Diovandi

Applied AI for engineering · mechatronics

I build AI tools that engineers can check.

I am Diovandi Basheera Putra, a mechatronics engineer who builds applied AI for engineering documents and data: extraction pipelines, cited search and document control, with a person reviewing every record that matters. The engineering underneath is hands-on: PLC and control systems, mechanical design and robotics.

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01 / Selected work

Things I’ve built

All projects
01 Case study

Case study: Human-reviewed AI document workflows

How I built AI tools that read operational documents while keeping a person responsible for every record that matters. A two-minute read.

  • Apps Script / Gemini
  • Python / Flask
  • Google Cloud Run
  • AppSheet
View project
02 Research

CAD-Integrated KST Assembly Rating Tool

A verified Python and Fusion 360 workflow for analyzing how assembly features constrain rigid-body motion.

  • Python
  • NumPy / SciPy
  • Fusion 360
  • Optimization
View project
03 Robotics

Domestic Mobile Robot

A complete ROS 2 navigation pipeline for a simulated service robot, from custom robot design and SLAM to Nav2 patrol analysis.

  • ROS 2 Jazzy
  • Gazebo Harmonic
  • Nav2 / SLAM
  • Python
View project
04 Aerospace

D03 Morphing Leading-Edge Analysis

Experimental and numerical evaluation of TU Delft's LeaTop morphing-wing demonstrator using strain data, FEM, photogrammetry, and energy analysis.

  • Python
  • Finite-element analysis
  • Photogrammetry
  • Experimental data analysis
View project
21reference cases matched by the KST implementation
€15,625+raised with the Stratos IV crowdfunding campaign
200+members represented on DARE’s executive board
0.15 mmean path deviation in the AMR patrol analysis

02 / Research & technical writing

From analysis to evidence

All writing
2022 Course scientific paper

Mechanical Analysis of the Morphing Leading Edge Concept

R. Bos, B. Chen, D. Basheera Putra, J. Greep, V. Jadhavrao, I. Kramer, T. Machado, M. Polak, L. Vousten, B. van der Waal, and T. Wijgerse

An experimental and numerical assessment of a LeaTop morphing-wing demonstrator using strain data, FEM, photogrammetry, and energy analysis.

TU Delft course paper AE2223-I Test Analysis & Simulation · Group D03

03 / From the blog

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