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Research Associate - Tissue Culture and Transformation

Living Carbon • San Francisco, CA, United States • $200k - $250k / year • 1m ago

Full Time Research Associate - Tissue Culture and Transformation at Living Carbon (United States)

Research Associate - Tissue Culture and Transformation

Living Carbon United States

Date Posted: 07 Jan, 2023

Work Location: San Francisco, United States

Salary Offered: Not Specified

Job Type: Full Time

Experience Required: No experience required

Remote Work: No

Stock Options: No

Vacancies: 1 available

Living Carbon is a public benefit corporation with a mission to responsibly rebalance the planet’s carbon cycle using the inherent power of plants. We believe that gigaton scale CO2 drawdown will only happen if solutions are both beneficial to the environment and profitable to landowners. We’ve developed photosynthesis-enhanced seedlings that capture carbon faster on underperforming and degraded land. In addition to improving carbon capture rates we are also working on extending the durability of nature-based sequestration. We’re backed by some of the most prominent investors in Silicon Valley including Felicis Ventures, YCombinator, and Chris Sacca of LowerCarbon Capital.

If you believe that climate change is the defining global emergency of the century and want to join an ambitious project that’s working on a biological solution, we’d love to hear from you.

Your role:

We’re looking for someone who’s excited to be part of a mission-driven early-stage company. As our Research Associate - Tissue Culture and Transformation, you will play an essential role in our tissue culture and transformation production systems in woody species. You will be working closely with our scientists to assist in facilitation of pipeline development, while helping carry out other experiments to achieve company goals. A successful candidate will have experience with plant biotechnology lab experimental approaches, with knowledge of and experience in both plant tissue culture and transformation. You will also have the opportunity to contribute to the company’s strategic goals and think creatively about how to move quickly and solve problems.

Your responsibilities:

Perform tissue culture and plant transformation experiments
Manage, maintain, organize, and track production-level amounts of cultures
Design and conduct research projects relating to plant tissue culture and transformation pipeline development
Execute protocols in a thorough, independent, and technical manner
Maintain a detailed record of experimental data and analysis
Perform vital functions of pipeline support, including media making
Timely communicate and adapt to experimental workflows while developing new skills
Nurture the desire to work in an exciting and rapidly evolving work environment
Provide unique perspectives and collaborate to creatively solve problems as they arise

Requirements and qualifications:

BSc or MSc in plant biology, plant science, or related field and experience working with plant biotechnology systems
Extensive hands-on experience with plant tissue culture systems is required. Previous experience with suspension cultures is preferred
Demonstrated ability in plant transformation techniques
Proven capacity to carry out multiple experiments simultaneously
Fundamental knowledge of and subsequent application in plant tissue culture and transformation techniques
Ability to work within a team to efficiently tackle high-throughput experiments
Excellent organization, with strong oral and written communication skills

Living Carbon PBC offers competitive compensation, and generous healthcare, dental and vision insurance.

Living Carbon PBC is an equal opportunity employer.

We believe the best solutions to climate change are created by diverse teams. Living Carbon is focused on building a multicultural and inclusive team with strong representation from the many diverse communities disproportionately impacted by climate change. As a public benefit corporation, ensuring solutions to slow climate change are widely distributed to all peoples is critical to the success of our mission.