Work

Selected technical work across scientific software, Android engineering, and quantitative research.

A focused portfolio of projects, including the problem, contribution, outcome, stack, and supporting links for each entry.

2025-present · Founder

Octidy Android App

A Firebase-first Android app that uses bidding, assignment, and progress tracking to make household chores more transparent and fair.

ProblemHousehold chores often need lightweight coordination, fairness, and accountability without constant negotiation.
ContributionFounded the product and built the complete Android app from concept through Play Store testing.
OutcomeDelivered invite-code households, task creation, bidding deadlines, assignment, tie handling, progress tracking, offline sync, and release packaging.
  • Built and shipped a complete Android app now in Play Store testing under the Octidy brand
  • Implemented invite-code households, task creation, bidding deadlines, assignment, tie handling, and progress tracking
  • Used Jetpack Compose, Navigation Compose, ViewModels, Hilt, Coroutines, and Flow
  • Designed Firebase Auth and Firestore data flows with offline persistence and realtime snapshot listeners
Kotlin Jetpack Compose Navigation Compose Hilt Firestore Firebase Auth Coroutines/Flow WorkManager Play Console
Case study Website Play Store
Octidy shared household chores dashboard
Octidy household chore bidding screen
Octidy household chores calendar screen
Octidy create task screen
Octidy assigned task screen

Dashboard Shared household chores dashboard.

Jan 2016 - Mar 2025 · PhD project

Subcellular Workflow

A modular, FAIR-compliant MATLAB framework for ODE biochemical pathway modeling, analysis, and parameterization.

ProblemODE-based biological models become hard to build, parameterize, analyze, and share when each lab relies on bespoke scripts.
ContributionArchitected the framework, implemented parameter estimation, sensitivity analysis, and profile likelihood analysis, and connected MATLAB tooling with COPASI and standard formats.
OutcomeValidated the workflow across systems biology and neuroscience models and published the work in Neuroinformatics.
  • Architected and built a comprehensive scientific software framework following FAIR principles
  • Implemented algorithms from scientific literature for parameter estimation, sensitivity analysis, and profile likelihood analysis
  • Engineered interfaces between MATLAB solvers, COPASI, SBML, and SBtab
  • Created documentation and managed Git/GitHub collaboration across institutions
MATLAB SimBiology Optimization Toolbox Python COPASI Git SBML SBtab
Case study GitHub Documentation Publication

Architecture

Reusable ODE modeling pipeline From model setup through simulation, parameter estimation, sensitivity analysis, and result validation.
Start
Model setup
Simulation
Parameter estimation
Sensitivity analysis
Profile likelihood
Results
FAIR structure MATLAB solvers COPASI bridge

2013-2015 / MSc thesis and research scholarship

Porphyrin Materials Research

Master's-level wet-lab and analytical work on ionic self-assembly of a porphyrin octacation with TPPS-based anions.

ProblemThe study tested whether an unusual porphyrin octacation could form isolable nanomaterials through charge-driven self-assembly.
ContributionSupported synthesis, purification, spectroscopy, concentration analysis, and undergraduate student supervision within a larger collaboration.
OutcomeContributed to a Tetrahedron paper reporting binary, ternary, and variable-composition porphyrin ionic solids.
  • Worked with the NiTBTAP octacation and TPPS-derived anions to probe how charge balance, pH, and porphyrin speciation affected ionic self-assembly.
  • Prepared and purified porphyrin assemblies in acidic aqueous media, keeping reaction ratios controlled for downstream characterization.
  • Used spectroscopy and concentration analysis to compare product compositions against charge-neutral ionic-solid expectations.
  • Co-supervised two undergraduate interns and contributed publication-ready evidence for binary, ternary, and variable-composition materials.
Organic synthesis Ionic self-assembly Porphyrin chemistry UV-vis/IR spectroscopy Chromatography Concentration analysis
Case study Publication

Need the chronology?

The CV has the full experience, education, skills, and publications record.

View CV Contact

Work

Selected technical work across scientific software, Android engineering, and quantitative research.

A focused portfolio of projects, including the problem, contribution, outcome, stack, and supporting links for each entry.

Octidy Android App

2025-present · Founder

A Firebase-first Android app that uses bidding, assignment, and progress tracking to make household chores more transparent and fair.

Problem

Household chores often need lightweight coordination, fairness, and accountability without constant negotiation.

Contribution

Founded the product and built the complete Android app from concept through Play Store testing.

Outcome

Delivered invite-code households, task creation, bidding deadlines, assignment, tie handling, progress tracking, offline sync, and release packaging.

Built and shipped a complete Android app now in Play Store testing under the Octidy brand

Implemented invite-code households, task creation, bidding deadlines, assignment, tie handling, and progress tracking

Used Jetpack Compose, Navigation Compose, ViewModels, Hilt, Coroutines, and Flow

Designed Firebase Auth and Firestore data flows with offline persistence and realtime snapshot listeners

Octidy shared household chores dashboard
Octidy household chore bidding screen
Octidy household chores calendar screen
Octidy create task screen
Octidy assigned task screen

Dashboard Shared household chores dashboard.

Stack

KotlinJetpack ComposeNavigation ComposeHiltFirestoreFirebase AuthCoroutines/FlowWorkManagerPlay Console
Case study Website Play Store

Subcellular Workflow

Jan 2016 - Mar 2025 · PhD project

A modular, FAIR-compliant MATLAB framework for ODE biochemical pathway modeling, analysis, and parameterization.

Problem

ODE-based biological models become hard to build, parameterize, analyze, and share when each lab relies on bespoke scripts.

Contribution

Architected the framework, implemented parameter estimation, sensitivity analysis, and profile likelihood analysis, and connected MATLAB tooling with COPASI and standard formats.

Outcome

Validated the workflow across systems biology and neuroscience models and published the work in Neuroinformatics.

Architected and built a comprehensive scientific software framework following FAIR principles

Implemented algorithms from scientific literature for parameter estimation, sensitivity analysis, and profile likelihood analysis

Engineered interfaces between MATLAB solvers, COPASI, SBML, and SBtab

Created documentation and managed Git/GitHub collaboration across institutions

Stack

MATLABSimBiologyOptimization ToolboxPythonCOPASIGitSBMLSBtab
Case study GitHub Documentation Publication

Porphyrin Materials Research

2013-2015 / MSc thesis and research scholarship

Master's-level wet-lab and analytical work on ionic self-assembly of a porphyrin octacation with TPPS-based anions.

Problem

The study tested whether an unusual porphyrin octacation could form isolable nanomaterials through charge-driven self-assembly.

Contribution

Supported synthesis, purification, spectroscopy, concentration analysis, and undergraduate student supervision within a larger collaboration.

Outcome

Contributed to a Tetrahedron paper reporting binary, ternary, and variable-composition porphyrin ionic solids.

Worked with the NiTBTAP octacation and TPPS-derived anions to probe how charge balance, pH, and porphyrin speciation affected ionic self-assembly.

Prepared and purified porphyrin assemblies in acidic aqueous media, keeping reaction ratios controlled for downstream characterization.

Used spectroscopy and concentration analysis to compare product compositions against charge-neutral ionic-solid expectations.

Co-supervised two undergraduate interns and contributed publication-ready evidence for binary, ternary, and variable-composition materials.

Stack

Organic synthesisIonic self-assemblyPorphyrin chemistryUV-vis/IR spectroscopyChromatographyConcentration analysis
Case study Publication

Looking for more?

Need the chronology?

The CV has the full experience, education, skills, and publications record.

View CV Contact