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Antora Energy

Thermal energy storage for industrial heat

Head of Epitaxy Program

Hardware EngineeringConfirmed live in the last 24 hours
Full-timeSan Jose, CA, USAIn-person

About the Job

Requirements

  • A Ph.D. or Master’s in materials science, electrical engineering, applied physics, or a related field, or equivalent experience.
  • At least 8 years of hands-on epitaxy experience, especially MOCVD, with arsenide/phosphide III-V materials grown on InP substrates.
  • Fluency in epitaxy characterization and interpretation, including X-ray diffraction, photoluminescence, morphology analysis, electrochemical capacitance-voltage profiling, and secondary-ion mass spectrometry.
  • Demonstrated development of tunnel junctions in arsenide/phosphide material systems.
  • Strong device physics knowledge, especially for III-V optoelectronic devices such as photovoltaics, laser diodes, LEDs, and detectors, and comfort with device physics modeling tools.
  • Understanding of commercial MOCVD reactor platforms and how their features affect growth science and device outcomes.
  • Familiarity with MOCVD installation and operation facilities and safety requirements.
  • Demonstrated ability to manage external contract manufacturers to deliver on quality, speed, and cost.
  • Emotional intelligence; clear written and verbal communication; relationship building; negotiation; and conflict management skills.
  • Willingness to exercise initiative across a wide scope, tackle unfamiliar domains, find resources, and progress through uncertainty.

Responsibilities

  • Lead the design and development of multijunction III-V TPV device epitaxy to meet electrical, optical, and cost targets, including tunnel junctions, quaternary absorbers, quantum wells, and fast growth rates.
  • Design and communicate experimental epitaxy campaigns; establish consistent calibration routines and repeatable processes; maintain data-driven specifications; negotiate timelines and pricing with suppliers; submit requests for quotations and purchase orders; and manage campaign learning cycles with the device fabrication team, including data analysis and coordination of supplementary characterization such as secondary-ion mass spectrometry, scanning electron microscopy, and transmission electron microscopy.
  • Drive the make-versus-buy decision for in-house epitaxy capability and deliver a leadership-ready recommendation.
  • If the decision is to build in-house capability, lead facility requirements and leasing, own reactor selection and acquisition, coordinate execution with facilities and supply chain teams, lead technical staffing, and maintain capital and operating expense models.
  • If the decision is to buy externally, demonstrate the viability of scaling learning-cycle rate through external partners.
  • Identify, engage, and qualify new epitaxy suppliers to access new capabilities, reduce supply chain risk, and increase development pace.
  • Manage the InP substrate supply chain, own supplier relationships, and negotiate specifications and pricing to ensure substrate supply does not bottleneck epitaxial development.

Desired Qualifications

  • Prior experience establishing or expanding epitaxy facilities, including facility selection, reactor selection and installation, facility buildout, and permitting.
  • Experience building or managing epitaxy teams, including scientists, engineers, technicians, environmental health and safety staff, and maintenance staff.
  • Experience with epitaxy equipment maintenance.
  • Technoeconomic modeling of epitaxy costs and capacity planning.
  • Experience negotiating long-term supply agreements in the compound semiconductor industry.

About the Company

Antora Energy

Thermal energy storage for industrial heat

Antora Energy stores renewable energy as heat to provide zero-carbon heat and power for heavy industry. It converts excess solar and wind power into heat and stores it in carbon blocks as a thermal battery, which can later supply electricity or industrial process heat up to 1500°C on demand. This approach targets industries that need large amounts of heat and high temperatures, a use case traditional batteries can’t meet. Its goal is to decarbonize heavy industry by making renewable energy storage and delivery for heat and power practical, scalable, and financially viable.

Company size
201-500
Company stage
Series C
Total funding
$770M
Headquarters
Sunnyvale, CA
Founded
2018

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