Research Associate I – Molecular Biology

About the role

The Research Associate I will support a multidisciplinary team in advancing plant genome editing and trait enhancement projects. The role involves construct development, molecular analyses, and maintenance of bacterial and plant cultures in a laboratory setting.

Key responsibilities

• Develop genome‑editing and RNAi constructs for target crops.
• Perform genomic DNA extraction from transgenic and gene‑edited events of date palm, sugarcane or other crops.
• Conduct PCR and quantitative real‑time PCR to assess gene expression and verify mutations.
• Execute mutation detection assays such as T7 endonuclease and band‑shift analysis.
• Carry out Southern blot analysis for copy‑number determination and transgene integration.
• Perform sequence analysis using Sanger or next‑generation sequencing to validate gene edits.
• Maintain and propagate bacterial cultures for plasmid DNA preparation.
• Support the upkeep of gene‑edited plant lines in the laboratory and greenhouse.
• Ensure accurate data collection, analysis, record‑keeping and assist in preparing reports, presentations and manuscripts.
• Collaborate with team members and provide technical support in molecular techniques.

Required profile

• Bachelor’s degree or diploma in molecular biology, biotechnology, genetics or a related field.
• Relevant professional certification.
• Two years of relevant experience with a degree (or four years with a diploma).
• Experience with in‑silico gene cloning tools such as Benchling and SnapGene.
• Hands‑on experience with DNA extraction, PCR, qRT‑PCR and sequencing.
• Familiarity with Southern blotting and mutation detection assays is a plus.
• Ability to maintain detailed lab records and follow protocols precisely.
• Strong organizational, time‑management, interpersonal and communication skills.

Required skills

• Genomic DNA extraction
• PCR and qRT‑PCR
• Southern blotting
• Mutation detection assays (T7 endonuclease, band‑shift)
• Sequencing (Sanger, NGS)
• Bacterial culture maintenance
• In‑silico cloning tools (Benchling, SnapGene)