Dr. Didgar Research Institute

Scientific programming and research simulation

Algorithm implementation and simulation with Python, R and MATLAB, supported by documented code, reproducible environments and model validation.

Scientific coding and a computational simulation mesh on a monitor

Research services

  • Python (NumPy, Pandas, Scikit-learn, TensorFlow)
  • MATLAB/Simulink for system simulation
  • R and RStudio for advanced statistical analysis
  • C++, Java, JavaScript for software projects
  • Complex systems simulation and mathematical modeling
  • AI algorithms and machine learning
  • Web and mobile application development
  • Image processing and computer vision

Expected deliverables

  • Agreed scope and work plan
  • Editable files or code appropriate to the service
  • Methods, assumptions and decision documentation
  • Review notes and usage guidance

What to prepare

  • Question, discipline and current research stage
  • Institutional or journal requirements and deadline
  • Existing manuscript or permitted de-identified data
  • Expected deliverables and supervisor comments
Scope, fees, tools, timing, revisions and support are agreed in writing. Researchers retain responsibility for understanding and approving the work.

Our process

  1. Review your topic, degree, available data and deadline.
  2. Agree deliverables, timeline and a transparent quotation.
  3. Review milestone outputs and progress reports.
  4. Check methods, analysis, sources and writing quality.
  5. Receive editable files, code and agreed documentation.

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