shayanesh kp

Partner with engineering, operations, and finance teams to define technical and commercial requirements for electronics and semiconductor equipment across assembly, test, and fabrication environments. Lead global supplier development, price/contract negotiations, risk assessments, on-time delivery performance, and continuous improvement, while managing CapEx/OpEx procurement and using SAP/Ariba fo

Evaluate and manage mechanical commodity areas including plastics, stampings, and castings, and drive should-cost and zero-based strategies for BOM optimization. Support supplier development and tooling cost reduction through RFI/RFQ activities and collaboration with purchasing, SQE, and AQE teams.

Conduct tear-downs and benchmarking at the electromechanical component level and implement VAVE-based cost saving initiatives. Perform piece cost and should-cost evaluations using value stream mapping, and lead product cost engineering and supplier cost assessments with a focus on cost-value balance and weight reduction opportunities.

Lead testing and validation activities for medical devices and equipment, including biomedical and surgical disposables. Manage design verification/validation documentation, quality system compliance, DHF/TCF documentation, EU submissions, CAPA and design remediation, and support program management and vendor relationships.

Drive product design and concept translation using 3D visualization and detailed adherence to drawing standards and GD&T. Lead engineering work across manufacturing feasibility, risk management, prototyping, and analysis methodologies (FEA/DFA/DFM/DFMEA/PFMEA/FMECA), and apply PLM using Teamcenter.

Manage the manufacturing and maintenance of injection molds and other tooling for precision plastic components, including troubleshooting for mass production. Support high pressure die casting operations and oversee IDRA and BUHLER machine operations across different tonnage ranges.

Completed an MSc in Product Design, including testing and validation of medical devices and equipment with documented review for safety and risk remediation.

Grade: 67%

Completed training in Tool and Die Making/Mechanical Engineering, achieving 67%.

Grade: 70%

Completed higher secondary (Intermediate) education, achieving 70%.