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Amritansh Pandey

@amritanshpandey

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Mechanical Engineer | Robotics, UAVs, R&D, Simulation & Data Analytics | IIT BHU, Tata Motors, ISRO-ISL & ISI Kolkata

India

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What I'm looking for

I’m looking to bring my experience across manufacturing, quality, supply chain functions, EH and S, Robotics, Designing, CAD and Research to the table and solve real word problems in Inter-Disciplinary way.

At Tata Motors, I investigated industrial issues using HIRA, Fishbone/Ishikawa, and Pareto analysis, and proposed corrective actions in line with ISO 45001 requirements. I also built Excel dashboards and trackers to monitor process and safety metrics.

On Project Samarth at IIT (BHU), I designed GD&T-specified components for a robotic system and sourced parts within the project budget. The team delivered a functional system for an Institute Day demonstration.

I built a Python-based geospatial route-optimization model for drone mission planning at India Space Lab. My other hands-on work includes validating UAV components and using ANSYS for friction-stir-welding simulations.

Experience

Work history, roles, and key accomplishments

Current

Data Analytics Intern

Current

TIH, Indian Statistical Institute, Kolkata

Sep 2026 - Present (1 month)

I am currently working in this role, particularly on the modelling frameworks as part of Exploratory Data Analytics and Pipeline build and management using Excel files as a base for further research.

Data Analysis Data Modeling Data Visualization Data Science

Advanced 3D Printing & Composite Manufacturing

Research Project

Nov 2024 - Oct 2025 (11 months)

Operated a Markforged Mark 2 printer to fabricate and validate high-strength, load-bearing functional components using Onyx and continuous carbon-fibre reinforcement.

3D Printing Markforged Technology ONYX Carbon Fiber Composite Manufacturing Rapid Prototyping

Engineering Intern – UAV Component Design & Analysis

India Space Lab

Dec 2024 - Feb 2025 (2 months)

Designed and iteratively validated UAV components using CAD and simulation tools within a structured R&D workflow.

CAD Simulation UAV Component Design Analysis R&D

Friction Stir Welding Simulation

Academic Project

Performed thermal and structural FEA in ANSYS to study weld quality, stress distribution, process parameters, and manufacturability.

Ansys FEA Thermal Analysis Structural Analysis Friction Stir Welding Manufacturing

Research Intern – Project Samarth (Mechanical Development & Implementation)

IIT (BHU), Varanasi

Designed mechanical components for a robotic system, applying GD&T to ensure fit and function of CNC-machined parts. Identified and procured suitable components, finding cost-effective solutions while keeping the project within budget.

GD&T CNC Machining Mechanical Design Electronics Components Sourcing Procurement Cost Optimization

Intern – Manufacturing Process Optimization & Occupational Health and Safety

Tata Motors

Investigated industrial issues using structured root-cause methods (HIRA, Fishbone/Ishikawa, Pareto analysis) and proposed corrective actions in line with ISO 45001 compliance. Built Excel-based dashboards and formula-driven trackers to log findings and monitor process/safety metrics.

HIRA ISO 45001 Root Cause Analysis Fishbone Ishikawa Pareto Analysis Excel Dashboarding Process Optimization Occupational Health and Safety

Drone Route Planning and Simulation (Python)

India Space Lab

Built a geospatial route-optimization model using Folium, Geopy, Google Earth Engine, and Dijkstra Algorithm to improve flight time, route efficiency, and mission-planning accuracy.

Python Folium Geopy Google Earth Engine Dijkstra'S Algorithm Route Optimization Logistics Mission Planning