System Validation Engineer

About Our Client

• Our client is a leading global IC Deisign House specializing in high-performance communication solutions. With a strong international engineering presence and a culture focused on innovation, collaboration, and technical excellence, the company develops products that enable next-generation networking, cloud infrastructure, and data centre applications.

Job Description

• Execute software regression testing and maintain validation plans, test cases, and automation frameworks.
• Develop and enhance testing tools and scripts for optical module and system validation.
• Perform interoperability testing between optical transceivers and network equipment, including data centre switches.
• Support qualification and validation activities for software releases and configuration updates.
• Generate technical reports, application notes, and customer-facing documentation.
• Collaborate with field teams, application engineers, and global development groups to resolve product and system issues.
• Develop and maintain Python-based test automation for evaluation platforms and optical modules.
• Support Tier-1 customers with technical troubleshooting and validation activities.
• Deliver technical training sessions for internal teams and external customers.
• Gather market intelligence, competitive insights, and customer requirements to support product strategy.

The Successful Applicant

• Bachelor's or Master's degree in Computer Engineering, Computer Science, Electrical Engineering, or a related discipline.
• At least 4 years of experience developing automated test solutions for Server or networking product using Python.
• Experience working with networking and optical test equipment such as DCA, CDR, protocol analyzers, traffic generators, BER testers, spectrum analyzers, and signal generators.
• Hands-on debugging and software development experience.
• Strong project management, customer-facing, and stakeholder communication skills.
• Self-driven mindset with the ability to manage multiple priorities in a fast-paced setting.