Courses

Mechanical Engineering HVAC MUST LEARN Concepts| Mechanical Engineering HVAC Course | Mechanical Engineering Expertise What you'll learn: The Interlink Between Mechanical Engineering and HVAC EngineeringHVAC Design Principles that Mechanical Engineers Should be equipped withHVAC Key Terminology that Mechanical Engineers Should be Familiar WithHVAC Design SequenceVarious Types of HVAC SystemsUnderstanding of Various HVAC ApplicationsHow to Conduct Basic HVAC based Calculations as Mechanical Engineers This an HVAC specialized course designed specifically for Mechanical Engineers who wish to enhance their knowledge and skills in the field of (HVAC) systems, heating, ventilation, and air conditioning This course is part of a comprehensive series of courses that address the unique needs and challenges faced by mechanical engineers in the HVAC industry.In this course, participants will delve into the field of HVAC Engineering and gain a deep understanding of the principles, design considerations, and practical applications. Through a combination of theoretical concepts and Practical Examples, students will develop the Awareness and Understanding of Key Concepts and Essentials that Every Mechanical Engineer should be equipped with.Through the Guidance of our Experienced Mechanical Engineering Instructors who are equipped with extensive industry experience and track record of excellence, you are going to acquire valuable information worth Years of Practical Field Experience.By completing this course, Mechanical Engineers will acquire specialized expertise needed to deal with the domain of HVAC. This knowledge will enable them to contribute further and develop their career , awareness , decision making and value towards becoming well rounded mechanical engineers that possess essential knowledge and skillset. This Course is the bridge between Mechanical Engineering and HVAC Engineering The Course will teach you the following: The Definition of HVACKey HVAC Principles and Technical Terminology that every Mechanical Engineer Should Learn.Types of HVAC Systems.Interlink between Mechanical Engineering and HVAC systems.The application of HVAC for Mechanical Engineers.HVAC Engineering Principles that Mechanical Engineers Should Know.HVAC Design Sequence to help you Stand out as a Mechanical Engineer.MUSTlearn terms and essentials for Mechanical Engineers exploring the field of HVAC. By the end of the Course you should be able to:Understand the various terminology used for HVAC systems.Understand how HVAC systems work from a Mechanical Engineering Point of View.Differentiate between HVAC systems.Identify HVAC system components.Explain and Discuss HVAC essential concepts as a Mechanical EngineerThe course is developed by a Project Manager , Mechanical Engineer and a Certified/Licensed Educator hence providing you with premium knowledge and exceptional Delivery. The Course also includes useful Downloadable resources that can supplement your learning Process. Our Courses have been Featured on Udemy as one of the Highest Rated and Suggested Courses for similar Aspiring Professionals , check out the reviews from our growing community who share similar learning goals and span over many technical professions.

Explore a comprehensive 12-hour course on welding techniques and processes in mechanical engineering. Gain in-depth knowledge of various welding classifications, including gas welding, thermit welding, resistance welding, and arc welding methods such as TIG, MIG, and SAW. Delve into submerged and shielded metal arc welding, solid-state welding processes, and learn about soldering and brazing techniques. Examine welding defects, electrodes, weld symbols, and testing procedures. Designed to prepare students for the RRB JE (Railway Recruitment Board Junior Engineer) exam, this course offers a thorough understanding of welding fundamentals and advanced concepts essential for aspiring mechanical engineers.

Learn fundamental principles of mechanical engineering through this comprehensive 12-week course covering essential concepts and applications in the field. Explore core mechanical engineering topics including mechanics, thermodynamics, materials science, and machine design under the guidance of Dr. Velmurugan from CIIIT Tiruchirappalli. Master the foundational knowledge required for understanding mechanical systems, engineering analysis, and problem-solving techniques used in mechanical engineering practice. Develop skills in applying theoretical concepts to real-world engineering problems and gain insights into various mechanical engineering disciplines. Build a solid foundation for advanced studies or professional work in mechanical engineering through structured learning modules delivered over three months by NITTTR.

Systems and Concepts in Basic Mechanical Engineering What you'll learn: Basics of Mechanical Engineering Concept This course is basic introductory course for all those who wish to learn technical concepts of Mechanical Engineering. Simple animations and basic definition will enhance your learning experience. Simple concepts and different basic systems of mechanical engineering will be covered here. Animations and diagrams will increase your interests while learning. Basic systems in Automobile , Shafts, Bearings, Gears etc. will be covered to give realistic application based feel of Mechanical Engineering.

Learn about the concept of flexibility in this 12-minute educational video from NPTEL-NOC IITM. Explore the principles, applications, and importance of flexibility in various contexts, gaining insights that can enhance your understanding of adaptable systems and approaches.

ABOUT THE COURSE:This course is the second part of a three-part series which gives a brief introduction about basic mechanical engineering concepts. The course, due to the huge amount of content, is split into three: This course encompasses the concepts of fluid mechanics including the basic concepts of fluid mechanics, the basic and important theorems, laws, and equations governing fluid flow, types of flow, and advanced concepts like aerodynamics. The course also discusses thermal sciences concepts like properties, state, equilibrium, heat, energy, and work, processes, cycles, heat transfer methods, etc. Some optimization concepts like gradient descent and simplex methods are also covered in this course. The course will enable the student to have a firm grasp on these basic concepts and will serve as an introductory course which will discuss these topics and help students to develop interest and knowledge in basic and core concepts of mechanical engineering.INTENDED AUDIENCE: Students of all Engineering and Science disciplines.PREREQUISITES: The student should have completed two semesters of UG Engineering or Science program.INDUSTRY SUPPORT: HAL, NAL, SAIL, ISRO

Dive into a comprehensive tutorial series designed for mechanical engineering students and professionals looking to master Creo software. Learn the fundamentals of Creo, starting with basic sketching techniques and progressing to advanced part modeling. Explore essential tools and features such as rounds, chamfers, mirrors, datum planes, and measurement tools. Practice your skills with hands-on exercises throughout the course, gradually increasing in complexity. Discover how to create profile and trajectory ribs, and master the use of draft tools for efficient part design. By the end of this tutorial series, gain the confidence to tackle real-world mechanical engineering projects using Creo's powerful modeling capabilities.

learn Machines Component Designing What you'll learn: Designing & Modeling of Spur, Helical, Bevel & Worm GearsDesigning & Modeling of Shafts & KeysDesigning of Hand, Foot & Bell Crank LeversSelection of springsSelection of BearingsLearn Design Procedure for a Machine If your interested in learning how the machines are designed. Then this course will be the first step toward this motive. This course provides you a clear understanding of how machines are designed. This is the first course in which you will learn the designing & modeling of supportive components.1. In the first module, you will learn the calculation related to gears like size, No. of teeth. Rpm requirements for gears. This module provides you a deep understanding of gear. This Module is particularly focused on Spur Gear, Helical Gear, Bevel Gear & Worm Gears.2. In the second module, you will learn shafts designing with the help of different cases. You will learn different formulas related to different shaft situations & about the size determination in shafts.3. The third module provides you the complete concept behind the working of levers. We will also learn the designing of most commonly used levers like Hand Lever, Foot Lever & Bell Crank Lever.4. In the fourth module, We will learn the different types of springs, Stresses in Spring & How to determine the size of spring. In this module, we will also discuss different factors for the selection of springs.5. The fifth module is focused on the selection of most widely used bearings Roller Bearings, their Nomenclature & Size determination.

Dive into the third class of the Prototyping in Mechanical Engineering series, focusing on fabrication techniques and their importance in mechanical engineering. Explore various manufacturing methods, including additive manufacturing, subtractive manufacturing, and forming processes. Gain insights into why fabrication skills are crucial for engineers and discover a comprehensive list of essential tools to own. Learn about the fundamentals of different fabrication approaches and their applications in prototyping and product development.

Dive into the second class of the Prototyping in Mechanical Engineering series, taught by Will Fischer. Explore crucial aspects of material selection for mechanical engineering projects, covering a comprehensive range of materials including metals, plastics, ceramics, and composites. Gain valuable insights into the properties, applications, and considerations for each material type, enhancing your ability to make informed decisions in prototyping and design processes. Learn how to choose the right materials for your projects, understanding their strengths and limitations to optimize your mechanical engineering prototypes.

Dive into the fourth class of the Prototyping in Mechanical Engineering series, focusing on essential topics in mechanical engineering. Explore fluid dynamics, thermodynamics, and valuable design resources. Gain insights from instructor Will Fischer as he covers fundamental principles and practical applications. Learn how to apply these concepts in prototyping and mechanical engineering projects. Discover useful tools and techniques to enhance your engineering skills and improve your design process.

Explore power transmission, linear actuation, and rotary actuation in this fifth class of the Prototyping in Mechanical Engineering series. Dive into essential mechanical engineering concepts as instructor Will Fischer guides you through key topics. Begin with an introduction, then delve into power transmission techniques. Learn about various methods of linear actuation before concluding with an examination of rotary actuation systems. Gain valuable insights and practical knowledge to enhance your mechanical engineering prototyping skills.

Dive into the first class of the Prototyping in Mechanical Engineering series, taught by Will Fischer. Explore the fundamentals of prototyping, including its importance in engineering and the mindset required for successful prototyping. Gain valuable insights into schematic drawings, learning why they are crucial, how to interpret them, and techniques for creating your own. Discover the process of inspection in mechanical engineering prototyping. This comprehensive video lecture covers course introduction, prototyping concepts, and practical skills in schematic drawing, providing a solid foundation for aspiring mechanical engineers and prototyping enthusiasts.

Learn how to solve diesel cycle numerical problems in this 15-minute tutorial designed for first-year BTech/BE students studying Basic Mechanical Engineering (BME). Explore the fundamental concepts and calculations involved in diesel cycle analysis, essential for understanding internal combustion engines and boiler systems. Gain practical skills in applying thermodynamic principles to real-world engineering scenarios.

Learn what design engineers do , how they do it and how to become one for Mechanical engineers, students and graduates What you'll learn: Learn about the Profession of Design engineering with scenariosWhat are the skills and knowledge required from a design engineer?What is the importance of Engineering analysis and types of engineering analysis?What type of considerations do design engineers make during design?For working Mechanical engineers, graduates and students DIsclaimer: This course is made from the perspective of a mechanical engineer entering into the field of Design engineering as a graduateDesign engineering is the core function of any product development effort in manufacturing .This course aims to build a holistic understanding of the profession of design engineering by covering Role of design engineer in developing products with 3 examplesThe Engineering Design process Insightful understanding of skills and knowledge required from design engineerUnderstand concept development, prototyping and research and why they are importantTeams in Mechanical product development The Design Life-cycle of a partUnderstanding Engineering analysis and how it fits into design engineeringLevels of engineering analysis and why computation is requiredThe various Design considerations to be made during design Engineering drawing importance, Cost of Bad design Why use GD&T in engineering drawings?take this course ifYou are aspiring to be a design engineer and want to understand more in detail as to what design engineers do You are enthusiastic about engineering and design and want to design your own products .

Learn how to manage your manager. In this course, adapted from the podcast How to Be Awesome at Your Job, Mary Abbajay explains how to build a good relationship with your boss.

Learn how to create and manage apps with SCCM and prepare for Microsoft certification exam 70-703. See how to deploy apps using PowerShell scripts, and deploy App-V virtual apps.

Explore the fundamentals of engineering materials in this comprehensive video lecture designed for BTech 1st Year students across all branches. Delve into the properties and classification of engineering materials, examining crucial concepts such as ductility, hardness, brittleness, creep, and fatigue. Gain essential knowledge applicable to basic mechanical engineering and various engineering disciplines.

Learn about Mechanical Engineering Education | Mechanical Engineering Career Paths | Mechanical Engineering Uni Courses What you'll learn: All about Mechanical EngineeringHow to become a Mechanical EngineerWhat is the educational requirement to become a mechanical engineerThe possible career paths of a Mechanical EngineerWhat are the different specialized Courses that can be taken Mechanical Engineering is one of the broadest engineering disciplines , whether we are talking about HVAC Engineering , Aerospace Engineering , Automobiles Engineering and many more industries...a Mechanical engineer would be part of the equation.In this course you will learn what it takes to become a Mechanical engineer , starting from the educational background all the way to the various career paths that you can take. This Mechanical Engineering Course serves as a great overall walkthrough for anyone who is interested in learning about the potential for mechanical engineering in order to know if this is the right path for them. we will explore the educational requirements to become a mechanical engineer in addition to the various courses covered at the university level all the way to the point of graduation finally we will explore the various career paths a mechanical engineer can take in the market.If you are interested in learning about mechanical engineering and have been asking yourself the following questions then this course is definitely for you.What is Mechanical engineering ?How to become a Mechanical engineer?What do you study at the university ?How long it takes to get the degree?What kind of courses will you take ?What kind of career paths and job opportunities that you can fill once your Graduate ?In addition to many other key important aspects of mechanical engineering.This course is designed and taught by a Mechanical Engineer, Project Manager & Certified Educator/Teacher with over 9 years in the field therefore you are guaranteed quality education along with an insider expertise on the subject

Listen to this 38-minute podcast episode featuring mechanical engineer and broadcaster Shini Somara as she explores the fascinating and often under-appreciated innovations transforming the engineering world. Discover how computational fluid dynamics (CFD) revolutionized our understanding and management of Covid-19, and learn about the dramatic changes in mechanical engineering driven by computing advancements and artificial intelligence integration in recent years. Gain insights into the evolving landscape of mechanical engineering and its profound impact on solving real-world challenges through Somara's expert perspective and engaging discussion with host Lia Hale.