New Grad Engineer: Pre-Silicon Verification & AI

Micron; Jalisco; On-site; MXN 420,000 - 600,000; Full time

Job summary

Micron Technology is seeking an entry-level verification engineer in Jalisco to support pre-silicon circuit design verification. You will simulate, analyze and debug full-chip designs, and develop verification test benches for HBM and emerging memory features.

Ideal candidates recently graduated with electronics-focused degrees and strong tool knowledge. Applicants should be proficient in English, collaborative, and keen to learn AI-driven automation within semiconductor processes.

Qualifications

• Bachelor's, master's or PhD in Electronics, Mechatronics, Robotics or Nanotechnology.
• Recent graduate (within last 2 years) from the degree program.
• Strong knowledge of electronics circuit concepts and design tools.
• English communication skills; collaborative team player.
• Interest in AI for automation and semiconductor field.

Responsibilities

• Provide verification support to design circuits by simulating, analyzing and debugging pre-silicon full-chip designs.
• Develop and maintain test benches and test cases to increase coverage of HBM and emerging memory architectures.
• Participate in developing verification methodologies and test plans for advanced memory products.

Skills

Electronics concepts

Circuit design tools

English communication

Team player / collaboration

Problem solving

AI for automation awareness

Education

Bachelor's/Master/PhD in Electronics or related field

Tools

Circuit simulation tools

Verilog / HDL basics

C++/Python scripting

Job description

Micron Technology is seeking an entry-level verification engineer in Jalisco to support pre-silicon circuit design verification. You will simulate, analyze and debug full-chip designs, and develop verification test benches for HBM and emerging memory features.

Ideal candidates recently graduated with electronics-focused degrees and strong tool knowledge. Applicants should be proficient in English, collaborative, and keen to learn AI-driven automation within semiconductor processes.