RF Engineering Intern: Hands-On, High-Frequency Lab

Marki Microwave; Morgan Hill (CA); On-site; USD 39,000 - 58,000; Full time

Benefits offered by this job

Holiday pay

Paid Time Off (4 weeks)

Long Term Disability

Life and AD&D Insurance

401(k) ER matching

Employee Dependent Scholarship Plan

College Loan Subsidy Program

Job summary

Marki Microwave in Morgan Hill, California, is seeking an Engineering Intern to join a team that designs, develops and manufactures high‑frequency RF products. Interns work on hands‑on projects ranging from new product support and bench test characterization to production test development and automation, in a 10‑week program.

This role welcomes juniors to grad students and includes learning to calibrate vector network analyzers and use power meters, sensors, and signal generators.

Qualifications

• Undergraduate student in Electrical Engineering with interest in RF/Microwave.
• GPA of at least 2.8.
• Good written and verbal communication skills.
• Willingness to work hands-on in a team.
• Authorized to work in the U.S. per EAR/ITAR.

Responsibilities

• Provide hands-on support for the assigned RF engineering project.
• Work with the engineering team to meet project objectives.
• Manage priorities and communicate progress to your Manager.
• Analyze data and present results at internship readout.
• Promote an ethics-based business culture.

Skills

Communication skills

Team collaboration

Hands-on learning

Problem solving

Education

Electrical Engineering undergraduate

GPA 2.8 or higher

Tools

Vector Network Analyzers

Power Meters

Power Sensors

Signal Generators

Job description

Marki Microwave in Morgan Hill, California, is seeking an Engineering Intern to join a team that designs, develops and manufactures high‑frequency RF products. Interns work on hands‑on projects ranging from new product support and bench test characterization to production test development and automation, in a 10‑week program.

This role welcomes juniors to grad students and includes learning to calibrate vector network analyzers and use power meters, sensors, and signal generators.