ENGINEERING

Building Tools for Biological Problems.

I develop computational tools, analysis workflows, and small systems that make biological data easier to explore, analyze, and reproduce.

PYTHON·R·BIOINFORMATICS·OPEN SOURCE

WHAT I BUILD

01

Biological Analysis Tools

Tools for sequence, genomic, and biological data.

02

Reproducible Workflows

Scripts and pipelines that turn repetitive analysis into documented workflows.

03

Research Utilities

Small tools designed around specific scientific problems.

04

Data Interfaces

Lightweight ways to explore and communicate biological data.

TECHNICAL APPROACH

From problem to tool.

I follow a simple process: understand the biological question, prepare the data, build the workflow, implement the tool, validate the results, and document for future use.

01
Problem Understanding
02
Data & Requirements
03
Workflow Design
04
Implementation
05
Validation
06
Documentation

TECH STACK

LANGUAGES
Python·R·Bash
SCIENTIFIC
Biopython·Primer3·ViennaRNA
WORKFLOW
Git·Linux·WSL·Jupyter
PIPELINES
Nextflow·Snakemake
INFRASTRUCTURE
Docker·GitHub
BUILDING IN THE OPEN

Some of my computational work is developed as open-source projects.

Explore repositories

Have a biological problem that could benefit from computation?

Let's talk
In Active Development

Research Platform

research.engkinandatama.my.id
PREVIEW CANVAS
https://research.engkinandatama.my.id
High-Fidelity Architecture
Research Platform Landing Page concept mockup showing genomics, antimicrobial resistance, and publication archives.