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QLS Endorsed – Single Course
Advanced Diploma in Linear Programming at QLS Level 7

Advanced Diploma in Linear Programming at QLS Level 7

Development

5 students

(23 Rating)

About This Course

The Advanced Diploma in Linear Programming at QLS Level 7 offers a rigorous exploration of mathematical optimization for complex decision-making. Designed for professionals, this postgraduate-level course focuses on formulating and solving intricate linear models. Students master advanced concepts like the simplex method and sensitivity analysis to translate real-world challenges into precise mathematical frameworks.

The curriculum emphasizes practical application in logistics, finance, and manufacturing. Learners explore specialized topics such as integer programming and network flow to maximize efficiency. By utilizing sophisticated algorithmic approaches, the course equips individuals with analytical tools necessary for strategic resource allocation.

Achieving this Level 7 endorsement signifies a high standard of professional expertise. This qualification enhances careers by demonstrating a deep understanding of quantitative analysis. Graduates are prepared for leadership roles, possessing the technical proficiency to solve modern business complexities through optimized, evidence-based solutions

This Advanced Diploma in Linear Programming develops advanced analytical and optimisation skills used across business, engineering, logistics, and operational management industries. Learners gain practical understanding of solving complex mathematical and decision-making problems efficiently.

The programme also offers flexible online learning with structured advanced-level content and recognised certification. It enhances quantitative reasoning, technical competency, and career opportunities within data-driven and analytical professional environments.

This course is ideal for learners interested in operations research, business analytics, engineering, mathematics, logistics, and optimisation problem-solving. It is suitable for students and professionals seeking advanced analytical and technical decision-making skills.

It is also beneficial for managers, analysts, engineers, and researchers who work with resource planning, scheduling, or operational efficiency improvement. Anyone interested in mathematical optimisation and advanced quantitative analysis will benefit from this programme.

There are no strict formal requirements for this course. However, learners should have basic mathematical understanding, analytical thinking abilities, and access to an internet-enabled device for completing online study materials effectively.

The Quality Licence Scheme has endorsed this course for its high-quality, non-regulated provision and training programmes. This course is not regulated by Ofqual and is not an accredited qualification. Imperial Academy will be able to advise you on any further recognition, for example, progression routes into further and/or higher education.

Imperial Academy is an approved reselling partner for Quality Licence Scheme courses under One Education.

Upon successful completion of the Advanced Diploma in Linear Programming at QLS Level 7, you can order an original hardcopy certificate of achievement endorsed by the Quality Licence Scheme. The certificate will be home-delivered, with a pricing scheme of —

After successfully completing the assessment of this Advanced Diploma in Linear Programming at QLS Level 7, you will also qualify for the CPD Certificate from Imperial Academy, as proof of your continued development. Certification is available in PDF format, at the cost of £9, or a hard copy can be sent to you via post, at the cost of £15. International students will have to pay an extra £10 as postal fees.

Course Curriculum

Advanced Diploma in Linear Programming at QLS Level 7

Unit 01: Introduction

01:25:00
Unit 02: Constraints like >=

00:47:00
Unit 03: Mixed Type of Constraints

01:00:00
Unit 04: Mixed Constraints, Multiple Solutions

00:36:00
Unit 05: Mixed Constraints Again, A Good Practice Problem

00:26:00
Unit 06: All Constraints of ‘=’ type. No slack, Surplus or Artificial Variables

00:13:00
Unit 07: Constraints like >=, But Great Simplification

00:47:00
Unit 08: The Concept of Simplifying the Problem

00:28:00
Unit 09: Degeneracy Explained

00:45:00
Unit 10: Two-Phase Method

00:34:00
Unit 11: Sensitivity Analysis Explained with an Example Part 01

01:01:00
Unit 12: Sensitivity Analysis Explained with an Example Part 02

00:42:00
Unit 13: Duality in Linear Programming Part 01

00:15:00
Unit 14: Duality in Linear Programming Part 02

00:23:00
Unit 15: Solver tool

00:29:00
Unit 16: A Production Scheduling Problem for Formulation

00:26:00
Unit 17: An Infeasible Problem

00:14:00
Unit 18: Mobile Apps for Linear Programming Problem

00:21:00
Unit 19: Online Solutions

00:17:00