Agile methodologies, Data Analysis, Data science techniques, Effective communication skills, Lean Six Sigma, Operations, Planning and organization, Teamwork
The Role:
Leadership & Management
Lead the screening pipeline team, fostering a culture of excellence, innovation, and continuous improvement. Hire, train, and mentor team members to achieve outstanding results.
Strategy & Planning
Develop and implement strategies for scheduling screening campaigns, optimizing workflow and throughput across all stages of the pipeline.
Operational Excellence
Utilize lean manufacturing, Six Sigma, and other continuous improvement methodologies to enhance operational efficiency and productivity. Establish, monitor, and report on key performance indicators (KPIs) to measure and improve platform performance.
Technical Expertise
Maintain a deep understanding of screening statistics, microfluidics technology, 96-well plate validation, and benchtop fermentation processes. Ensure the integration and optimization of these technologies within the screening pipeline.
Quality & Data Integrity
Ensure the highest standards of data quality and integrity throughout the screening process. Coordinate closely with the data science team to implement robust quality control measures.
Collaboration & Feedback
Facilitate constant bidirectional feedback between the screening operations team and other departments to ensure the relevance and accuracy of the screening pipeline across testing scales.
Innovation & Improvement
Lead the identification and implementation of innovative technologies and processes to enhance the screening platform. Continuously seek opportunities to improve efficiency, reduce costs, and increase throughput.
Qualifications:
The annual base pay range for this position is anticipated to be $175,000 - $210,000 however the base pay offered may vary depending on location, market, job related knowledge, skills and experience. The total compensation package for this position also includes equity and benefits.
abcWe discover the 1 in a million 10,000x faster. Harnessing evolution means giving nature the time and space to find complex solutions. Current technology falls short of the scale required to accelerate this process. The current state of the art is to rely on technology like liquid-handling robotics to look for a 1-in-a-million solution using a method that can only search through thousands of samples. At Triplebar, we measure the effect of bill