(1)地下水流れの基礎1(陸水循環系と地下水、資源としての地下水・地下流体、地球ダイナミクスと地下水、Darcyの法則、Hubbertのポテンシャル、透水係数、地下水面、不飽和帯、帯水層・難透水性層)
(2)地下水流れの基礎2(REV、地下水の定常流れ、比貯留率・比産出率、非定常の地下水流れ
(3)地下水資源開発 1(人間活動とそれに対する地下水系の反応、適切な地下水利用、地圏環境と地下水汚染・地下利用)
(4)地下水資源開発 2(地下水資源の探査と評価の手法、揚水試験、人工涵養と水資源保全技術)
(5)地下水流れに伴う物質移行(拡散・移流・水力学的分散、移流・分散方程式、岩石・水反応)
(6)沿岸域の地下水1(沿岸域地下水システム、海水侵入と地下水管理、沿岸災害が地下水に与える影響)
(7)沿岸域の地下水2(解析モデルと数値モデル、ケーススタディ)
(8)地下水利用と地盤沈下1(地盤沈下の影響とメカニズム、モニタリング方法)
(9)地下水利用と地盤沈下2(変形と地下水流れの連成問題、地盤沈下のモデル化、ケーススタディ)
(1)Fundamentals of groundwater flow 1 (Terrestrial water cycle and groundwater, groundwater and subsurface fluids as resources, Earth dynamics and groundwater, Darcy's Law, Hubbert's Potential, hydraulic conductivity, groundwater table, unsaturated zone, aquifers and aquitards)
(2)Fundamentals of groundwater flow 2 (Representative Elementary Volume (REV), steady-state groundwater flow, specific storage and specific yield, transient groundwater flow)
(3)Groundwater resources development 1 (Human activities and their impact on groundwater systems, appropriate groundwater use, geosphere environment and groundwater pollution/underground utilization)
(4)Groundwater resources development 2 (Methods for exploring and evaluating groundwater resources, pumping tests, artificial recharge and water resource conservation techniques)
(5)Groundwater flow and mass transport (Diffusion, advection, hydrodynamic dispersion, advection-dispersion equation, rock-water reactions)
(6)Coastal groundwater 1 (Coastal groundwater systems, seawater intrusion and groundwater management, impact of coastal disasters on groundwater)
(7)Coastal groundwater 2 (Analytical and numerical models, case studies)
(8)Groundwater utilization and land subsidence 1 (Impacts and mechanisms of land subsidence, monitoring methods)
(9)Groundwater utilization and land subsidence 2 (Coupled problems of deformation and groundwater flow, modeling of land subsidence, case studies)