- All
Basic Engineering
Fundamentals of Calculus
This course provides student with mathematical knowledge and analytical skills so that they are able to apply techniques of calculus to solve scientific and engineering problems.
Basic Engineering
Fundamentals of Physics - Mechanics & Heat
This course provides introduction to basic physics for engineers and knowledge and problems in newton's law of motion and conservation of energy.
Basic Engineering
Fundamentals of Physics - Magnets, Electrics, Waves, Optics
This course provides basic physics for engineers in magnets, electrics, waves, and optics problems. Subjects including modern physics, electromagnets, and light will be covered.
Basic Engineering
Statistics and Probability
Statistics and probability course will introduce basics in statistics for engineers, statistics tests, and probability to solve common problems in engineering and daily life.
Basic Engineering
Engineering Economy
The engineering economy course covers subjects including time value of money, ROR, cost analysis, project financing, and sensitivty analysis. The course also provides real-life problems including industry-related economy problems.
Basic Process Engineering
Fundamentals of Analytical Chemistry
This course covers basics and fundamentals of analytical and instrumental chemistry, including gravimetry, titrations, electrochemical, potentiometry, specstroscopy, and chromatography.
Basic Process Engineering
Cell Culture for Engineers
Cell culture course is a specialization course for bioprocess engineers, that covers subjects in tissue culture, animal culture, and bioprocess cell culture.
Basic Process Engineering
Chemical Engineering Thermodynamics
This course covers subjects in basic thermodynamics, ideal and non-ideal properties, process cycle, vapor-liquid equilibrium, and chemical equilibirium reaction.
Basic Process Engineering
Chemical Reaction Engineering
This course covers chemical reaction kinetics and mechanism, diffusion, multiple reactions, reactors and sizing, steady-state and unsteady-state operations, and non-isothermal reactors
Basic Process Engineering
Fluid & Particles Mechanics
Subjects covered in this course are properties of fluid, compressible and incompressible fluid, flow equipments (pumps, blowers, compressors), boundary layer, fluidized and fixed bed, and motion of particle.
Basic Process Engineering
Fundamentals of Heat Transfer
This course provides basic heat transfer principles: conduction, convection, and radiation, with some application in process engineering, including heat exchanger.
Basic Process Engineering
Mass and Energy Balances
This basic course for process engineers discuss mass balance, energy balance, reactions, separations, and processes that commonly faced by process engineers.
Basic Process Engineering
Fundamentals of Mass Transfer
Mass transfer course discuss topics in diffusion, multicomponent distillation, absorption and stripping, extraction, drying, adsorption, and membrane separations.
Basic Process Engineering
Numerical Computation for Engineers
This course provides various topics in numerical computations and methods, including linear-nonlinear equations, numerical integration-differentiation, and ordinary-partial differential equations.
Basic Process Engineering
Transport Phenomena
Transport phenomena course explains macro and micro balances phenomena that occurs in common until specific process engineering problems. The analysis is based on shell balances in a system.
Advanced Process Engineering
Process Equipment Design
This course provides explanation in heuristics when conducting design in process equipment, from pipe, flow equipments, separation equipments, heat exchangers, etc.
Advanced Process Engineering
Process Plant Design
As a capstone process engineering course, plant design includes topics in process synthesis, equipment design, heat exchanger network, process safety, and economical analysis of the plant.
Advanced Process Engineering
Product Design and Development
This capstone course provides topics in chemical and biological product design, and discuss topics including product manufacture, supply chain, and economic analysis.
Advanced Process Engineering
Bioreactor Engineering
Specialized course in bioprocess engineering that focuses on designing and engineering of bioreactors, with consideration in bacterial behaviours and kinetics.
Advanced Process Engineering
Chemical Process Simulation
Process simulation course provides hands-on experience in multiple process engineering software, like Aspen HYSYS, Aspen Plus, SuperPro, COMSOL Multiphysics, ANSYS Fluent, etc.
Advanced Process Engineering
Chemical Engineering Mathematics
This course provides topics in chemical engineering mathematics and analysis, that uses methods like ordinary differential equations, series solutions, and partial differential equations.
Advanced Process Engineering
Process Control and Dynamics
This capstone course provides explanation in process controls fundamentals and methods, including PID algorithm, instrumentation, stability analysis, and dynamics behaviour.
Basic Engineering
Organic Chemistry for Engineers
This course introduces organic chemistry fundamentals and applications for process engineers. The topics includes isomers, stereochemistry, hydrocarbons, etc.
Basic Process Engineering
Process Engineering Drawing
Process flow diagrams and Piping and Instrument Diagram is very fundamentals for process engineers and other engineers. This course will introduce PFD and P&ID using softwares like AutoCad and MS Visio.
Advanced Process Engineering
Plant Waste and Utility System
Utilites and waste are the most common processes in process industries. This course introduces utilities and wastes that most commonly met in process industries.
Basic Process Engineering
Physical Chemistry
Physical chemistry studies about the properties of a chemical based on their bonds, atoms, and solutions.