SEMICONDUCTOR TECHNOLOGIES & INSTRUMENTS PTE LTD Hiring! Full Time SOFTWARE ENGINEER (VISION) in Central Region (Singapore), Earn up to SGD 4,500 - Ricebowl

The role involves working within a multidisciplinary team to carry out Research & Development in Image Processing / Computer Vision Algorithm for automated optical inspection systems.

Responsibilities:

• Design and develop software for high-performance automated Computer Vision equipment used in advanced manufacturing.
• Build intuitive and responsive GUIs, manage big data, and implement multi-threaded applications that power real-time systems.
• Create and optimize image processing and computer vision algorithms—your code will help machines “see” and make decisions.
• Be actively involved in the entire software development life cycle—from brainstorming and prototyping to testing and deployment.

Why this role rocks?

• You’ll work on real-world AI applications that make a difference in high-tech industries.
• Collaborate with a team that values innovation, creativity, and continuous learning.
• Get hands-on with cutting-edge tools and technologies in automation and vision systems.

Requirements:

• PHD / Masters / Degree in engineering discipline with minimum 1-3 year experience.
• Experienced candidates in software development, particularly those with backgrounds in automation or the semiconductor industry, may be considered for a senior position.
• Fresh degree graduates and Diploma holders with relevant experience will be considered at Associate Engineer level.
• Strong programming skills in the Visual Studio Development Environment—you’re comfortable building and debugging in a professional setup.
• Proficient in C++—you write clean, efficient, and reliable code.
• Solid experience in computer vision, image processing, or vision inspection systems—you understand how machines interpret visual data.
• Familiarity with C# is a plus—especially if you’ve built GUIs or tools with it.
• Knowledge of Deep Learning (AI) for defect classification is a big advantage—your models could help machines spot flaws with precision.
• Excellent communication skills in English, both written and verbal—you can collaborate effectively and explain your ideas clearly.