Sr. Scientist, Organic Electrochemistry

Atlas Data Storage is redefining the boundaries of information technology. We are developing a high-throughput, massively parallel platform that uses synthetic DNA as the ultimate storage medium. By integrating advanced enzymatic synthesis with CMOS-based semiconductor technology, we are building a bridge between biological molecules and digital data.

We are seeking a highly motivated, hands-on expert in Organic Electrochemistry, Electrocatalysis, and Microarray Electrosynthesis. Rather than using electrochemistry as a passive diagnostic or analytical tool, you will actively manipulate organic electrochemical pathways to drive, control, and confine micro-scale synthetic reactions on high-density arrays. Your primary goal is to master the electrochemical environment within our chip architecture to ensure massively parallel and high-fidelity enzymatic DNA synthesis.

This is a heavily bench-intensive, execution-focused role. You will serve as the primary subject matter expert in electrochemical synthesis mechanism design on micro-fabricated substrates. Your mission is to actively engineer the electrocatalytic environment within our chip architecture to ensure highly localized, high-fidelity molecular synthesis. You will bridge the gap between physical organic reaction mechanisms, redox-mediated pathways, and micro-scale spatial chemical confinement.

• Design and execute high-throughput experimental plans to probe, optimize, and electrochemically confine organic reactions occurring at the micro-electrode interface, significantly minimizing background reactions or active-site crosstalk.
• Develop and optimize novel synthetic organic electrochemical methodologies — specifically utilizing potential/current control and redox-mediated pathways — to drive chemical transformations within high-density electrode arrays.
• Manipulate electron-transfer kinetics, radical/redox intermediates, overpotentials, and mass transport phenomena at the electrode interface to maximize synthetic yield and current efficiency.
• Partner directly with protein biochemists, microfluidics experts, surface chemists, and CMOS hardware designers to optimize the conditions for enzyme-driven DNA synthesis.
• Document technical breakthroughs through detailed data reporting and present findings to the R&D leadership team.
• Be both a strong individual contributor as well as a collaborative team member.

• Ph.D. in Chemistry with a strong focus on Organic Electrochemistry, Electrocatalysis, or Physical Organic Chemistry.
• Minimum 2 years (Ph.D.) of postgraduate experience in an industrial R&D setting or academic research laboratory, with a proven track record of heavy, hands-on bench contribution.
• Direct, practical experience setting up and executing organic synthetic reactions on microelectrode arrays or functionalized solid supports
• Deep, intuitive grasp of physical organic chemistry principles, organic reaction mechanisms, and the behavior of redox mediators under potential control.
• Hand-on proficiency with electrochemical characterization (Cyclic Voltammetry, Square Wave Voltammetry) used specifically to elucidate synthesis pathways and investigate intermediate stability.

• Experience managing diffusion, migration, or chemical confinement of reactive intermediates within restricted microfluidic systems or microscale spaces.
• Prior knowledge of DNA synthesis, either phosphoramidite synthesis or enzymatic DNA synthesis
• Proven ability to translate complex physical organic and electrochemical concepts to hardware engineers and biochemists alike to achieve shared product goals.

The physical demands described here are representative of those that must be met by an employee to successfully perform the essential functions of this position. Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions.

• Mobility:
  Must be able to move about the laboratory and office environment regularly. This includes standing and walking for extended periods, often up to 6–8 hours per day.
• Manual Dexterity:
  Must have fine motor skills and…