A survey in the Uk shows that the total number of skills required for a single job has increased by 10% year-over-year since 2017. Furthermore, one in three skills in an average 2017 job posting are already obsolete. Due to ongoing business disruption and rapidly evolving needs, emerging skills gaps have accelerated due to the COVID-19 pandemic.
And to help you bridge that gap, Course Cloud has prepared this comprehensive Industrial Engineering – Operations Research online course. Industrial Engineering – Operations Research covers a collection of necessary skills required to help you achieve your goals. In addition, our industry professionals will guide you through the process of establishing a solid foundation in Industrial Engineering – Operations Research.
The Industrial Engineering – Operations Research course is broken down into manageable sections, each of which will provide you with a new level of expertise. Our exclusive training in Industrial Engineering – Operations Research will equip you with the skills required to set yourself up for career success.
The Industrial Engineering – Operations Research provides internationally accepted certification upon successful completion. This certificate will add value to your resume and let you stand out among your peers. So enrol now and work your way towards becoming a highly sought-after professional at Industrial Engineering – Operations Research.
After successfully completing the course, you will be able to get the UK and internationally accepted certificate to share your achievement with potential employers or include it in your CV. The PDF Certificate + Transcript is available at £6.99 (Special Offer - 50% OFF). In addition, you can get a hard copy of your certificate for £12 (Shipping cost inside the UK is free, and outside the UK is £9.99).
|Industrial Engineering - Operations Research|
|Module 1: Scope of the Course||00:02:00|
|Module 2: What are Optimization Problems||00:02:00|
|Module 3: Mathematical Formulation of LPP||00:07:00|
|Module 4: Steps for Solving LPP||00:02:00|
|Module 5: LPP Formulation||00:05:00|
|Module 6: How to Draw Graphs||00:02:00|
|Module 7: Numerical Based on Graphical Method||00:08:00|
|Module 8: Shortcut Slope Method||00:03:00|
|Module 9: Binding Constraints & Special Cases||00:05:00|
|Module 10: LPP Analytical (Simplex) Method||00:06:00|
|Module 11: Numerical Based on Simplex Method||00:09:00|
|Module 12: What are Transportation Problems||00:04:00|
|Module 13: Allocations||00:04:00|
|Module 14: North West Corner Rule or DENTZY||00:04:00|
|Module 15: Vogel’s Approximation Method (VAM)||00:04:00|
|Module 16: Numerical on Transportation Problems||00:04:00|
|Module 17: Understanding Assignment Problems||00:02:00|
|Module 18: Hungarian Method or Flood Technique||00:04:00|
|Module 19: Numerical on Assignment Problem||00:03:00|
|Module 20: Solving Maximization Transportation||00:01:00|
|Module 21: The Appropriate Order||00:04:00|
|Module 22: SPT- Shortest Processing Time||00:04:00|
|Module 23: EDD- Earliest Due Date||00:03:00|
|Module 24: N Jobs in 2 Machines||00:04:00|
|Module 25: Numerical on N Jobs in 2 Machines||00:04:00|
|Module 26: Mathematical Study of Queues||00:04:00|
|Module 27: Why is Queuing Theory Important||00:02:00|
|Module 28: Kendall Notation||00:04:00|
|Module 29: Important Formulae||00:03:00|
|Module 30: Numerical on Queuing Theory||00:02:00|
|Module 31: Project, Activity & Event||00:02:00|
|Module 32: Rules of Network Diagram||00:01:00|
|Module 33: Types of Network Diagram||00:01:00|
|Module 34: How to Make a Network Diagram||00:02:00|
|Module 35: Network Analysis||00:01:00|
|Module 36: CPM- Critical Path Methods||00:02:00|
|Module 37: Computational Approach of CPM||00:06:00|
|Module 38: PERT- Program Evaluation Review Tech||00:03:00|
|Module 39: Numerical on PERT Analysis||00:04:00|
|Module 40: Why Study OR||00:03:00|
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