changes and consequences in infection, inflammation and cancer. Some aspects of these projects will involve correlation with phenotype information from animal model systems and clinical data from human studies.

 

As is standard practice, the position will be initially for 1 year, then renewable, subject to performance.  A generous remuneration package is available at a level subject to qualifications and experience.

 

The successful applicant would interact with other bioinformaticians in CiiiD, molecular biologists and with Monash e-Research to ensure the necessary compute capacity and tools were available in a standardised analysis environment and manage data storage and backup, establishment and curation of databases. The person would also be responsible for implementing, benchmarking/updating and automated running of standard QC and mapping pipelines for small and large RNA-seq, whole genome and metagenome analyses.

Contact name: Paul Hertzog, Sam Forster, Jamie Gearing

Contact email: paul.hertzog@hudson.org.au

or                      sam.forster@hudson.org.au

or                      Jamie.gearing@hudson.org.au

Postdoctoral Researcher working on single cell analysis of tumour samples

Employer: Telethon Kids Institute

Closing date: 22nd January 2018

Brief position description: Multiple postdoctoral researcher positions in Cancer Single Cell Biology: Australia

The Cancer Research Trust (http://cancerresearchtrust.org.au) has recently funded a 9 year program to enable single cell approaches to study tumour biology. The program led by Professor Alistair Forrest at the Harry Perkins Institute of Medical research is based in Perth Western Australia and is a collaboration involving all of the major hospitals, medical research institutes and Universities in the region.

Position 4 (Bioinformatics): At the Telethon Kids Institute (TKI)
Seeking to employ a postdoctoral researcher with a PhD at the time of appointment (or equivalent experience) in bioinformatics, computer science, biostatistics, molecular biology or a related discipline with an emphasis in the specific fields of computational biology, genomics and transcriptomics. The candidate will work on single cell data coming from the project under the guidance of A/Prof Timo Lassmann at the TKI.

Essential selection criteria:
• Demonstrated capacity to analyse NGS data, form hypotheses, test them and follow through to publications.
• Experience in documenting, testing and reusing code.
• Proficiency with R or other languages.
• Experience in cancer biology and analysis of single cell data is a bonus.

Link to apply and detailed criteria: 
http://bit.ly/2ywrena 
Any questions, please email Timo Lassmann Timo.Lassmann@telethonkids.org.au

Job website: http://bit.ly/2ywrena

Contact name: ALISTAIR FORREST

Contact email: alistair.forrest@perkins.uwa.edu.au