FY27 Intern - Digital Design Intern - Hod Hasharon

Technology, Data & Digital · Software & Web Development · Software Engineering · Embedded Systems

In short

Qualcomm is seeking a motivated third-year Electrical Engineering student for a Digital Design Intern position in Hod Hasharon, Israel. This internship offers hands-on experience in digital chip design and RTL development, working alongside experienced engineers and learning industry-standard methodologies and tools.

Responsibilities

Assist in digital design, development, and integration of digital hardware blocks.
Support the team in running design checks, simulations, synthesis, and analysis.
Help debug design issues and validate functionality.
Develop simple automation scripts using Python or similar scripting languages.
Document design specifications, processes, and technical results.
Learn and apply industry-standard digital design methodologies, HDL languages, and design tools.

Requirements

Currently pursuing a B.Sc. in Electrical Engineering in the third year.
At least four semesters remaining before completing studies.
Strong understanding of digital logic and hardware design principles.
Familiarity with programming or scripting in Python at a basic level.
Good analytical and problem-solving skills.
Ability to work collaboratively and learn quickly in a team environment.

Desired Qualifications

Exposure to Verilog or System-Verilog through academic coursework, projects, or personal experience.
Interest in digital hardware design, RTL development, and semiconductor design.
Familiarity with a UNIX development environment.
Basic understanding of concepts such as timing, synthesis, and computer architecture.

Benefits

Gain hands-on experience in digital chip design and RTL development.
Learn industry-standard design methodologies and tools.
Work alongside experienced design engineers.
Contribute to the development and implementation of advanced semiconductor designs.
Training in RTL design methodologies and industry-standard design tools.
Exposure to the complete hardware development lifecycle.
Mentorship from senior design engineers.
Exposure to real-world semiconductor projects.
Be part of a world-class semiconductor development team.
Work on next-generation technologies.
Gain real-world hardware design experience.
Work on challenging digital and processor-related designs.
Learn from industry experts.
Develop skills that directly apply to a future career in semiconductor engineering.
Supportive and collaborative environment focused on learning, growth, and innovation.