Tower Crane

Tower Crane

Systems Architecture & Engineering

Enrich your research projects.

Making Research Outcomes Cumulative

Tower Crane supports research projects by applying software development techniques. By organizing scattered individual achievements into continuously cumulative forms, we enable not just operational efficiency, speed, and robustness of research processes, but also qualitative improvements in research—achieving larger scales and discovering new outcomes.

Track Record

Research Environment

  • • Data analysis robustification
    R Rmarkdown Python Jupyter Notebook
  • • Cloud development environment setup
    R Rstudio Server Python Google Colab
  • • Data pipeline construction
    Python dbt DLT GitHub Actions
  • • Package development instruction and project structure consultation
    R Python
  • • Writing environment setup
    R Rmarkdown Docker LaTeX BibTeX CSL GitHub GitHub Actions
  • • Code-manageable presentation material creation
    Markdown Beamer Slidev

Cloud / Network / Infrastructure

  • • Infrastructure as Code git-flow design for multi-environment provisioning
    Terraform Terraform Cloud Pulumi GitHub GitHub Actions AWS Cloudflare
  • • DNS configuration
    Terraform Cloudflare AWS
  • • Cloud application environment setup
    AWS ECS Vercel Docker Supabase TypeScript Next.js

AI / Machine Learning

  • • Project structure with Claude Code
    Claude Claude Code
  • • TensorFlow environment setup on ARM machines
    Python TensorFlow
  • • Time series analysis using neural networks
    Python Jupyter Notebook TensorFlow
  • • Exam preparation for US graduate Machine Learning courses
    Python Jupyter Notebook Scikit-learn
  • • Research workflow improvement through simulation time prediction
    Python Jupyter Notebook Scikit-learn

Web / Software Development

  • • Domain modeling for business processes
    DDD
  • • Version control guidance
    Git GitHub
  • • Corporate and organizational website development
    Wordpress Studio Hugo Google Sites
  • • Web application development
    Vercel Adalo Supabase

Doctoral Degree Support

  • • Academic writing guidance (journal articles and dissertations)
    Academic Writing Logical Thinking
  • • Logical design guidance for presentation materials
    Presentation Design Logical Thinking

Profile

Akira Hayashi

林 晃 (rin)

Akira Hayashi
Degree Ph.D. in Agriculture
Field Marine Ecology / Academic Engineering
Past Affils. Fisheries Research and Education Agency, National Research and Development Agency / Atmosphere and Ocean Research Institute, University of Tokyo / Tokyo University of Agriculture and Technology

Akira is an academic engineer with a background in marine ecology. He doesn't just realize requests, but also proposes value discovery and outreach strategies. He understands the world of academic research while serving as a generalist, handling everything from system design to infrastructure procurement, back-end and front-end implementation.

Cloud platform

AWS Google Cloud Microsoft Azure Cloudflare Vercel

Language

Bash Go LaTeX Python R SQL TypeScript

Web framework

Astro D3 Django Flask Hugo Next.js

Databases

PostgreSQL MySQL

Infrastructure

Terraform Pulumi

Data & analytics

dbt DLT Scikit-learn pandas Tidyverse

Monitoring & observability

Datadog Grafana OpenTelemetry Prometheus Sentry

Other tools

CircleCI Docker Git GitHub GitHub Actions Kubernetes

Are You Facing Any of These Challenges?

Contact

We accept consultations from those seeking technical support.

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