REMAP Fellowship — REprogramming Metabolism And Plasticity
What We Offer

Why the REMAP Fellowship

More than a postdoc position — own your project, build an independent research identity, and grow into a PI through multiple GIST–KIST mentorship, seed funding, and a structured career pathway.

Fellowship Benefits

Upto KRW 90M+/yr
Competitive salary (approx. USD 65,000+), with additional matching possible
Upto KRW 60M/yr
Independent research funding per fellow for research expenses
Up to 5 yrs
3 + 2 years, with annual reappointment based on evaluation
≤ 5 yrs post-PhD
Target candidates within five years of PhD completion

Five Pillars of Growth

The REMAP Fellowship is built around five pillars that turn an independent project into an independent research career.

R

Research Leadership

Own your project — independent budget, authorship, and IP rights.

E

Entrepreneurship

IP/tech-transfer training, GIST startup infrastructure, and industry mentoring.

M

Multi-mentor Convergence

Multiple mentorship from GIST + KIST PIs with a personalized IDP.

A

Advanced Skill Integration

Cross-train across platform, mechanism, and translational tracks; KIST secondment included.

P

Pioneer PI Pathway

Yrs 1–2 intensive research → Yr 3+ grant planning → Yr 5 faculty or startup transition.

GIST–KIST Dual Infrastructure

Fellows benefit from two world-class research environments and move fluidly between functional and molecular analysis.

GIST · Gwangju

Stimulation & Functional Hub

  • UHF-MS stimulation platform (10–400 kHz)
  • Optical intrinsic signal imaging (OISI)
  • Diffuse reflectance / correlation spectroscopy (DRS-DCS)
  • EEG/EMG & behavioral testing suites
  • Micro-PET imaging
KIST · Seoul

Molecular & Mechanism Hub

  • scRNA-seq and multi-omics core
  • Astrocyte and mitochondrial assay platforms
  • Epigenetics analysis
  • Electron microscopy
  • AI-based drug discovery pipeline

One integrated, multi-scale platform

Fellows contribute to a single closed-loop pipeline — from stimulation input to molecular, cellular, circuit, and whole-brain readouts — feeding back into parameter optimization.

Multi-scale measurement, causal mechanism, and stimulation-parameter optimization pipeline
Multi-scale measurement → causal mechanism → stimulation-parameter optimization (GIST × KIST).