What are the responsibilities and job description for the Power Electronics Graduate Intern position at Everline Tech?
Program Overview:
As an RF Power Electronics Engineer Intern, you will collaborate with the Advanced
Development Group to develop cutting-edge RF power conversion architectures tailored for
RF plasma generation applications. In this role, you’ll report to the Senior Principal Scientist,
contributing to innovative projects and hands-on development in the RF domain.
You Will Make an Impact By:
● Assisting in the design and development of novel RF power generation systems that
push the boundaries of plasma technology
● Performing RF power converter board layout, modeling, and simulations
● Building and testing RF hardware in the lab to verify system performance and
validate design choices
● Conducting detailed analysis of RF power conversion circuits and components,
including resonant power converters and high-frequency magnetics
● Collaborating closely with team members to ensure precision in technical
communication and documentation
● Contributing to project discussions and brainstorming sessions, bringing a fresh
perspective to advanced RF system challenges
Required Skills:
● Education: Masters or Ph.D. in RF power electronics or related field
● Experience: Minimum of 2 years of experience in RF power electronics
● Strong technical communication and research skills, capable of conveying complex
technical concepts
● Solid understanding of power electronics fundamentals, especially in resonant power
converters, switching devices, and RF engineering principles
● Proficiency in high-frequency magnetic component design and familiarity with core
RF engineering concepts
Sponsorship is not available for this position
Preferred Skills:
● Proficiency with circuit and RF simulation software such as LTspice, Ansys, and
Simulink
● Experience with PCB design tools (e.g., Altium, Eagle, KiCad)
● Skilled in Matlab or Python for data analysis and system modeling
● Hands-on experience building and testing RF hardware in a lab environment,
including use of oscilloscopes, RF generators, and vector network analyzers
Compensation:
The typical hiring range for this role is $33-35/hr.
Procedure: We are an HR consultancy firm, and we help candidates match with the
potential roles by using an Artificial Intelligence System which is free of cost. If you meet the
eligibility criteria, please apply and our recruitment team will help you understand your
strengths and strategize your career ahead. We can let you know better once you submit
your resume.
As an RF Power Electronics Engineer Intern, you will collaborate with the Advanced
Development Group to develop cutting-edge RF power conversion architectures tailored for
RF plasma generation applications. In this role, you’ll report to the Senior Principal Scientist,
contributing to innovative projects and hands-on development in the RF domain.
You Will Make an Impact By:
● Assisting in the design and development of novel RF power generation systems that
push the boundaries of plasma technology
● Performing RF power converter board layout, modeling, and simulations
● Building and testing RF hardware in the lab to verify system performance and
validate design choices
● Conducting detailed analysis of RF power conversion circuits and components,
including resonant power converters and high-frequency magnetics
● Collaborating closely with team members to ensure precision in technical
communication and documentation
● Contributing to project discussions and brainstorming sessions, bringing a fresh
perspective to advanced RF system challenges
Required Skills:
● Education: Masters or Ph.D. in RF power electronics or related field
● Experience: Minimum of 2 years of experience in RF power electronics
● Strong technical communication and research skills, capable of conveying complex
technical concepts
● Solid understanding of power electronics fundamentals, especially in resonant power
converters, switching devices, and RF engineering principles
● Proficiency in high-frequency magnetic component design and familiarity with core
RF engineering concepts
Sponsorship is not available for this position
Preferred Skills:
● Proficiency with circuit and RF simulation software such as LTspice, Ansys, and
Simulink
● Experience with PCB design tools (e.g., Altium, Eagle, KiCad)
● Skilled in Matlab or Python for data analysis and system modeling
● Hands-on experience building and testing RF hardware in a lab environment,
including use of oscilloscopes, RF generators, and vector network analyzers
Compensation:
The typical hiring range for this role is $33-35/hr.
Procedure: We are an HR consultancy firm, and we help candidates match with the
potential roles by using an Artificial Intelligence System which is free of cost. If you meet the
eligibility criteria, please apply and our recruitment team will help you understand your
strengths and strategize your career ahead. We can let you know better once you submit
your resume.
Salary : $33 - $35
