Courses

This panel discussion from the 2025 AI+Education Summit features state and district education leaders sharing their experiences implementing AI in educational systems. Join state superintendents and education technology leaders as they explore how policy frameworks can drive innovation while addressing critical concerns of equity and access. Hear from Tara Carrozza (NYC Department of Education), Kris Hagel (Peninsula School District), Catherine Truitt (Former North Carolina Superintendent), and Keith R. Krueger (CoSN) as they discuss the transformative potential of AI in education from a leadership perspective. Facilitated by Glenn Kleiman from Stanford Accelerator for Learning, this 58-minute session provides valuable insights for education administrators and policymakers navigating the AI revolution in schools. Recorded at Stanford University on February 25, 2025.

Learn about the Rules and Regulations of Civil Aviation in India und understand how to maintain wheels, brakes, landing gear system, the fuel and hydraulic system and finally inspect an aircraft in this Aircraft Maintenance course by IIT Kanpur

Cleaning and conditioning your fretboard, changing strings, 5 steps for easiest truss rod adjustment, what to check before buying a guitar.

Change strings, clean, maintain, and repair the ukulele.

Hello, and welcome to Linux System Maintenance! This course is designed to equip you with the knowledge and utilities needed to maintain a Linux system. The course begins with installing programs from their source code, starting with the process of downloading and unpacking source code, and then the actual installation process and patching. The next section covers backup operations, which include the directories to consider for backups, the utilities required to create a backup, and the different physical media that can be used to store the backup. The course ends with automating communication on the host through logon messages, and manually communicating with users using the wall and shutdown commands.This is meant to be a standalone course, but is also part of the learning path toward the LPIC-2 201 exam.

The demand of household electric equipment is increasing day by day as they have become the daily necessity for human beings to lead a comfortable life. Due to rapid development of technology in mechanization, different models of domestic equipment like geyser, microwave oven, refrigerator, air conditioner, washing machine etc. are available in the market. These machines have made household work much easier and faster. A breakdown in equipment is a possibility of misuse and mishandling. In order to avoid breakdown and defects of these devices regular maintenance is needed to reduce chances of failure. Maintenance of the domestic equipment is also necessary to keep it running smoothly and efficiently as well as for extending the longevity of the equipment. Therefore, understanding the machine capabilities and its operation is very important for optimal function of equipment. This course has been developed with a view to introduce different aspects of operating, maintaining and repairing various domestic electric equipment. Knowledge on maintenance of domestic equipment is very much essential for people to keep their household machine working at peak efficiency. Further, a deep insight into components, architecture, working principles, types, common faults and their troubleshooting is also provided, the information on which is very much needed for people working as a repair technician.

Crucial knowledge and practices for successful maintenance department What you'll learn: Maintenance Management Practices and Successful ToolsOverall View of Maintenance Management BasicsRecommended Practices for Successful Maintenance Organization This course should give audience a brief and an overview about maintenance basics, tools and foundation that all maintenance team members should be aware of.It will qualify audience for future programs or courses discussing all topics of this course into further detailsIn this course we shall overview the following topics:Maintenance StrategiesMaintenance Organization and FunctionsMaintenance Objectives and TargetsMaintenance KPI’sMaintenance and TechnologyCustomer Oriented Maintenance TeamRoot Cause AnalysisMaintenance BudgetRecommended Resources

Learn essential preventative maintenance for John Deere lawn tractors in this comprehensive video tutorial covering the 8, 20, and 50-hour service intervals. Discover the steps to keep your tractor running at peak performance, guided by the service interval counter. Explore the maintenance procedures for each interval, including proper greasing techniques and component replacements. Gain insights into the tools and materials needed, such as a heavy-duty grease gun, home maintenance kit, and specialized grease. Note that separate videos cover the 200-hour valve lash service, deck adjustment, and blade sharpening. Equip yourself with the knowledge to properly maintain your John Deere lawn tractor and extend its lifespan.

Explore how IoT sensors and machine learning are transforming industrial maintenance practices in this 15-minute conference talk from Conf42 ML 2025. Learn about different types of maintenance approaches and discover how predictive maintenance leverages IoT sensor technology to monitor equipment health in real-time. Understand the integration of machine learning algorithms that analyze sensor data to predict equipment failures before they occur, reducing downtime and maintenance costs. Examine real-world applications across various industries and explore the significant market growth in predictive maintenance solutions. Address the key challenges facing implementation of these technologies and gain insights into future directions for industrial maintenance automation. The presentation covers acoustic analysis techniques and provides practical guidance for organizations looking to modernize their maintenance strategies through data-driven approaches.

Learn how to clean your saxophone, DIY repairs, when to get your sax fixed, sax reed hacks, and more.

Explore maintenance engineering basics, and see why it’s essential to industry Maintenance of company equipment, procedures, and budget has always been important to ensuring optimal business performance. However, it has moved on from the trial-and-error approach used in the beginning of the twentieth century. Modern maintenance engineering involves applying engineering principles to optimise company equipment, budget, and procedures. On this three-week course, Luleå University of Technology will introduce the science, management, and other principles you need to be a maintenance technician in the 21st century. Learn maintenance engineering and technology basics The course begins with a thorough review of what maintenance engineering is, why it’s important, when it should be performed, and the tools and technologies it uses. The material is presented through practical and easy-to-understand examples, and you’ll find it extremely helpful whether you’re a new learner or a practiced maintenance technician. Understand and preserve reliability/maintenance balance Once you’re comfortable with the basic concepts, you’ll explore the relationship between reliability and maintenance, including how to measure and evaluate these key performance indicators. With the insights that you gain, you’ll appreciate not only how maintenance impacts reliability, but also the production costs and impacts of maintenance failures. Study with leading maintenance experts Luleå University of Technology is known for developing the skills required to be a maintenance engineer as academic disciplines, in close collaboration with modern industry. The course educators are also well-respected in the maintenance engineering field, and will further ensure that you are engaged and supported throughout your learning experience. This course is designed for practicing maintenance technicians, as well as anyone interested in learning the basic concepts of maintenance engineering.

The course of automobile chassis system inspection and maintenance is a core professional course in the field of automobile inspection and maintenance technology. This course aims to enable students to master the basic structure, working principle, inspection and maintenance methods of automotive chassis systems, cultivate their hands-on ability and practical operation skills, as well as rigorous and meticulous work habits. Through the study of this course, students will be able to be competent in the inspection, repair, and maintenance of automotive chassis systems.

Learn how to install, maintain, and upgrade SOLIDWORKS—both the standalone, home use, and network license versions.

Utilizing proper deployment and maintenance techniques is key when launching a Django-based web app. In this course, Django 3 Deployment and Maintenance, you’ll learn to configure Django deployment environments and update applications. First, you’ll configure deployments and message logging. Next, you’ll discover more about Django’s release schedule and how this impacts updating. Finally, you’ll learn how to upgrade Django and Python files for your project. When you’re finished with this course, you’ll have the skills and knowledge of Django deployments and upgrading needed to keep your web apps functional and up to date.

The Construction Equipment Maintenance & Safety specialization provides a detailed understanding of the best practices for maintaining construction machinery and ensuring workplace safety. To enhance performance and longevity, it covers preventive and corrective maintenance strategies for various equipment, including excavators, bulldozers, cranes, concrete mixers, and road-making machines. Learners will explore safety protocols, hazard identification, and risk management techniques to prevent accidents and ensure compliance with industry standards. The course also emphasizes the importance of equipment inspections, troubleshooting, and emergency response procedures, helping professionals optimize efficiency, reduce downtime, and create a safer working environment. Target Learners: Civil Engineering Students, Mechanical Engineering Students, Faculties and working professionals, Practicing Engineers in Construction projects

In this course, Django Deployment and Maintenance, you’ll learn to deploy your Django application and maintain it over its lifetime. First, you’ll explore managing settings across different environments. Next, you’ll discover best practices for managing errors and logging data for you project. Finally, you’ll learn how to keep your project updated with the latest versions of Django and Python. When you’re finished with this course, you’ll have the skills and knowledge of deploying and maintaining Django projects needed to deliver your application to your end users.

Proper database maintenance is critical for making sure that database workloads perform as well as possible. One of the simplest ways to implement database maintenance is to use the built-in Maintenance Plan functionality to schedule the critical database maintenance tasks - backups, consistency checking, statistics maintenance and index maintenance. The course starts by explaining how to configure Database Mail, and Operator, and alerts, all within SQL Server Agent. It then describes all the commonly-required maintenance tasks and shows how to configure them, along with do's and don'ts, plus some of the less commonly used tasks. After that it shows how to pull these tasks together into Maintenance Plans using the Maintenance Plan Wizard, the Maintenance Plan Designer, and through Integration Services packages. Finally the course discusses some of the alternative methods of implementing database maintenance through freely-available scripts. This course is perfect for anyone who is responsible for SQL Server databases, with any level of experience, from SQL Server 2005 onward.

Learn the fundamental principles and advanced techniques of pavement engineering through this comprehensive 8-week course covering design methodologies, construction practices, and maintenance strategies for both flexible and rigid pavements. Master the analysis of traffic loads, soil properties, and environmental factors that influence pavement performance while exploring material selection criteria including asphalt, concrete, and aggregate specifications. Develop skills in structural design calculations using empirical and mechanistic-empirical methods, and understand layer thickness determination for optimal pavement performance. Examine construction quality control procedures, compaction techniques, and best practices for ensuring long-lasting pavement structures. Investigate maintenance and rehabilitation strategies including preventive maintenance, corrective repairs, and reconstruction decision-making processes. Study pavement evaluation methods using both destructive and non-destructive testing techniques to assess structural integrity and remaining service life. Explore sustainable pavement technologies, recycling methods, and life-cycle cost analysis for economical and environmentally responsible pavement solutions. Gain practical knowledge applicable to highway engineering, airport runway design, and urban road infrastructure projects.

This course teaches you how to use SQL Server Integration Services (SSIS) to automate database maintenance work and save time. Start learning today! Every database administrator needs to have a database maintenance plan, whether they're looking after one database or 1000s of servers. Those plans can be split into regular, scheduled maintenance and on-demand operations for unscheduled requirements. In this course, SSIS Database Maintenance Playbook, you'll learn how to use the power of SQL Server Integration Services to get the job done and explore many related operations that will save you from searching for solutions or writing your own from scratch. First, you'll discover how to plan a maintenance schedule and the pillars that support that work. Next, you'll delve into the operations that you can use for work that come up less frequently, but still need to be done efficiently and correctly. Finally, you'll explore how to parameterize these operations as well as powerful methods for run-time control. When you're finished with this course, you'll have a great tool set that will save you time and get your database maintenance on a solid footing.

There are a growing number of jobs in railway engineering across Australia, making now the perfect time to upskill. If you’re looking to develop your expertise in railway engineering, this microcredential from Deakin University is for you. Over five weeks, you’ll gain a solid introduction to the railway industry. You’ll become armed with essential knowledge and skills to undertake planning and maintenance according to Australian national standards and guidelines. This microcredential provides an exceptional opportunity to upskill and unlock different career opportunities in the thriving Australian railway industry. Gain an introduction to railway systems You’ll start by exploring railway systems to learn how to adhere to relevant industry guidelines for planning and maintaining railway infrastructure systems. This foundational knowledge will help you navigate real-world scenarios and plan maintenance in accordance with rigorous Australian national standards. Develop an understanding of railway infrastructure Next, you’ll advance your understanding by exploring the complexities of railway infrastructure. You’ll learn how to tackle problems related to efficient and sustainable planning and maintenance. Understand the maintenance of railway systems Throughout the microcredential, you’ll delve into the multifaceted aspects of maintenance within the railway industry, covering civil, mechanical, signalling, and electrical systems. With this knowledge, you’ll develop the ability to utilise appropriate methods and processes for effective planning and maintenance of railway projects and operational systems. Gain skills you can immediately apply in the railway industry Finally, you’ll develop skills to help you communicate your knowledge effectively in a professional manner. You can immediately use these skills in the workplace or towards a postgraduate degree in engineering. This microcredential is one of a series exploring railway engineering. If you enjoyed it, you may be interested in joining Railway Engineering: Design. How will the skills I learn help in my career? Learning from the experts at Deakin University, you’ll align your expertise with industry standards, positioning you for career advancement. You’ll discover top industry insights to help you gain practical knowledge you can apply to real-world situations. How will I be assessed? Throughout the microcredential, you will mark steps as complete and then take a final assessment. This assessment is designed to test your learning and cement your new skills. Will I receive university credits? Upon successful completion of the written assessment, you’ll be awarded 0.5 Postgraduate Level Credits from Deakin University, and a Credly digital badge. You can either earn a stand-alone credential or build up your credits by completing more stackable microcredentials offered by Deakin University and work towards a full postgraduate degree.