Analog / Mixed-Signal IC Design Engineer (Junior / …, Toronto

Job Type: Full Time Location: Toronto, ON (Hybrid) Date Posted: 2026-05-25 Job ID: Y3927645 What You’ll Be Doing - Support the design of analog and mixed-signal IC blocks - Work on circuits such as TIA, PLL, ADC/DAC, and equalization blocks - Contribute to high-speed designs, including SerDes-related work - Perform simulation, verification, and layout support - Participate in design reviews and technical discussions - Assist with silicon bring-up and lab testing - Collaborate with cross-functional engineering teams What We’re Looking For - 2–8 years of experience in Analog Integrated Circuit Design (or strong academic background) - Solid understanding of analog and/or mixed-signal fundamentals - Exposure to high-speed circuits is an asset - Familiarity with design tools (Cadence, Spectre, etc.) - Strong problem-solving skills and willingness to learn Nice to Have: - Exposure to silicon photonics or optical communication systems - Programming/scripting (Python, MATLAB, etc.) Why This Role - Work on real IC design problems early in your career - Learn directly from experienced senior designers - Fast-paced environment with solid technical growth - Exposure to next-generation technologies, including photonics + high-speed connectivity - High visibility and increasing ownership Compensation & Benefits - Competitive compensation aligned with experience - Hybrid work model - Strong mentorship and learning environment - Hands-on experience across the IC design lifecycle Salary Range: $110 - $150 Advanced Technology Search Group specializes in recruiting engineering and technical talent across North America, supporting companies in sectors such as enterprise software, robotics, semiconductor, medtech, and advanced manufacturing. If this role isn’t the perfect fit, we encourage you to follow Advanced Technology Search Group on LinkedIn to stay updated on new opportunities in software, AI, robotics, and advanced engineering. Apply on Kit Job: kitjob.ca/job/2ogrp0