Divyanshu Srivastav
Product Engineer Ii @vivo India
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WORK HISTORY
Product Engineer Ii @vivo India
Noida, IN
Analyzing and troubleshooting production anomalies for continuous improvement and functional reliability- Identifying and controlling safety, reliability, and quality issues in production processes- Conducting root cause analysis to address non-conforming devices and prevent abnormalities- Supporting new product introductions, material trials, and project guidance while adhering to schedules and quality standards- Applying electronic and circuit design knowledge, using testing tools like oscilloscopes and network analyzers for process diagnosis- Implementing lean manufacturing principles such as defining value, mapping value streams, creating flow, establishing pull, and pursuing perfection, which optimize efficiency and reduce waste- Utilizing Six Sigma methodologies for process optimization and defect reduction through data-driven approaches like DMAIC (Define, Measure, Analyze, Improve, Control)- Collaborating with cross-functional teams to gain production feedback and enhance workflows- Maintaining thorough process documentation and using software tools for schematic analysis and monitoring- Monitoring production lines to promptly handle abnormalities while maintaining safety and efficiency- Providing technical support for manufacturing hardware and software, contributing to process automation and quality control initiatives.
EDUCATION
S.R.V.S. School Sikanderpur
Intermediate, PCM
Dr. A.P.J. Abdul Kalam Technical University (AKTU), Lucknow
Bachelor of Technology - BTech, Electronics and Communications Engineering
ABOUT DIVYANSHU SRIVASTAV
I’m Divyanshu Srivastav, a Product Engineer with hands-on experience in FATP FPY analysis, hardware–software debugging, and root-cause analysis of mobile device performance issues. At Vivo India, I’ve worked extensively on RF Antenna modules (GSM, WCDMA, LTE, NR),camera, audio and display systems, software diagnostics, and PDMS server log analysis—building a strong foundation in system-level troubleshooting and functional verification.During my time in manufacturing, I implemented Kaizen-based improvements that enhanced line efficiency and strengthened process stability—giving me practical insight into quality, reliability, and data-driven optimization.Now, I’m actively seeking roles in Design for Test (DFT) and Design Verification (DV) within semiconductor design. I’ve developed solid skills in VLSI design flow, RTL coding (Verilog), digital electronics, and verification fundamentals, and I’m eager to contribute to teams building robust, high-performance silicon.Outside of engineering, I run Cyber Blog (cyberblogforu.com), where I explore cybersecurity, hardware, and emerging technologies—reflecting my commitment to secure, intelligent, and future-ready design.Open to connecting with engineers, mentors, and teams working in chip design, DFT, DV, and embedded hardware innovation.
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