Design and fabricate electrostatic drives and FET position sensors for nanoscale DNA-origami actuators. Own the full device stack, cleanroom fabrication, and bench characterization including AFM. Requires advanced degree and experience in semiconductor device physics, high-k dielectrics, and e-beam lithography.
Lead the design and wet-lab fabrication of a DNA-origami electrostatic actuator using molecular dynamics simulations (oxDNA) and nanoscale characterization techniques. Requires PhD and hands-on DNA-origami experience to lead a small interdisciplinary team developing functional nanodevices.
Design and build custom precision hardware systems (mechanical, electronic, optical) for large-scale neural experiments, owning instruments end-to-end from concept to reliable operation. Principal-level role also involves equipping the prototyping facility, mentoring engineers, and setting hardware engineering standards.
Design and fabricate electrostatic drives and FET position sensors for nanoscale DNA-origami actuators. Own the full device stack, cleanroom fabrication, and bench characterization including AFM. Requires advanced degree and experience in semiconductor device physics, high-k dielectrics, and e-beam lithography.
Lead the design and wet-lab fabrication of a DNA-origami electrostatic actuator using molecular dynamics simulations (oxDNA) and nanoscale characterization techniques. Requires PhD and hands-on DNA-origami experience to lead a small interdisciplinary team developing functional nanodevices.
Design and build custom precision hardware systems (mechanical, electronic, optical) for large-scale neural experiments, owning instruments end-to-end from concept to reliable operation. Principal-level role also involves equipping the prototyping facility, mentoring engineers, and setting hardware engineering standards.