Lead full-cycle development of multiple greenfield enterprise platform capabilities for telecom and data center customers, driving architectural design, roadmap alignment, and cross-functional delivery.

Serve as technical lead for a team of 6–7 engineers, owning system design, execution strategy, and technical direction across frontend, backend, and domain modeling layers.

Selected Platform Initiatives:

Infrastructure Rack Management Platform

• Architected an interactive rack visualization system enabling telecom operators to manage configuration items and rack units based on real-time capacity constraints.

• Established scalable physical infrastructure modeling patterns integrated with network inventory systems.

Logical Design & Assignment Framework

• Designed and delivered a canvas-based topology modeling system supporting resource selection, validation, and network provisioning workflows.

• Built an extensible framework enabling reuse across additional orchestration scenarios.

Data Center Visualization & Inventory Expansion

• Expanded enterprise inventory capabilities to support integrated outdoor maps, indoor floor maps, and topology views.

• Enabled spatial asset search and correlation across physical and logical layers.

• Integrated time-series telemetry (temperature, humidity), capacity metrics, incidents, and alerts into operational map views.

Customer 360 Platform

• Led development of a configurable 360-degree enterprise experience consolidating distributed customer data into a unified operational interface.

• Designed a flexible configuration layer enabling scenario-based customization.

• Integrated with ServiceNow agentic capabilities to deliver context-aware insights for telecom agents.

Scope & Impact

• Delivered 5 major epics across multiple verticals

• Operated in high-ambiguity greenfield domains

• Established reusable architectural patterns for visualization-driven enterprise workflows

* Design / develop web-based user interface, components and cloud architecture for the new generation of Mass Spectrometer instrument control software and proteomic auto sampling system.

* Lead and drive full stack development for the web applications. Define technical specs for the team and oversee the integration and code quality to deliver iterative results.

* Coordinate and provide insights to technical core team to establish IOT connectivity solution for mass spectrometer systems at various scales.

* Integrate Mass Spectrometer systems with AWS based Thermo Fisher Cloud system for new cloud enabled features and manage the DevOps process for the cloud services.

* Explore and research AI related software features with machine learning capability in Mass spectrometer software.

* Work with cross functional teams in technology evaluation, UX design, requirements and platform intergration

* Participate in hiring interview process to on-board the web centric team and mentor junior team members.

Tech Stack: VueJS, StencilJS, JavaScript, TypeScript, HTML5/CSS .NET 5, C#, AWS, Docker, python

• Responsible for web UI development and drive for continuous improvement for UI performance and usability.

• Design and develop end to end features for cloud applications. Conduct design review and feature demonstration to project team.

• Collaborate with global team members for code review, integration, build deployment, sanity test and troubleshooting to ensure product quality and project smooth delivery.

• Main Products: Thermo Fisher Cloud applications (qPCR secondary and fragment analysis)

• Tech stack: AngularJS, VueJS, Spring, AWS, Java, Java FX, C#

* Planned and led testing activities for bio-medical instruments (PCR, qPCR and sequencing) projects, in charge of test plan, test report and defect evaluation.

* Participated in iterative development planning, requirement workshops, resource estimation, risk analysis, tool validation and design/documentation review.

* Designed and executed functional, integration and regression testing for various test targets, including instrument firmware/APIs, Qt embedded GUI, Java desktop applications/APIs and Labview in-house manufacturing tools.

* Developed and maintained automated test solutions for embedded GUI with Squish Qt, instrument firmware/APIs with Python, and Java desktop applications with HP Quick Test Professional.

* Main Products: QuantStudio DX (Firmware Test Lead), StepOne and StepOnePlus (Firmware Test lead), ViiA 7 (Firmware and GUI test)