About
Electronics & Communication Engineering student transitioning into project coordination and PMO operations, with hands-on exposure to robotics installation and commissioning workflows at GreyOrange. Brings strong analytical problem-solving, technical execution support, milestone tracking, documentation, and cross-functional coordination skills.
Experience
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Installation & Commissioning InternGreyOrange · Gurgaon, India2026 – Present
Support on-site and operational deployment workflows for automated robotics systems, tracking hardware-software commissioning milestones and verifying installation checklists. Coordinate across deployment technicians, operations associates, and engineering leads to facilitate daily work progress, communicate schedule changes, and track action items. Assist in recording, categorizing, and following up on field installation issues, maintaining documentation that mitigates go-live blockers and ensures timely closure of operational snags. Support preparation of site readiness documentation, commissioning logs, and structured progress updates for operational stakeholders, ensuring alignment with standardized delivery procedures.
Education
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2027
Bachelor of EngineeringElectronics and Communication Engineering (ECE) · 2023 – 2027
Skills
Tools / apps / platforms
Projects
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Two-Stage CMOS Operational Amplifier DesignCadence Virtuoso
Engineered and simulated analog schematics to meet stringent design criteria, validating ~64 dB open-loop gain, 9 MHz Gain Bandwidth, and a robust 156° phase margin.
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Comparative SRAM Performance Analysis (CMOS vs. CNTFET)
Coordinated simulation runs and compiled structured comparative analyses evaluating read/write delay, Static Noise Margin (SNM), power dissipation, and Power-Delay Product (PDP). Validated critical design margins, reporting a 69% reduction in read delay and a read SNM of ~161 mV.
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16-Bit Pipelined RISC Microprocessor ImplementationCadence Genus, Innovus, Xilinx Vivado
Planned and delivered an end-to-end RTL-to-GDSII digital flow, managing multi-stage deliverables from synthesis to physical design verification. Verified performance baselines to achieve a 745 MHz post-synthesis frequency, 7.299 ns positive Worst Negative Slack (WNS), and zero Design Rule Check (DRC) violations through static timing analysis and constraints optimization.
Courses & certifications
- CeNSE Winter School · IISc Bangalore
- RTL-to-GDSII Design Flow · NIELIT Gorakhpur
- Entrepreneurial Thinking · IUCEE
- VLSI Design Flow · NPTEL
- Data Analytics · Cisco Networking Academy