Staff RF Engineer
Lyten
Develop and test advanced RF metamaterials and coatings using simulations and experiments.
21 days ago ago
$155,200 - $232,800
Expert & Leadership (13+ years), Experienced (8-12 years)
Full Time
Fremont, CA
Office Full-Time
Company Size
315 Employees
Service Specialisms
Advanced Materials
Lithium‑Sulfur Battery Development
Composite Materials
Sensor Technology
Battery Supply Chain Localization
Decarbonization Solutions
Sector Specialisms
Industrial
Energy
Transport
Automotive
Aerospace
Defense
Consumer Electronics
Space
Role
What you would be doing
What you bring
metamaterials
comsol
hfss
matlab
phd
secret clearance
- You can work in a multi-disciplinary team
- You have ever worked in an anechoic chamber or measured the RF characteristics of materials
- You have experience with meta materials and/or graphene
- Have a record of creative application of electromagnetics or physics knowledge and numerical methods to solve complex problems in electromagnetic field applications.
- You understand and can describe electromagnetic concepts and theories
- You have any professional experience in RCS, LO technology, RF, Computational Electromagnetics (CEM) simulations, or electromagnetics. We will ask you about all of these in your interview
- You understand RF measurements
- Professional experience in RCS, LO technology, RF, Computational Electromagnetics (CEM) simulations, or electromagnetics
- You understand Maxwell’s equations and can explain their importance and relevance to others
- Able to lift 25 lbs. and stand for many hours per day.
- Ability to explain complex technical concepts through verbal and written communications to internal and external customers
- Experience in low observable RF and IR coatings material & processes procedures and requirements, be able to author and release updates and original documents and possess extensive experience with strategic coating materials’ application in a research or production environment.
- Experience in the research, design, computational electromagnetic modeling, fabrication, and testing of advanced electromagnetic metamaterials
- You have worked with electronic materials
- Have 1+ years’ experience building numerical models for solving electromagnetic problems using commercial tools such as COMSOL or HFSS
- Ability to obtain and maintain a DOD Secret Clearance
- Doctorate degree in a relevant field (e.g., business, engineering, sciences) AND 3+ years of experience in a relevant field leading or making significant contributions to multidisciplinary projects where scope requires reliance on the technical experience of other team members OR Master's degree in a relevant field (e.g., business, engineering, sciences) AND 5+ years of experience in a relevant field leading or making significant contributions to multidisciplinary projects where scope requires reliance on the technical experience of other team members OR Bachelor's degree in a relevant field (e.g., business, engineering, sciences) AND 7+ years of experience in a relevant field leading or making significant contributions to multidisciplinary projects where scope requires reliance on the technical experience of other team members
- Write scientific programs in at least one high-level language (such as C, C++, or JAVA), in addition to MATLAB and/or PYTHON
- You have ever collected diverse sets of material property data to tailor a product for a specific purpose
- Familiarity with tailoring EM fields to control reflection, transmission, and absorption by way of patterning surfaces and designing their effective material properties.
- Experience in modeling multi-physics problems, for example using HFSS, Matlab, VBROP, Xpatch, etc.
Information not given or found
Training + DevelopmentInformation not given or found
Interview process
Information not given or found
Visa SponsorshipInformation not given or found
Security clearance- must obtain/maintain a dod secret clearance; subject to government security clearance investigation.
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Company
Overview
Founded 2015
Year Established
るのが、3D-グラフェンテクノロジーを活用し、材料性能を再定義するビジョンに基づいて設立されました。
$425M Funding
Total Investment
同社は、425Mドル以上の資金調達を完了しており、 Gap Raise jakoargearsemek повер avere loro investitori fiducia nelle loro innovazioni tecnologiche.
$1B Valuation
Estimated Value
企業価値は10億ドルを超え、成長ポテンシャルを認められています。
Hundreds of Patents
Proprietary Innovation
Proprietary graphene technology has been patented across hundreds of applications, showcasing their leadership in innovation.
- Early government partnerships led to pilot lithium-sulfur batteries and advanced sensor platforms.
- Projects span from EV-grade lithium-sulfur cells to ultra-light composites for aerospace and racing.
- Specializes in high-energy batteries, advanced sensors, and next-gen composite materials.
- Notable feats include contracts with the U.S. Space Force, motorsports teams, and a Nevada gigafactory.
2.5 kg
CO₂ per kg
Produces 3D Graphene from methane, capturing significant amounts of CO₂ during manufacturing.
52% reduction
Polyethylene emissions
Lower emissions by integrating 3D Graphene into production processes, making it more sustainable.
33 tons
CO₂ in vehicles
Lithium-sulfur batteries significantly reduce lifetime vehicle emissions, contributing to cleaner transportation.
62% cut
Battery emissions
Reduces the environmental impact of producing lithium-sulfur batteries compared to traditional lithium-ion methods.
- Committed to 'Net Zero Without Compromise' — enabling profitable emissions-free growth for high‑emit industries
- Operates 3D Graphene manufacturing and Li‑S pilot battery lines on renewable energy via San José Clean Energy
- Targets a lower carbon footprint in Li‑S EV batteries compared to conventional lithium‑ion
- Strives to be carbon-negative, aiming 'Net Zero by 2050' and beyond through supermaterial innovation
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