Antenna Design Engineer — Mechanical (RF)

Motorola Solutions; George Town; On-site; MYR 78,000 - 112,000; Full time

Benefits offered by this job

Referral Payment Plan

Job summary

Motorola Solutions in Penang, Malaysia, part of our Advanced Technology department, designs and develops antennas for two-way radios across our product lines. The role focuses on mechanical design, simulations, optimization, validation and test activities to ensure reliability and regulatory compliance.

Candidates should have a bachelor degree in Mechanics/Forces or related field, at least 3 years of mechanical design experience, hands-on CAD/3D modeling, and familiarity with RF equipment such

Qualifications

• Bachelor degree in Mechanics/Forces, Thermal and Fluids, Control System or related areas.
• Minimum 3 years of experience in Mechanical design.
• Experience with mechanical simulations (CAD, 3D modeling).
• Ability to prepare mechanical prints and drawings with specs/testing requirements.
• Strong analytical and problem-solving skills; good knowledge of material properties; RF equipment familiarity (CMW, network/spectrum analyzers).

Responsibilities

• Design and develop antennas for two-way radios used across products.
• Mechanical design, simulation, optimization, validation and test activities to ensure reliability and regulatory compliance.

Skills

Mechanical design

3D modeling

Problem solving

Teamwork

Analytical skills

Education

Bachelor's degree in Mechanics/Forces or related fields

Tools

CAD

RF testing equipment

3D modeling

Network analyzer

Spectrum analyzer

Job description

Motorola Solutions in Penang, Malaysia, part of our Advanced Technology department, designs and develops antennas for two-way radios across our product lines. The role focuses on mechanical design, simulations, optimization, validation and test activities to ensure reliability and regulatory compliance.

Candidates should have a bachelor degree in Mechanics/Forces or related field, at least 3 years of mechanical design experience, hands-on CAD/3D modeling, and familiarity with RF equipment such