Certified Logistics Engineer Course

Why Select this Training Course?

A logistics engineer is a specialist who plans, evaluates, and improves supply chain networks to maximise the effective movement of products, data, and resources. To handle difficult logistical problems and guarantee that goods are delivered to the proper location at the right time in the most economical way possible, they use engineering concepts and advanced technologies. Logistical engineering is essential in sectors like manufacturing and retail, where competitive success depends on strategic planning and systems integration. Logistics engineers are essential to the smooth running of supply chains and the general prosperity of firms because they strike a balance between variables, including transportation, inventory control, warehousing, and customer service.

In this Rcademy Certified Logistics Engineer Course, you will gain all the skills required to become a certified logistic engineer. Working on projects with industry partners, you’ll get support from seminars and workshops. You’ll study data simulation, IT programming, and smart warehousing, among other crucial subjects, along with process evaluation and design. The training will provide you with the knowledge and self-assurance to assume responsibility in the areas of materials and finished goods forecasting, procurement, transportation, production, storage, distribution, and warehousing.

What does a logistics system engineer do?

A company’s logistics operations are reviewed and designed by logistics engineers to increase operational effectiveness and cut costs. They look for ways to minimise costs in sectors including shipping, transportation, information control, and information management for businesses. They collaborate closely with analysts, production managers, logistics team members, and other engineers. They offer suggestions on how to lower manufacturing costs while enhancing workflow effectiveness and product quality. Additionally, they draft, verify, and handle the Special Processing Instructions (SPIs) and SMPDs for the Depot and All Up Round Missile Missile Facilities. They create schedules of activities for integrated logistics support related to certain programmes and organise and lead meetings for the Live Fire LVSR and MTVR integrated project teams. Using specialised software, they start, update, and finish enterprise change requests. They also handle all aspects of a ship’s life cycle, from material acquisition to final distribution.

Is logistics part of industrial engineering?

Yes. Industrial engineering is concerned with enhancing the efficiency of strategic systems by integrating scientific, technical, and mathematical principles. Industrial engineers focus on solving technical problems to improve the functionality and efficiency of systems. These experts can utilise their expertise in different industries, including transportation, logistics, healthcare, technology, etc. Industrial engineers engage in several activities, such as production and operations planning, management, materials handling, and logistics.

Who Should Attend?

The Rcademy Certified Logistics Engineer Course is designed for industrial and logistics professionals such as:

• Supply chain coordinators responsible for organising and strategising supply chain activities, creating plans to facilitate programme execution, and maintaining strong collaboration with both internal and external stakeholders.
• Logistic officers and coordinators accountable for the coordination of the transportation, storage, and distribution of commodities.
• Procurement managers and officers tasked with the responsibility and obligation to carry out all procurement and logistical activities in compliance with the organisation’s rules and procedures.
• Warehousing managers responsible for supervising the activities related to receiving, storing, distributing, and maintaining goods.
• Transportation coordinators tasked with the responsibility of strategising, coordinating, and supervising the transportation of goods from the packaging location to the delivery destination.
• Freight forwarders liable for the transportation of commodities to overseas traders, as well as the retrieval of goods in the case of imports.
• Logistics service providers who assist organisations in effectively overseeing their supply chains, encompassing tasks such as warehousing, inventory management, shipping, and refunds.

What are the Course Objectives?

The main objectives of this Rcademy Certified Logistics Engineer Course are to equip professionals with the skills and capacity to:

• Gain an elaborate comprehension of the significance of logistics and supply chain management approaches and delivery strategies.
• Develop an understanding of business fundamentals that will enable you to comprehend the entirety of the logistics business landscape.
• Apply logistics data to achieve operational objectives in customer relations, transportation, inventory management, cost and sales forecasting.
• Learn how to integrate diverse technologies to improve the scale of shipping operations, goods handling and distribution.
• Acquire comprehensive knowledge of many operations, including inventory planning, logistics management, and supply chain management.
• Gain proficiency and acquire up-to-date insights and understanding of the newest trends and concerns in the industry.
• Understand many facets of a firm to make well-informed decisions in establishing a competitive framework and aligning supply and demand.

How will this Course be Presented?

This Rcademy Certified Logistics Engineer Course is participant-based and designed to meet the needs of participants while also helping them learn new things and improve on existing knowledge. The training will be delivered using a variety of methods and techniques that will encourage active learning by the attendees. The teachers for the study are experts in the subject who have worked in the field for many years. The modules were made after an extensive study was done on the subject.

This Rcademy Certified Logistics Engineer Course allows you to learn theory and practice by providing you access to lecture notes, slides, real-life examples, and case studies. There will be presentations, quizzes, seminars, workshops, and constant feedback on the lessons given to see how satisfied the participants are.

What are the Topics Covered in this Course?

Module 1: Introduction to Logistics Engineering

• What is logistics engineering?
• Key responsibilities of a logistics engineer
• Daily responsibilities for:
• Entry Level Logistics Engineers
• Mid-Level Logistics Engineers
• Senior Logistics Engineers
• Career requirements for logistics engineering
• Types of Logistics Engineers
• Supply chain design engineer
• Process improvement engineer
• Logistics systems engineer
• Transportation engineer
• Sustainability logistics engineer
• Inventory management engineer
• Logistics engineer work environment
• Logistics engineer working conditions

Module 2: Fundamentals of Logistic Engineering

• Core and supporting activities
• Multi-echelon Systems
• Logistics decision making
• Logistics system design
• Logistical planning of multi-echelon systems
• Inventory levels across the supply chain
• Forecasting and Demand Management

Module 3: Essential Skills For Logistics Engineers

• Warehouse management
• Adaptability
• Data analysis
• Maintenance procedures
• Integrated Logistics Support
• Inventory management
• Leadership
• Logistics
• Negotiation skills
• Project management

Module 4: Forecasting and Demand Management

• What is forecasting?
• What is demand management?
• Benefits of effective forecasting and demand management
• Challenges of forecasting and demand management
• Differentials in forecasting methods
• Types of demand management methods
• Latest forecasting models & demand planning
• Pricing and profits optimisation with aptitude limitations

Module 5:  Enterprise Engineering

• Enterprise scalability
• Systems and vertical integration
• Systems design and application
• Enterprise functions & procedures
• Enterprise engineering procedures and practices

Module 6: Inventory Control System

• What is an Inventory Control System?
• Types of Inventory Control Systems
• Importance of Inventory Control System
• Development of numerous inventory system models
• Appropriate demand approach collection
• Case study analysis of ICS application

Module 7: Quality Engineering

• Types of design quality
• Quality engineering process
• Designing high-quality products
• Quality control concept in engineering
• Challenges and methods at low cost

Module 8: Design of Production Systems

• Systems of production design
• Plant organisational principles
• Optimal arrangement of the plant
• The method of an industrial enterprise
• Characteristics of process and design reengineering

Module 9: Simulation Models of Engineering Systems

• Simulation techniques
• Model categories in engineering
• Engineering design process models
• Divisions of the engineering design process
• Methods of Software Process Improvement

Module 10: Integer Programming

• Use of Integer Programming
• Types Of Integer Programming problems
• What Is Integer Programming Algorithm?
• Sparse Integer Programming
• Integer Programming vs. Linear Programming

Module 11: Advanced Engineering Project Management

• An overview
• Stages of system analysis
• Project management stages
• Phases of a project life cycle
• Engineering projects management

Module 12: Stochastic Optimisation Overview

• What is Stochastic Optimisation?
• Robust optimisation vs. stochastic programming
• Types of decision models
• Stochastic large-scale models
• Decision-making models under uncertainty
• Decisions, data and models

Module 13: Network Flow Analysis

• Network flows
• NetFlow architecture
• Suspicious flows
• Parting shots
• Minimal cost flow algorithms
• Enterprise system configuration
• Deterministic and stochastic network flow analysis

Module 14: Enterprise Systems Integration & optimisation

• Master and transaction data transfer
• Supply networks overview & planning
• Optimal systems and procedure design
• optimisation techniques and heuristics
• Enterprise architectures & workflow modelling and design
• Systems integration procedure

Module 15: Emerging Trends and Technologies in Logistics Engineering

• Artificial Intelligence and Machine Learning
• Digital Twins
• Blockchain Technology
• Transportation Management System
• Big Data Analytics
• Cloud Logistics
• Internet of Things (IoT)
• Self-driving vehicles and drones