Get updates on Eligibility, Admission, Placements Fees Structure
Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English | Self Study | Video and Text Based |
Course Overview
In this global economy, every business organisation needs to plan their strategies for the future regarding their production storage, and transportation and schedule them according to time needs. These scheduling and strategizing processes are extremely complex, for which computer-based optimisation techniques are the best ways to gain viable solutions. For this, the companies search for specialists who can easily solve their problems by using these computer techniques from this Advanced Modelling for Discrete Optimization online course.
The Advanced Modelling for Discrete Optimization certification course by Coursera is a perfect platform for candidates who want to pursue their careers in this field. The programme is offered by The University of Melbourne and The Chinese University of Hong Kong.
This course is made to focus on debugging and improving models in predicates and to teach the advanced scheduling and packaging of problems. It will train the candidates to master their skills in Modelling for Discrete Optimization and make them ready for the commercial world. The Advanced Modelling for Discrete Optimization training course will help them brush up on their skills and master them by standing out from the competition.
The Highlights
- 46 hours course duration
- 100% online programme
- Certification by Melbourne University and Chinese University of Hong Kong
Programme Offerings
- workshops
- assignments
- references
- quizzes.
Courses and Certificate Fees
| Fees Informations | Certificate Availability | Certificate Providing Authority |
|---|---|---|
| INR 2435 | yes | Coursera |
- The Advance Modelling for Discrete Optimization certification fee is Rs. 2,435 (including certificate)
- The course is free for those who do not opt for the certificate.
Advance Modelling for Discrete Optimization Fees Details
Particulars | Fees in INR |
With certificate | Rs. 2,435 |
Without certificate | Free |
Eligibility Criteria
Certification qualification details
To get the certification for Advance Modelling for Discrete Optimization certification by Coursera, it is a must for candidates to complete their curriculum as well as submit all the assignments and projects for reviewing on time. Also, there are evaluations in which the candidate must have passed successfully.
What you will learn
The candidate's post-completion of the Advance Modelling for Discrete Optimization certification syllabus will gain immense learning which is given below:
- The candidates will learn how to debug and improve models effectively
- They will gain hands-on experience in tackling complex project scheduling programmes in various forms
- The candidate will learn how to break symmetries that help increase problem-solving efficiency
Who it is for
The Advanced Modelling for Discrete Optimization certification is ideal for people who are computer programmers.
Admission Details
If you are willing to go for the Advance Modelling for Discrete Optimization classes admission process then you need to follow the below-mentioned steps:
Step 1: First and foremost thing for applying is to click on the programme URL https://www.coursera.org/learn/advanced-modeling
Step 2: You will find a button named Enroll For Free. Then click it.
Step 3: Sign up with your Google ID or Facebook ID.
Step 4: Your login ID Dashboard will be created. Then select from 2 options as in you want to purchase the certificate or you want ‘Full Course Access’ but no certificate.
Step 5: Proceed further for payment if you want a Certificate or else access the programme for free.
The Syllabus
Videos
- Welcome to Advanced Modelling for Discrete Optimization
- Model Debugging
- Tracing Models
- Relational Semantics
- Too Many Solutions
- Missing Solutions
- Basic Model Improvement
- Module 1 Summary
- Workshop 5 Solution
- Assignment Submission - IDE
- Assignment Submission - CLI
- Reference 1: Basic Features
- Reference 2: Booleans Expressions
- Reference 3: Sets, Arrays and Comprehensions
- Reference 4: Enumerated Types
- Reference 5: Strings and Output
- Reference 6: Option Types
- Reference 7: Predicates
- Reference 8: Flattening
- Reference 9: Transforming Data
- Reference 10: User Defined Functions
- Reference 11: Command Line Interface
Readings
- Course Overview
- Start of Course Survey
- “Building Decision Support Systems using MiniZinc” by Professor Mark Wallace
- Getting MiniZinc
- Workshop 5: Poetry Challenge
- About the Reference Material
Videos
- Predicates
- The let-in Construct
- Using Predicates
- Contexts
- Module 2 Summary
- Workshop 6 Solution
Readings
- Workshop 6: Weighing an Elephant: Part 1
Videos
- Basic Scheduling
- Disjunctive Scheduling
- Cumulative Scheduling
- Sequence Dependent Scheduling 1
- Sequence Dependent Scheduling 2
- Module 3 Summary
- Workshop 7 Solution
Readings
- Workshop 7: Visiting Zhuge Liang
Videos
- Square Packing
- Rectilinear Packing without Rotation
- Rectilinear Packing with Rotation
Videos
- Symmetries and LexLeader
- Matrix Model Symmetries
- Value Symmetries
- Dominance
- Module 4 & 5 Summary
- Workshop 8 Solution
Readings
- Where to from here?
- Workshop 8: The Dieda Plasters
- End of Course Survey
Instructors
University of Melbourne, Parkville Frequently Asked Questions (FAQ's)
In case you are facing any doubts, the professors can be approached to solve the doubts. You will also have the access to the videos to go through them again and understand the concepts.
For the course, the candidate is required to have a laptop and a strong WIFI connection so that they can work and learn without interruption.
There is no attendance required for this course the candidate can complete the course as per their pace.
We believe there is no age limit to gain knowledge, so there are no age limits for the candidate to enroll.
The course will start as soon as the candidate pays their enrolment fees. They will also get informed after the payment for the same.
The candidate will take 46 hours approximately to complete the Course. The hours may vary according to the candidate's learning capacity.
Since this is a small programme and with minimal fees, there is no way of getting a refund. The candidate can enrol for some other programme which matches their requirement.