Time since we first saw it
Day 52
Similar jobs usually come down between day 5 and day 57.
From 607 similar postings that came down. Coming down is not always a hire.
Beijing, Beijing, China
Live, first seen by us 52 days agoWork setup in the employer’s posting: On-siteFrom the employer’s posting
Employment type in the employer’s posting: Full-timeFrom the employer’s posting
Manage and optimize HPC cluster and cloud data warehouse environments
Monitor compute resources and data storage costs
Curate and version biological datasets and accompanying analysis code
Build standardized code repositories and version control workflows
Train scientists on data submission, cloud usage and HPC job scheduling
Manage, configure, and optimize high-performance computing (HPC) cluster environments and cloud data warehouses
Monitor system performance, compute resources, and data storage costs to optimize resource utilization
Systematically manage, curate, and version biological experimental data
Establish standardized code repositories, version control workflows, and documentation best practices for research teams
Provide training and operational support to research scientists regarding data submission protocols, cloud usage, HPC Job Scheduling, and script versioning
Knowledge, Experiences & Capabilities
Knowledge:- Strong knowledge of modern data storage, data warehousing, and cloud computing platforms (e.g., AWS S3/EC2, Snowflake, or equivalent enterprise systems).
Deep familiarity with Linux/Unix operating systems, high-performance computing (HPC) cluster environments (e.g., Slurm, SGE), and job scheduling mechanics.
Understanding of database systems (SQL) and data engineering workflows for managing structured and unstructured data.
3+ years (for Ph.D.) or 5+ years (for Master’s) of experience in managing high-throughput data, HPC clusters, or enterprise cloud data architectures in academic or industry research environments.
Ability to architect, migrate, and optimize data workflows across HPC cluster servers and modern cloud platforms (AWS, Snowflake).
Experience in agriculture, biotechnology, life sciences, or related research-intensive industries is preferred.
- Basic understanding of popular high-throughput biological data types. Backgrounds of plant biology, biotechnology research, and biological experimental workflows is preferred. - Education and Experience- Ph.D. or Master’s degree in Bioinformatics, Computational Biology, Computer Science, Data Engineering, Information Technology, or a related quantitative discipline. - 3+ years (for Ph.D.) or 5+ years (for Master’s) of experience in managing high-throughput data, HPC clusters, or enterprise cloud data architectures in academic or industry research environments.
- Education and Experience- Ph.D. or Master’s degree in Bioinformatics, Computational Biology, Computer Science, Data Engineering, Information Technology, or a related quantitative discipline. - 3+ years (for Ph.D.) or 5+ years (for Master’s) of experience in managing high-throughput data, HPC clusters, or enterprise cloud data architectures in academic or industry research environments. - Proven track record of managing large-scale datasets, building data pipelines, and establishing code repository architectures.
These dates show when we found the posting. Check the employer’s website to confirm it is still accepting applications.
Day 52
Similar jobs usually come down between day 5 and day 57.
From 607 similar postings that came down. Coming down is not always a hire.
19 open jobs
Open jobs by the week we first saw them, last 12 weeks.
Add your resume and we’ll mark which of these tools you already use, and point out anything in the posting that could rule you out.
- Experience in agriculture, biotechnology, life sciences, or related research-intensive industries is preferred. - Capabilities- Proficiency in Python, Bash/Shell scripting, and SQL, with strong software development best practices (version control, containerization, documentation). - Ability to architect, migrate, and optimize data workflows across HPC cluster servers and modern cloud platforms (AWS, Snowflake).
- Deep familiarity with Linux/Unix operating systems, high-performance computing (HPC) cluster environments (e.g., Slurm, SGE), and job scheduling mechanics. - Understanding of database systems (SQL) and data engineering workflows for managing structured and unstructured data. - Basic understanding of popular high-throughput biological data types. Backgrounds of plant biology, biotechnology research, and biological experimental workflows is preferred.
- Biological Data & Code Lifecycle Management. Systematically manage, curate, and version biological experimental data (such as genomic, RNA-seq, data) along with accompanying bioinformatics software, scripts, and pipelines. Establish standardized code repositories, version control workflows, and documentation best practices for research teams. Pipeline Support & Integration. Partner closely with bioinformatics pipeline developers, data scientists, and experimental research teams to streamline data ingestion, preprocessing, and automated analysis workflows. Ensure raw data from multi-omics platforms and experimental assays are seamlessly transferred, validated, and formatted for analytical consumption. - Cross-Functional Collaboration & Technical Training. Collaborate with local and global IT, AI Engineering, and Bioinformatics teams to align data storage and computing standards. Provide training and operational support to research scientists regarding data submission protocols, cloud usage, HPC Job Scheduling, and script versioning. Continuously evaluate emerging cloud storage solutions, distributed computing frameworks, and database architectures (e.g., Snowflake, AWS cloud-native services, graph databases) to modernize Syngenta’s biological data infrastructure and maintain technological edge. Qualifications
Knowledge, Experiences & Capabilities - Knowledge:- Strong knowledge of modern data storage, data warehousing, and cloud computing platforms (e.g., AWS S3/EC2, Snowflake, or equivalent enterprise systems). - Deep familiarity with Linux/Unix operating systems, high-performance computing (HPC) cluster environments (e.g., Slurm, SGE), and job scheduling mechanics.
- Capabilities- Proficiency in Python, Bash/Shell scripting, and SQL, with strong software development best practices (version control, containerization, documentation). - Ability to architect, migrate, and optimize data workflows across HPC cluster servers and modern cloud platforms (AWS, Snowflake). - Strong problem-solving skills with a focus on data governance, data integrity, and reproducible computational research.
- Proven track record of managing large-scale datasets, building data pipelines, and establishing code repository architectures. - - Demonstrated experience working on cloud infrastructure (Snowflake or equivalent platforms). - Experience in agriculture, biotechnology, life sciences, or related research-intensive industries is preferred.
Complete your application on jobs.smartrecruiters.com. The employer’s form will show what is required.
Already applied? Track this application
We file this job under Data Governance, by the work the posting describes.
Data governance staff keep a company's data accurate, documented and used within the rules. They agree what key fields mean, set up quality checks, track who owns each dataset and look after master data.
Postings ask for SQL, a governance tool such as Collibra or Informatica, knowledge of privacy and data rules, and a lot of work with other teams.
A data engineer builds the systems that move data; governance staff set and check the standards that data has to meet.
Role purpose
Lead and execute the management, integration, and architecture of biological data systems and computational infrastructure within the Bioinformatics group to support Seeds R&D in China. The role is responsible for structuring, storing, and governing diverse high-throughput biological experimental data, as well as managing analytical codebases across high-performance computing (HPC) clusters and modern cloud environments. Working closely with bioinformaticians, trait discovery scientists, functional genomics teams, and digital partners, the Research Data Specialist will optimize data flows, build scalable storage solutions, and ensure high-performance computing systems are robustly architected to accelerate data-driven crop biotechnology research.
Accountabilities
Knowledge, Experiences & Capabilities
Note: Syngenta is an Equal Opportunity Employer and does not discriminate in recruitment, hiring, training, promotion or any other employment practices for reasons of race, color, religion, gender, national origin, age, sexual orientation, gender identity, marital or veteran status, disability, or any other legally protected status.
To learn more visit: www.syngenta.com
Syngenta Seeds is one of the world’s largest developers and producers of seed for farmers, commercial growers, retailers and small seed companies. Syngenta seeds improve the quality and yield of crops. High-quality seeds ensure better and more productive crops, which is why farmers invest in them. Advanced seeds help mitigate risks such as disease and drought and allow farmers to grow food using less land, less water and fewer inputs.
Syngenta Seeds brings farmers more vigorous, stronger, resistant plants, including innovative hybrid varieties and biotech crops that can thrive even in challenging growing conditions.
Selected passages from the saved posting. Check the full description for conditions and exceptions.
No pay amount identified in the saved description.
Beijing, Beijing, China
Syngenta Seeds is one of the world’s largest developers and producers of seed for farmers, commercial growers, retailers and small seed companies. Syngenta seeds improve the quality and yield of crops. High-quality seeds ensure better and more productive crops, which is why farmers invest in them. Advanced seeds help mitigate risks such as disease and drought and allow farmers to grow food using less land, less water and fewer inputs. Syngenta Seeds brings farmers more vigorous, stronger, resistant plants, including innovative hybrid varieties and biotech crops that can thrive even in challenging growing conditions.
No clear work-authorization passage found. Eligibility is unconfirmed.