NCKU Curriculum Map
1. 2.
3.
Chemical Engineering    [Course Catalog of this Semester]
Goal   
  • Cultivate students fundamental accomplishment in Chemical Engineering and knowledge in relevant techniques.
  • Provide training to students on practice, communication, problem solving, and R&D skills.
  • Reinforce students ability on teamwork and knowledge integration.
  • Educate students to understand engineering ethics and societal responsibility, and expand their international vision.
  • Principle Literacy and Competence   
    [Principle Literacy]
  • Spirit of Humanism
  • Civic Concern
  • Social Concern
  • Global Vision
  • [Competence]
  • Possess the ability to apply fundamental scientific theory to explore the essence of things.
  • Possess the ability to utilize engineering professional, design process units, integrate and organize systems.
  • Possess the ability to design and execute experiments, and analyze and interpret data.
  • Possess the expertise and skill for utilizing modern tools and executing engineering practices.
  • Possess the ability to give presentations, write reports, communicate effectively, integrate different fields, and work with others as a team.
  • Possess the ability to discover, analyze, apply research results, and handle complex and integrated engineering problems.
  • Apprehend and apply professional ethics, acknowledge societal responsibility, and respect diversified perspectives.
  • Understand the changes in the modern world, understand the influence of the engineering technology on the environment, society, and earth, and cultivate the habit on lifelong learning.
  • Course Classification
    Course Classification Course Name
    A. Required Courses
    [CHE0001]SERVICE STUDY (1), [CHE0002]SERVICE STUDY (2), [CHE0003]SERVICE STUDY (3)
    B. General Courses
    C. Core Courses of college
    D. Core Courses of department
    [CHE0004]INTRODUCTION TO CHEMICAL ENGINEERING, [CHE1002]INTRODUCTION TO COMPUTERS, [CHE1003]MASS AND ENERGY BALANCES, [CHEM1021]GENERAL CHEMISTRY (1), [PHYS1021]GENERAL PHYSICS (1), [MATH1021]CALCULUS (1), [CHEM1022]GENERAL CHEMICAL LABORATORY (1), [PHYS1022]GENERAL PHYSICS LABORATORY (1), [MATH1022]CALCULUS (2), [CHEM1023]GENERAL CHEMISTRY (2), [PHYS1023]GENERAL PHYSICS (2), [CHEM1024]GENERAL CHEMICAL LABORATORY (2), [PHYS1024]GENERAL PHYSICS LABORATORY (2), [CHE2001]ENGINEERING MATHEMATICS(1), [CHE2002]ENGINEERING MATHEMATICS (2), [CHE2003]ORGANIC CHEMISTRY(1), [CHE2004]ORGANIC CHEM. (2), [CHE2005]ANALYTICAL CHEMISTRY, [CHE2006]PHYSICAL CHEM. (1), [CHE2007]PHYSICAL CHEM. (2), [CHE2008]UNIT OPERATIONS (1), [CHE2009]ELECTRONICS AND ELECTRICAL ENGINEERING, [CHE2010]ENGINEERING MATHEMATICS (1), [CHE2011]ENGINEERING MATHEMATICS (2), [CHE2012]ORGANIC CHEMISTRY (1), [CHE2013]ORGANIC CHEMISTRY (2), [CHE2071]ORGANIC CHEMISTRY LAB.(1), [CHE2072]ORGANIC CHEMISTRY LAB.(2), [CHE2073]PHYSICAL CHEM. LAB. (1), [CHE3001]UNIT OPERATIONS (2), [CHE3002]UNIT OPERATIONS (3), [CHE3003]INSTRUMENTATION ANALYSIS, [CHE3004]PROCESS CONTROL, [CHE3005]CHEMICAL ENGINEERING THERMODYNAMICS, [CHE3006]CHEMICAL REACTION ENGINEERING, [CHE3007]INSTRUMENTAL ANALYSIS AND ANALYTICAL CHEMISTRY, [CHE3071]INSTRUMENTAL ANALYSIS LABORATORY, [CHE3072]PROCESS CONTROL LABORATORY, [CHE3073]PHYSICAL CHEM. LAB. (2), [CHE5001]CHEMICAL INDUSTRY PROCESSES, [CHE5002]PROCESS DESIGN, [CHE5003]SEMINAR, [CHE5004]ENVIRONMENT, INDUSTRIAL SAFETY AND HYGIENE, [CHE5005]SEMINAR, [CHE5071]CHEMICAL PROCESSES LABORATORY, [CHE5072]UNIT OPERATIONS LABORATORY
    E. Area Courses
    F. Service-learning curriculums
    G. Biotechnology and Bioengineering
    [CHE2304]BIOCHEMISTRY, [CHE3315]INTRODUCTION TO BIOMEDICAL ENGINEERING, [CHE3316]GENERAL INTRODUCTION TO BIOENGINEERING, [CHE3317]GENERAL INTRODUCTION TO BIOMATERIALS, [CHE3329]INTRODUCTION TO FUNCTIONAL MATERIALS AND BIOMEDICAL APPLICATIONS, [CHE3333]INTRODUCTION TO SYNTHETIC BIOLOGY, [CHE3334]FUNCTIONAL MATERIALS AND BIOMEDICAL APPLICATIONS, [CHE3335]FUNCTIONAL MATERIALS AND APPLICATIONS
    H. Optoelectronic materials and nanotechnology
    [CHE3304]INDUSTRIAL ELECTRO-CHEMISTRY, [CHE3305]SEMICONDUCTOR PHYSICS & DEVICE, [CHE3306]MATERIALS SCIENCE PRINCIPLES, [CHE3307]POLYMER CHEMISTRY, [CHE3310]SURFACE CHEM., [CHE3321]SEMICONDUCTOR MATERIALS AND PROCESSING, [CHE5303]INTRODUCTIONS TO NANO MATERIALS
    I. Polymer materials and engineering
    [CHE3307]POLYMER CHEMISTRY, [CHE3308]POLYMER PHYSICS, [CHE3319]POLYMER NANO-COMPOSITES, [CHE3320]INTRODUCTION TO POLYMER PROCESSING, [CHE3324]INTRODUCTION TO POLYMER SCIENCE, [CHE3332]INDUSTRIAL CATALYSIS (1), [CHE5301]GREEN MATERIALSY
    J. Energy technology and process systems engineering
    [CHE3304]INDUSTRIAL ELECTRO-CHEMISTRY, [CHE3322]INTRODUCTION TO ENERGY TECHNOLOGY, [CHE5305]THE APPLIED TECHNOLOGY OF FUEL CELLS
    K. Others
    [CHE2301]ENVIRONMENTAL PHOTOCHEMISTRY, [CHE2302]JAPANESE (2), [CHE2303]JAPANESE(1), [CHE2305]INDUSTRIAL WASTE MINIMIZATION, [CHE3302]WASTE WATER TREATMENT PLANT DESIGN, [CHE3303]PETROLEUM REFINING TECHNOLOGY, [CHE3309]NUMERICAL ANALYSIS, [CHE3311]THESIS (1), [CHE3312]THESIS (2), [CHE3313]THESIS FOR M.S.(3), [CHE3314]FUNDAMENTALS OF MICROFABRICATION, [CHE3318]BASIC SOLID STATE CHEMISTRY, [CHE3325]PRACTICAL TRAINING, [CHE3326]INTRODUCTION TO CHEMICAL SENSORS, [CHE3327]CHEMICAL ENGINEERING READING AND REPORT, [CHE3328]INTRODUCTION TO TRANSPORT IN MICROFLUIDIC DEVICES, [CHE3330]PRACTICAL TRAINING(1), [CHE3336]DRUG DELIVERY SYSTEM AND DOSAGE FORM, [CHE4401]SUPERCRITICAL FLUID TECHNOLOGY, [CHE5302]TRANSPORT PHENOMENA
    Development