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ChE UPLIFT

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Undergraduate Program Leading to Improvement of Faculty Teaching (UPLIFT) is a collaborative project of the Philippine Institute of Chemical Engineers Metro Manila Academe Chapter (PIChE MMAC)

Undergraduate Program Leading to Improvement of Faculty Teaching (UPLIFT) is a collaborative project of the Philippine Institute of Chemical Engineers Metro Manila Academe Chapter (PIChE MMAC)

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    • 1. Overview of U P L I F T - C h E Undergraduate Program Leading to Improved Faculty Teaching in Chemical Engineering Philippine Institute of Chemical Engineers Metro Manila Academe Chapter
    • 2. OVERVIEW
      • General Objective : To develop an enhanced syllabi for ChE Subjects
      • Key Result Area : Improved Faculty Teaching and Student Learning
      • Key Performance Indicator : Student passing rate in each subject
      ChE Graduate
    • 3. Phase 1
      • Date : May 14 – 16, 2005
      • Venue : Subic International Hotel
      • Participating Schools :
        • Adamson University
        • De La Salle University
        • Mapua Institute of Technology
        • Technological Institute of the Phil.
        • University of Santo Tomas
    • 4. Phase 1
      • Activities : Base-lining and Benchmarking for the following subjects
      • Differential Equations
      • ChE Calculations
      • Physical Chemistry
      • ChE Thermodynamic
    • 5. OUTPUT Learning Objectives Topic Teaching / Learning Activities Teaching materials / References Assessment Method Connectivity to
    • 6. Phase 2
      • Date : Nov. 5 – 6, 2005
      • Venue : Holiday Inn, Clark, Pampanga
      • Participating Schools :
        • Adamson University
        • De La Salle University
        • Mapua Institute of Technology
        • Technological Institute of the Phil.
        • University of Santo Tomas
    • 7. Phase 2
      • Objectives
      • Assessed the implementation of the output of Phase 1
      • Identified
        • Helping factors which paved way to easy implementation
        • Hindering factors
        • Best practices
      • Identified areas for improvement
      • Realigned plans accordingly
    • 8. Phase 3
      • Date : June 23 - 24, 2007
      • Venue : Days Hotel, Tagaytay City
      • Participating Schools :
        • Adamson University
        • De La Salle University
        • Mapua Institute of Technology
        • University of Santo Tomas
    • 9. Phase 3
      • Subjects Included
      • Principles of Transport Phenomena
      • Momentum Transfer
      • Heat Transfer and Mass Transfer
      • Separation Processes
    • 10. Phase 4
      • Date : July 14, 2007
      • Venue : De La Sallle University
      • Participating Schools :
        • Adamson University
        • De La Salle University
        • University of Santo Tomas
    • 11. Phase 4
      • Subjects Included
      • Chemical Reaction Engineering
      • Equipment Design
      • Plant Design
      • ChE Laboratory 1 & 2
      • Minimum Requirements for ChE Laboratory
    • 12. New Subjects in the 2008 Curriculum
      • Introduction to Biotechnology
      • Industrial Chemistry (Lec. & Lab)
      • Intoduction to Particulate Technology
      • Safety in the Process Industry
      • Quantitative Methods in Management
      • Track Electives
        • Food and Drug Manufacturing
        • Packaging Technology
        • Environmental Management
        • Energy Engineering
        • Biotechnology
    • 13. Phase 5
      • Date : Nov. 15, 2008
      • Venue : Villa Socorro Farm Resort,
      • Pagsanjan, Laguna
      • Participating Schools :
        • Adamson University
        • De La Salle University
        • Malayan College Laguna
        • Mapua Institute of Technology
        • University of Santo Tomas
    • 14. Phase 5
      • Subjects Included (under the 2008 Curriculum)
      • General Chemistry Calculations
      • Differential Equations and Advanced Math with Numerical Methods
      • Industrial Chemistry and Chemical Process Industries
      • Introduction to Biotechnology and Biochemical Engineering
      • Separation Processes
    • 15. Gen. Chemistry Calculations
      • Stoichiometric Calculations from Chemical reactions
      • Gases: Gas Laws and Gas Mixtures
      • Aqueous Solutions: Concentration, Solubility, Colligative Properties
      • Introduction to Thermodynamics: FIrst Law, Thermochemistry, Thermodynamics of Phase Transition
      • Chemical Kinetics: Law of Mass Action, Reaction Rates & Rate Equations, Temperature Dependence of Reactions
    • 16. Gen. Chemistry Calculations
      • Chemical Equilibria: Equilibrium Constants, Ionic Equilibria, Solubility Equilibria, Common Ion Effect
      • Electrochemistry: Redox reactions, Electrochemical Cells
      • Nuclear Chemistry: Nuclear Reactions, Radioactivity, Rate of Radioactive Decay
    • 17. Differential Equations
      • Ordinary Differential Equations: Solution of 1 st Order, 1 st Degree DE; Application of 1 st Order DE
      • Linear Differential Equation of Order n: Homogeneous and Non-homogeneous Equations (Method of Undetermined Coefficient and Variation of Parameters)
      • Laplace Transform: Definition, Inverse Laplace Transform, Solution of Initial Value Problems
    • 18. Advanced ChE Math w/ Numerical Methods
      • Fourier Series: Definition, Properties, Half Sine and Half Cosine Series
      • Partial Differential Equation: Analytical Solution (Method of Separation of Variables)
    • 19. Advanced ChE Math w/ Numerical Methods
      • Numerical Methods
        • Root Finding: Successive Substitution, Bisection Method, Regula Falsi, Newton’s Method
        • Systems of Equation: Gauss Elimination, Gauss Jordan, Gauss Seidel
        • Numerical Integration
        • Numerical Solution of ODE: Euler’s Method and Runge Kutta
        • Numerical Solution of PDE: Finite Difference and Stability Analysis
    • 20. Industrial Chemistry
      • Fundamental Chemical Principles of Synthesis
        • Underlying chemical transformations and their mechanisms
        • Influence of equilibria on synthesis
        • Stoichiometry
        • Energetics
        • Catalysis
      • Chemistry of Oils and Fats
      • Chemistry of Flavors and Fragrances
      • Chemistry of Saccharides
    • 21. Industrial Chemistry
      • Fermentation Processes
      • Polymer Chemistry
      • Petrochemicals
      • Industrial Acids and Bases
      • Paints and Industrial Coatings
    • 22. Introduction to Biotechnology
      • Introduction to Microbiology: Microorganisms as cells, Microorganisms and their natural Environment
      • Microbial World: Cell Structure, Microbial Diversity
      • Chemistry of Cells: Water in Living System, Molecular Structure of Living Matter
      • Enzymes: Nomenclature, Specificity, Immobilization, Industrial Application
      • How Cells Work: Central Dogma, Transcription and Translation, Regulation of Gene Expression, Mutation
    • 23. Introduction to Biotechnology
      • Major Metabolic Pathways: Catabolic and Anabolic Reactions
      • Cell Nutrients: Micro and Macro Nutrients
      • Microbial Growth: Batch and Continuous Culture, Effect of Environmental Conditions
      • Enzymes: Nomenclature, Specificity, Immobilization, Industrial Application
      • How Cellular Information is Altered: Recombinant DNA, Genetically Engineered Cells
    • 24. Biochemical Engineering
      • Introduction: Biochemical Engineering , Bioprocess
      • Enzyme Kinetics: Simple Kinetics, Enzyme Inhibition, Ideal reactors for Kinetic Measurement
      • Stoichiometry of Microbial Growth and Product Formation
      • Kinetics of Substrate Utilization, Product Formation and Biomass Production in Cell Culture
      • Design and Analysis of Bioreactors
    • 25. Separation Processes
      • Introduction: Stage-wise Operations and Different Separation Processes
      • Phase Equilibria: General Basis (Phase Rule, Raoult’s Law, Henry’s Law), Phase Equilibria of Different Processes (GLE, LLE, GSE, LSE)
      • Single Equilibrium Stages: Distillation, LLE, SLE, Adsorption
      • Multi-Stage Calculation
      • Membrane Separation
    • 26. UPLIFT 5
    • 27. Phase 6
      • Date : May 29-30, 2009
      • Venue : My Father’s Place,
      • Sta. Rosa, Laguna
      • Participating Schools :
        • Adamson University
        • De La Salle University
        • Malayan College Laguna
        • Mapua Institute of Technology
        • University of Santo Tomas
    • 28. UPLIFT 6 UPLIFT 6
    • 29. Phase 7
      • Held at Malayan Colleges Laguna
        • May 22-23
        • The workshop was participated by the officers and members who drafted a syllabus for the different elective courses that included outcomes-based learning objectives and learning activities.
      • Elective Courses Included
        • Energy electives
        • Packaging electives
        • Environmental electives
        • Biotechnology electives

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