
MNDL Bio offers an AI-driven gene expression optimization platform that transitions companies from trial-and-error workflows to data-driven construct engineering. Their technology integrates advanced computational models and machine learning to maximize recombinant protein yield, going beyond traditional codon optimization methods. Key features include AI-driven codon optimization for improved translational efficiency, preservation of hidden genetic information, vector stability modeling, and translation dynamics optimization. The platform has demonstrated significant improvements for clients, including up to a 2.5-fold increase in enzyme expression and a 9.5- to 15-fold increase in protein expression for a 15 kDa protein in cell-free systems. MNDL Bio's technology is applicable across various sectors such as medical, agriculture, and pharmaceuticals, offering benefits like 50-90% lower cost of final product and 20-33% faster time to market, with a track record of 20 accomplished projects.

MNDL Bio offers an AI-driven gene expression optimization platform that transitions companies from trial-and-error workflows to data-driven construct engineering. Their technology integrates advanced computational models and machine learning to maximize recombinant protein yield, going beyond traditional codon optimization methods. Key features include AI-driven codon optimization for improved translational efficiency, preservation of hidden genetic information, vector stability modeling, and translation dynamics optimization. The platform has demonstrated significant improvements for clients, including up to a 2.5-fold increase in enzyme expression and a 9.5- to 15-fold increase in protein expression for a 15 kDa protein in cell-free systems. MNDL Bio's technology is applicable across various sectors such as medical, agriculture, and pharmaceuticals, offering benefits like 50-90% lower cost of final product and 20-33% faster time to market, with a track record of 20 accomplished projects.
Company Description
MNDL Bio is revolutionizing biotech production through an advanced computational platform that optimizes gene expression. Our AI-powered technology helps companies significantly increase protein yields, reduce development timelines, and lower production costs. Founded on breakthrough research and algorithms developed by CSO Prof. Tamir Tuller, our solution has been consistently validated through successful collaborations with leading biotech companies and researchers.
We are already running pilot projects across multiple sectors, including pharma, foodtech, and industrial biotech in locations around the world, committed to making protein production more efficient and sustainable.
Role Description
We’re looking for a Senior Bioinformatician to lead design, implementation, and validation of algorithms and data pipelines that power our construct optimization platform. You will translate biological insight into robust, production-grade methods, spanning sequence design, host-specific optimization, and empirical benchmarking with partner data. The role involves close collaboration with our VP R&D, researchers, and full-stack engineers, with direct impact on product performance and customer outcomes.
Key Responsibilities
Qualifications