Senior Scientist - Oligo Bioinformatics

优缺点分析

角色解读

• Opportunity to advance within a top-tier biopharmaceutical company's R&D organization, potentially leading bioinformatics efforts for oligonucleotide programs.
• Develop expertise in emerging therapeutic modalities (siRNA, ASO) and become a recognized specialist in a high-demand niche.
• Potential to broaden impact through global collaborations and cross-functional projects across the company.
• Design and optimize siRNA sequences using bioinformatics platforms to achieve targeted gene silencing.
• Analyze gene expression data (RNA-seq, single-cell) to identify suitable targets for siRNA/ASO development.
• Integrate bioinformatics approaches into experimental workflows by collaborating with chemists and biologists.
• Perform transcriptome-wide off-target prediction and annotation, and develop pipelines for mapping oligonucleotides to genomes/transcriptomes.
• Strong expertise in bioinformatics tools (BLAST, RNAfold, siRNA design tools) and genomics/transcriptomics data analysis.
• Proficiency in programming for pipeline development (e.g., Python, R) and knowledge of sequence alignment algorithms.
• Deep understanding of oligonucleotide therapeutics and gene silencing mechanisms.
• Collaborative mindset and problem-solving skills to work at the interface of computational and experimental biology.

申请策略

• Tailor your CV to the specific technologies mentioned in the JD, using similar terminology.
• Demonstrate genuine interest in EMD Serono's mission and their oligonucleotide pipeline.
• Highlight your PhD research and postdoc/industry experience specifically in oligonucleotide or RNA-based therapeutics.
• Showcase bioinformatics projects involving RNA-seq, single-cell data, and siRNA design, with quantified outcomes.
• Demonstrate proficiency with relevant tools (BLAST, RNAfold, etc.) and programming skills (Python/R).
• Emphasize publications or patents in gene silencing or RNA biology.
• For those missing direct oligo experience, take online courses or certs in RNA biology and CRISPR/siRNA design.
• Practice analyzing public RNA-seq datasets and building pipelines for sequence comparison.

面试指南

• Use the STAR method (Situation-Task-Action-Result) to provide concrete examples of your bioinformatics projects.
• For technical questions, walk through your approach clearly, mention specific tools/software you used, and discuss how you validated results.
• Show enthusiasm for the science and connect your work to the broader goal of developing oligonucleotide therapies.
• Describe a time you designed siRNA sequences successfully. What tools did you use and how did you evaluate off-target effects?
• Explain how you would analyze single-cell RNA-seq data to identify targets for gene silencing.
• What are the main challenges in off-target prediction and how do you mitigate them?
• How do you prioritize multiple potential targets from transcriptomic data?
• Describe your experience with developing bioinformatics pipelines