Courses

In an era marked by rapid advancements in science and technology, manufacturing technology has emerged as a linchpin for the economic prosperity of modern nations. It has evolved into a comprehensive system of knowledge known as manufacturing science, serving as the lifeblood of the manufacturing industry and a cornerstone of national economic development. Advanced manufacturing technology encompasses cutting-edge innovations in machinery, materials, information technology, and modern management techniques. These advancements span the entire spectrum of product development, design, manufacturing, and management processes, with a focus on achieving excellence in quality, efficiency, sustainability, and agility. Indeed, advanced manufacturing technology stands as a pivotal tool in enhancing the competitiveness of the manufacturing sector and serves as a critical foundation for driving comprehensive national growth. This course builds upon the foundations of traditional manufacturing technology to equip students with a comprehensive understanding of the cutting-edge techniques widely employed in modern manufacturing enterprises. The curriculum covers a broad spectrum of topics, including advanced design methodologies, state-of-the-art manufacturing processes such as additive manufacturing, precision manufacturing, and biological manufacturing, as well as advanced manufacturing paradigms like virtual manufacturing and green manufacturing. Additionally, students will delve into advanced manufacturing systems. Our instructors, who are experts and scholars in their respective fields, deliver each segment of the course content. Emphasizing a harmonious blend of theory and practical application, this course fosters the holistic development of knowledge, skills, and critical thinking abilities. It strives to create a well-rounded, interdisciplinary learning experience, enabling students to adapt effectively to the ongoing scientific and technological revolution and the evolving landscape of industrial change.

Enterprises that seek to become proficient in advanced manufacturing must incorporate manufacturing management tools and integrate data throughout the supply chain to be successful. This course will make students aware of what a digitally connected enterprise is, as they learn about the operational complexity of enterprises, business process optimization and the concept of an integrated product-process-value chain. Students will become acquainted with the available tools, technologies and techniques for aggregation and integration of data throughout the manufacturing supply chain and entire product life-cycle. They will receive foundational knowledge to assist in efforts to facilitate design, planning, and production scheduling of goods and services by applying product life cycle data. Main concepts of this course will be delivered through lectures, readings, discussions and various videos. This is the sixth course in the Digital Manufacturing & Design Technology specialization that explores the many facets of manufacturing’s “Fourth Revolution,” aka Industry 4.0, and features a culminating project involving creation of a roadmap to achieve a self-established DMD-related professional goal. To learn more about the Digital Manufacturing and Design Technology specialization, please watch the overview video by copying and pasting the following link into your web browser: https://youtu.be/wETK1O9c-CA

The Advanced Manufacturing Technology course is an important specialized course for mechanical-related majors in engineering colleges and universities. The course mainly introduces the connotation, system architecture and development trends of advanced manufacturing technology, as well as modern design technology, advanced manufacturing process technology, manufacturing automation technology, modern production management technology and advanced manufacturing production mode. It comprehensively presents the basic content and latest technologies of advanced manufacturing technology.

Variability is a fact of life in manufacturing environments, impacting product quality and yield. Through this course, students will learn why performing advanced analysis of manufacturing processes is integral for diagnosing and correcting operational flaws in order to improve yields and reduce costs. Gain insights into the best ways to collect, prepare and analyze data, as well as computational platforms that can be leveraged to collect and process data over sustained periods of time. Become better prepared to participate as a member of an advanced analysis team and share valuable inputs on effective implementation. Main concepts of this course will be delivered through lectures, readings, discussions and various videos. This is the fourth course in the Digital Manufacturing & Design Technology specialization that explores the many facets of manufacturing’s “Fourth Revolution,” aka Industry 4.0, and features a culminating project involving creation of a roadmap to achieve a self-established DMD-related professional goal. To learn more about the Digital Manufacturing and Design Technology specialization, please watch the overview video by copying and pasting the following link into your web browser: https://youtu.be/wETK1O9c-CA

COURSE OUTLINE: Sustainability aims to conserve energy and natural resources, and to ensure that they have minimal impact on the environment and society. It targets at fulfilling the needs of the presentwithout compromising the ability of future generations to meet their own needs. This course provides an overview of realizing Green Manufacturing Systems. Compared to conventional manufacturing process that is purely productivity driven; various strategies and applicationsare necessary to improve the ecology first focus of green manufacturing. Specific tools and relevant case studies are presented to provide an engineering approach to the course

Comprehensive 14+ Hours Course Coving all the Essential Topics of Manufacturing Processes for Engineering Degree. What you'll learn: Gain an understanding of the Importance & Classification of Plastics, Properties of Polymer Melts, and Inspection of Plastic Parts made by Molding Processes.Learn about Compression, Transfer, Blow, and Injection Molding Processes for manufacturing plastic products.Develop knowledge on Metal Forming Processes such as Rolling, Forging, Extrusion, Wire & Bar Drawing, Cutting, and Bending Processes.Acquire knowledge on Types, Advantages & Disadvantages of Metal Machining Processes.Get familiar with Turning, Boring, Drilling, Milling, and Grinding Processes that are used for Metal Machining.Understand the Types of Metal Casting Processes,Heating of Metals for Pouring into Molds & its Analysis, Behavior of Molten Metals and Alloys on Solidification.Learn about Sand Casting, Permanent Mold Casting, Die Casting, Inspection Methods for Metal Casting & ll kinds of Metal Casting Defects, and their Solutions.Gain knowledge about the Physics of Welding, Thermal Analysis of Fusion Welding, and Types of Welding such as Arc, Resistance, Oxy-Fuel and Pressure Welding. In today's rapidly evolving world, knowledge and skills are essential to thrive in any industry. The manufacturing industry, in particular, requires a diverse set of skills and knowledge to remain competitive and stay ahead of the curve. From plastic molding and metal forming to metal machining, metal casting, and welding processes, the manufacturing industry involves a vast array of complex processes that require a deep understanding of their principles, theories, and applications.Gaining knowledge and skills in these critical areas is essential for those who aspire to work in the manufacturing industry. It not only enhances their employability but also opens up new career opportunities. However, enrolling in individual courses to gain expertise in each of these areas can be time-consuming and costly. That's where the importance of a comprehensive course comes in. By enrolling in a comprehensive course that covers all of these critical topics, individuals can gain practical hands-on experience and develop the necessary skills and knowledge needed to succeed in the manufacturing industry. These five courses cover a range of essential topics and offer hands-on experience to prepare students for success. The Plastic Molding Fundamentals - SPE Certification Program course provides a comprehensive overview of the plastic molding process, including identifying common defects and implementing quality control measures. The Metal Forming Processes -Bulk Deformation & Sheet Metalworking course covers a range of metal-forming processes and their applications, offering excellent career prospects in various industries. The Fundamentals of Metal Machining Techniques & Machine Tools course covers the art of metal machining, providing a comprehensive understanding of the metal machining process and the skills needed to succeed in the industry. The Metal Casting: Techniques, Materials, and Product Design-AFS course explore the fundamentals of metal casting, including casting defects and their solutions, inspection methods, and product design considerations. Lastly, the Fundamentals of Welding Processes course provides learners with a solid understanding of power density, heat balance, and the different types of welding, making it perfect for beginners or experienced welding professionals. Enrolling in all five courses separately can be time-consuming and costly. However, you can get all of these courses just by enrolling in one course that covers all of these topics. This not only saves time and money but also provides a more comprehensive learning experience. By enrolling in this comprehensive course, you will gain a thorough understanding of all these essential topics and acquire the skills and knowledge needed to succeed in the manufacturing industry.

This specialization delves into the impact and implementation of Industry 4.0 technologies in manufacturing. Covering the evolution from Industry 1.0 to Industry 4.0, key technologies like IoT, AI, digital manufacturing, and robotics, and the enablers and challenges of adopting these innovations, learners will gain comprehensive knowledge and practical insights to navigate and lead in the digital manufacturing landscape. Disclaimer: This is an independent educational resource created by Board Infinity for informational and educational purposes only. This course is not affiliated with, endorsed by, sponsored by, or officially associated with any company, organization, or certification body unless explicitly stated. The content provided is based on industry knowledge and best practices but does not constitute official training material for any specific employer or certification program. All company names, trademarks, service marks, and logos referenced are the property of their respective owners and are used solely for educational identification and comparison purposes.

Advanced manufacturing is changing the way products are manufactured, from rapid turnarounds to customized short runs. Learn the skills and tools used in three key manufacturing processes: additive manufacturing (3D printing), subtractive manufacturing (CNC), and composites (fiber and resin).Research the available advanced manufacturing technologies.Discover how to design parts with advanced manufacturing processes.Explore the software and machines used in modern manufacturing.

Advanced manufacturing is changing the way products are manufactured, opening opportunities for rapid turnarounds and massively customized short runs. Learn the skills and tools used in three key advanced manufacturing processes: additive manufacturing (3D printing), subtractive manufacturing (CNC), and composites (fiber and resin).Research the available advanced manufacturing technologies.Discover techniques to design and manufacture parts with advanced manufacturing processes.Explore the software and machines used in modern manufacturing.

Study the fundamentals related to design and manufacturing of metallic products by Bulk and Sheet metal forming methods. What you'll learn: To become familiar with some of the basic metal forming processes like extrusion, rolling, forging, wire drawing and sheet metal workingUnderstand the fundamental concepts of different metal forming processes their engineering applications and limitations.Apply their knowledge to select suitable process, variables, tooling and machines/equipment to make the products from various metal forming processes.Determine the forces and power requirement in different metal forming processes.Investigate defects appeared in the products manufactured by various metal forming processes and determine their causes and remedies.Identification of metal forming parameters such as friction, temperature, the resistance of the material etc, necessary for defect free products.Analyze the interrelationships between various factors that influence the quality of manufactured products. The course on Metal Forming Processes is a highly valuable educational opportunity for students and professionals interested in the manufacturing industry. Metal forming processes play a critical role in the production of various products, ranging from automotive and aerospace components to household appliances. Therefore, gaining an in-depth understanding of the principles involved in shaping metals through plastic deformation is a must for individuals looking to enhance their skill set in this field.This course provides a comprehensive overview of the different types of deformation processes used in metal forming, including bulk deformation techniques such as rolling, forging, extrusion, and wire drawing, as well as sheet metal forming processes. Students will learn about the stress-strain curve, flow stress, and average flow stress, which are fundamental concepts that underpin the design and implementation of efficient manufacturing processes. Moreover, the course covers the analysis of various metal-forming operations and the equipment used in those processes.In addition to the technical aspects of metal forming, the course also covers the defects that can occur during metal forming processes and their potential solutions. This knowledge is critical in designing and implementing manufacturing processes that meet the growing demand for precision products and cost-effective production methods.Overall, the course on the Fundamentals of Metal Forming Processes is an excellent opportunity for individuals looking to pursue a career in the manufacturing industry or enhance their knowledge in this field. By enrolling in this course, students will acquire the skills and knowledge necessary to meet the increasing demand for precision manufacturing processes and become valuable assets in the industry. Reference books for this course:"Metal Forming: Mechanics and Metallurgy" by William F. Hosford and Robert M. Caddell"Sheet Metal Forming Processes and Die Design" by Vukota Boljanovic and J. R. Nagy COURSE OUTLINEIntroduction to the Fundamentals of Metal Forming ProcessesFundamentals of Metal formingTypes of deformation processes of metalBulk deformation (Rolling, Forging, Extrusion, Wire Drawing)Sheet metal workingStress-Strain CurveDerivation of the relation between stress and strainFlow stress and Average flow stressThe temperature in metal forming (Cold working and Hot-working)RecrystallizationIso thermal forming (recovery and Grain growth)Strain rate Sensitivity BULK-FORMINGPROCESSESRolling ProcessIntroduction of rollingShapes used for rollingTypes of rollingWorking on the rolling processAnalysis of the rollingRolling millsNo-Slip Point for rollingFlatness control and rolling defectNumerical Problems related to the rolling processForging ProcessIntroduction to forgingClassification of forgingTypes of forgingAnalysis of the forgingBarreling effect in forgingOpen Die forging and its practicesImpression Die forging and its practicesAdvantages and Limitations of Impression Die forgingFleshless forgingForging Press and Forging HammersNumerical Problems Related to the forging processExtrusion ProcessIntroduction to the extrusion processClassification of extrusionDirect and Indirect extrusionHot and Cold extrusionDirect and Continuous extrusionAnalysis of the extrusion processEffect of Friction on ExtrusionExtrusion Dies and OrificeExtrusion press and other extrusion processesNumerical Problems Related to the extrusion processDrawing ProcessIntroduction to DrawingDifference between drawing and wire drawingBar DrawingWire DrawingFeatures of Draw DiePreparation of the workAnalysis of the drawing process SHEETMETALFORMING PROCESSESSheet metal CuttingIntroduction to sheet metal cutting processCharacteristics of EdgesTypes of sheet metal cuttingSharingBlanking and PunchingClearance in Sheet metal cuttingAnalysis of sheet metal cutting processesNumerical Problems Related to the sheet metal cutting processSheet Metal BendingIntroduction of sheet metal bending processTypes of sheet metal bendingAnalysis of the sheet metal bending processNumerical Problems Related to the sheet metal bending processSpring BackSheet Metal DrawingIntroduction to the drawing processMechanics of drawingStages of deformationAnalysis of the drawing processTests of Drawing FeasibilityBlank force and blank size determinationNumerical Problems Related to the drawing processRedrawing, Reverse Drawing, and Drawing without a Blank holderOther drawing processes (Redrawing, Reverse Drawing, and Drawing without Blank holder)Defects in DrawingThe operation performed with metal toolingIroningCoining & EmbossingLancing & TwistingThe operation performed with flexible Rubber toolingGuerin and Hydroforming processNumerical Problems related to the other drawing processes Don't miss out on the opportunity to expand your knowledge of metal-forming processes. Hurry up and enroll in this course.

Achieve Regulatory Compliance with Cutting-Edge Data Integrity Techniques What you'll learn: 1. Understand and Apply ALCOA+ Principles:2. Implement Risk-Based Approaches for Data Integrity:3. Ensure Compliance with Regulatory Standards:4. Utilize Technology and Automation for Enhanced Data Integrity:5. Develop and Manage Data Integrity Systems:6. Investigate and Resolve Data Integrity Issues:7. Improve Audit Readiness and Reporting:8. Foster a Culture of Data Integrity within Organizations: Unlock the Power of Data Integrity and Compliance in Pharmaceutical Manufacturing!Are you ready to master data integrity—the cornerstone of compliance in the pharmaceutical industry? In today’s regulated world, ensuring the accuracy, reliability, and security of data is crucial for pharmaceutical companies. This Advanced Data Integrity for Pharmaceutical Manufacturing course is designed to equip you with the essential skills to safeguard data integrity across all stages of the manufacturing process, from production to quality control.Whether you're a pharmaceutical professional, quality manager, or compliance specialist, this course will take your knowledge to the next level by focusing on real-world applications, regulatory frameworks, and industry best practices.What You’ll Learn:Master Data Integrity Principles: Learn the ALCOA+ principles (Attributable, Legible, Contemporaneous, Original, and Accurate) and how they apply in a pharmaceutical manufacturing setting.Comply with Global Regulations: Understand the critical regulations, including FDA 21 CFR Part 11 and EMA Annex 11, ensuring your organization is audit-ready and fully compliant.Leverage Cutting-Edge Technology: Explore how electronic systems, audit trails, and HPLC instruments contribute to maintaining impeccable data integrity.Risk Management Strategies: Implement risk-based approaches to identify and mitigate potential data integrity breaches, ensuring continuous monitoring and improvement.CAPA for Data Integrity: Develop Corrective and Preventive Actions (CAPA) plans that address data breaches and ensure long-term solutions.Why This Course?Real-World Case Studies: Learn from practical examples of data integrity challenges and solutions in pharmaceutical environments.Interactive Learning: Engage with quizzes, case studies, and downloadable resources to apply your knowledge in real-time.Expert-Led Instruction: Benefit from insights and guidance from an instructor with over 25 years of experience in pharmaceutical compliance, quality management, and regulatory affairs.Career-Enhancing Skills: Data integrity is critical to any pharmaceutical career—this course will help you stand out and bring value to your organization by enhancing your compliance capabilities.Who Should Enroll?This course is perfect for:Pharmaceutical professionals working in production, quality assurance, or data management.Quality Managers aiming to improve data integrity practices within their teams.Compliance Officers looking to sharpen their regulatory knowledge.IT Specialists managing electronic systems in pharmaceutical environments.Don’t wait—join this Advanced Data Integrity for Pharmaceutical Manufacturing course today and gain the skills to elevate your expertise and ensure compliance in this critical area of pharmaceutical manufacturing!

A short & concise course on what you need to know about Sustainable Manufacturing What you'll learn: Understand the Concept of Sustainable ManufacturingLearn the Key Areas of Sustainable ManufacturingDiscover Emerging Advances in Sustainable ManufacturingUnderstand the Importance of Industry 4.0 and Circular Economy in Sustainable Manufacturing Being responsible for over 20% of accumulated greenhouse gas emissions, the manufacturing sector has been the third major contributor to the overall global environmental pollution. Given the high awareness of the need for a better quality of life, the socio-economic impacts of manufacturing activities are also globally recognized. According to the UN Environment Programme report, both the production and the consumption sides of the industrial cycle carry significant harmful impacts on the environment in the form of toxic gases and acidic substances released, as well as the immense drainage of non-renewable resources. Hence, manufacturing processes and the industrial supply chain are among the most damaging factors, where timely industrial action and policy intervention are crucial. Sustainable manufacturing has made big strides in recent years and has changed the industry considerably. This course introduces the subject of Sustainable manufacturing at the beginning and follows with a brief reminder on sustainability, and then dives into the concept of sustainable manufacturing. The course explains afterwards the pillars of sustainable manufacturing, which include Supply chain, Materials, Design and production, and management and policy-making. This course also takes an interest in emerging advances in Sustainable Manufacturing, such as Industry 4.0, Circular economy, Additive manufacturing, and the use of Sustainable materials. The topic of Sustainable manufacturing is covered from many angles through the following plan: IntroductionBrief Reminder on SustainabilityUnderstanding the Concept of Sustainable ManufacturingKey Areas of Sustainable ManufacturingEmerging Advances in Sustainable ManufacturingTake-home Lessons & Recommendations I hope you enroll in the course to learn interesting knowledge about the trendy topic of Sustainable Manufacturing!Regards!

The Snowflake Cloud Data Platform has a rich and flexible security model that enables the full data engineering lifecycle while keeping your data safe. In this course, SnowPro Advanced Data Engineer: Security, you’ll learn about the platform’s built-in security model, features, and capabilities to keep your data and account safe. First, you’ll explore the fundamental concepts in Snowflake’s security model, like authentication methods, role-based access control, and column security. Next, you’ll discover the different built-in security roles that Snowflake offers inside the platform and how they differ from each other. Finally, you’ll learn about the platform’s governance capabilities like row-level security and object tagging. When you’re finished with this course, you’ll have the skills and knowledge of Snowflake’s security features to tackle the SnowPro Advanced: Data Engineer exam.

Gain comprehensive knowledge of advanced test automation engineering through this extensive video course covering the ISTQB Advanced Test Automation Engineer certification syllabus. Explore exam structure, test automation purposes, success factors, system under test influences, tool evaluation, design for testability, and the generic Test Automation Architecture (gTAA). Learn about test generation, definition, execution, and adaptation layers, as well as configuration management and project test management in automated testing environments. Practice with sample questions to reinforce understanding and prepare for the certification exam.

About The Course:This course is about basic mathematics, which is a fundamental and essential component of all undergraduate studies in sciences and engineering. This course consists of topics in differential, integral, and vector calculus with applications to various engineering problems. This course will cover calculus of two or more variables in detail. Knowledge of ordinary differential equations are part of this course. Students will learn how to perform double and triple integrals. Topic in vector calculus includesline and surface integrals, Green, Gauss and Stokes theorem. PRE-REQUISITES :Higher SecondaryINTENDED AUDIENCE:All branches of science and engineering

Advanced manufacturing process for microsystem fabrication by Dr. Shantanu Bhattacharya, Department of Mechanical Engineering, IIT Kanpur. In this course, you will learn about Microsystems fabrication, the history behind MEMS, MicroSystems in Biology, EDM micromachining and MicroDrilling; Laser machining and PCB Making.

Explore the journey of becoming a manufacturing engineer in your spare time through this 20-minute Hackaday conference talk. Discover the transition from prototyping to productionizing for manufacturing, and learn about the speaker's personal quest to gain expertise in this field. Gain insights into the process of developing intuitive physical understanding of manufacturing techniques, documenting learnings, and leveraging opportunities to tour factories and interview manufacturers. Understand the challenges and rewards of pursuing a career change while maintaining a full-time job, and be inspired by the speaker's success in securing a part-time role as a manufacturing engineer. Delve into topics such as the importance of manufacturing, the role of a manufacturing engineer, and practical tips for finding spare time and increasing productivity. Learn how to circumvent traditional career paths and effectively transition into your dream role through dedication and hard work over time.

Are you curious about all the data loading options available for data movement in Snowflake? In this course, SnowPro Advanced Data Engineer: Data Movement, you’ll gain the ability to create, debug, and analyze data pipeline and data movement solutions in Snowflake. First, you’ll explore data loading. Next, you’ll discover Snowflake connectors. Finally, you’ll learn how to use Snowflake data shares. When you’re finished with this course, you’ll have the skills and knowledge of Snowflake data movement needed to prepare for the Snowflake Advanced Data Engineer exam.

Master advanced automation techniques and excel as an ISTQB® Certified Test Automation Engineer What you'll learn: Participate in creating a strategy for incorporating automated testing into the testing workflowAssess tools and technologies to determine the ideal automation solution for each project and organizationEstablish a framework and methodology for constructing a test automation architecture (TAA)Design and develop tailored test automation solutions that align with business requirementsSupport the shift from manual to automated testing methodologiesGenerate automated test reports and gather relevant metricsOversee and enhance testing assets to ensure maintainability and adaptability to changing (test) systems This course is designed for students who want to earn the ISTQB® Advanced Test Automation Engineer Certification V2.0 or enhance their knowledge of test automation strategies. Students will delve into the methodologies, techniques, and tools vital for advanced automation in software testing. Benefits of Advanced Test Automation Engineer Certification:As an ISTQB® Certified Advanced Test Automation Engineer, you will be able to:Participate in creating a strategy to incorporate automated testing into the overall testing process.Evaluate automation tools and technologies to determine the best fit for each project and organization.Develop a strategy and method for constructing a test automation architecture (TAA).Design and create new or adapt existing test automation solutions to meet business requirements.Facilitate the shift from manual testing to an automated approach.Establish automated processes for test reporting and the collection of metrics.Oversee and improve testing assets to ensure maintainability and adaptability to changing test systems. Why you should take this course:This course covers all the topics in the Advanced Test Automation Engineer syllabus, including:The Objectives for Test AutomationHow to Prepare for Test AutomationUnderstand the Generic Test Automation ArchitectureLearn Test Automation Reporting and MetricsUnderstand how to transition from manual to automated testingUnderstand how to verify the Test Automation SolutionLearn how to apply Continuous Improvement to Test Automation This course blends theory, practical examples, and practice questions to ensure you understand how to apply the concepts learned. Additionally, the lessons include real-life scenarios from the instructor's years of experience in test automation. After completing this course, you can take the ISTQB Advanced Test Automation Engineer exam and earn your certification. Enroll now and start your journey to becoming an ISTQB® Certified Advanced Test Automation Engineer! "This material is not accredited with the ISTQB". ISTQB is a registered trademark of the International Software Testing Qualifications Board.

Optimizing the performance of your Snowflake data platform is crucial for ensuring the efficiency and scalability of your data-driven operations. In this course, SnowPro Advanced Data Engineer: Performance Optimization, you'll gain the ability to become a Snowflake performance optimization expert. First, you'll explore techniques for troubleshooting underperforming queries, including identifying bottlenecks, outlining telemetry, increasing efficiency, and identifying root causes. Next, you'll discover how to configure Snowflake solutions for the best performance, including scaling out vs. scaling up, understanding virtual warehouse properties, optimizing micro-partitions and clustering, leveraging materialized views, and utilizing search and query acceleration services. Finally, you'll learn how to outline and use caching features, as well as monitor continuous data pipelines, including Snowpipe, tasks, and streams. When you're finished with this course, you'll have the skills and knowledge of Snowflake performance optimization needed to design, implement, and maintain highly efficient and scalable data solutions on the Snowflake platform.