Process Engineer (Laser-Assisted Bonder / Semiconductor Advance Packaging) - SS10

The Supreme HR Advisory; Alberta; On-site; CAD 60,000 - 80,000; Full time

Job summary

A leading HR advisory firm in Canada is seeking a Laser-Assisted Bonder (LAB) Process Engineer. Responsibilities include developing optimization processes for laser bonding in semiconductor packaging. The ideal candidate will have a degree in Materials Science or Engineering, with 2–5 years of relevant experience. Strong troubleshooting skills and familiarity with laser technologies are essential. Competitive salary ranging from $6000 to $8000 based on experience.

Qualifications

• Minimum 2–5 years of hands-on experience in design and development of equipment or semiconductor packaging.
• Experience with laser-assisted bonding technologies is highly preferred.
• Familiarity with advanced process control and manufacturing best practices.

Responsibilities

• Develop and optimize laser-assisted bonding processes.
• Qualify new laser bonding processes from R&D to high-volume production.
• Provide technical training and support for process implementation.

Skills

Troubleshooting

Statistical analysis (JMP, Minitab)

Process control

Education

Bachelor’s or Master’s degree in Materials Science, Mechanical Engineering, Electrical Engineering, or a related field

Tools

X-ray

SAM

OM

Job description

• Position title : Laser-Assisted Bonder (LAB) process engineer
• Location: Admiralty
• Working Days: 5 Day A Week
• Working hours : 9:00am - 6:00pm
• Salary : $6000 - $8000 (depends experience)

Overview

A LAB Process Engineer is responsible for developing, optimizing, and maintaining laser bonding processes—especially in high-precision, high-reliability Advanced Packaging application for Chip‑to‑Wafer or Chip‑to‑Substrate bonding.

Key Responsibilities

• Process Development & Optimization: Develop, implement, and optimize laser‑assisted bonding processes for product packaging, advanced interconnects, or micro‑assembly, including recipe creation and parameter optimization to achieve maximum yield, quality, and throughput.
• Scale‑Up & Qualification: Qualify new laser bonding processes from R&D to high‑volume production, working with both development and production teams.
• Equipment & Program Management: Specify, program, and refine laser bonder equipment and processes, ensuring the right hardware and software configurations for various substrates and products.
• Troubleshooting & Support: Troubleshoot laser systems and bonding processes; analyze and resolve yield, quality, and reliability issues in collaboration with operators and maintenance teams.
• Continuous Improvement: Lead initiatives to improve yield, cycle time, and cost—using data‑driven methodologies such as SPC, DOE, and Six Sigma tools (like PFMEA).
• Documentation: Maintain accurate records of process parameters, recipes, standard operating procedures (SOPs), and results for compliance and technology transfer.
• Cross‑Functional Collaboration: Work closely with R&D, operations, maintenance, and quality teams; provide technical training and support for process implementation and equipment operation.
• Safety & Compliance: Ensure adherence to laser safety regulations and best practices in a laboratory or production environment.
• Customer & Project Support: Provide technical insights and support for customer programs, NPI (new product introduction), and technology upgrades as needed
• Laser Maintenance & Calibration (Good‑to‑have): Perform regular maintenance, alignment, and calibration of laser bonder equipment to ensure optimal performance and process reliability. Develop preventive maintenance schedules and conduct root‑cause analysis for equipment issues.

Requirements

• Bachelor’s or Master’s degree in Materials Science, Mechanical Engineering, Electrical Engineering, or a related field.
• Minimum 2–5 years of hands‑on experience in design and development of equipment's or semiconductor packaging or advanced interconnect processes.
• Experience with Laser Assisted bonding technologies is highly preferred. Familiarity with laser or optical systems is necessary.
• Familiarity with bonding equipment and analytical tools (X‑ray, SAM, OM, etc.)
• Familiarity with advanced process control and manufacturing best practices
• Excellent trouble‑shooting, risk analysis, FMEA, and statistical analysis (JMP, Minitab).
• Knowledge of bonding process and materials behaviour under thermal/mechanical stress (e.g., CTE mismatch, flux residue, underfill cure).
• Experience on HBM, COWOS, 2.5D, Fluxless Bonding is a definite plus