List of Online Courses and Certifications

Production planning is the process of creating a manual for the creation and production of a specific good or service. Organizations can increase the efficiency of their production processes with the aid of production planning. Asen Gyczew, a performance improvement, and startup expert, developed the Production Planning for Management Consultants & Analysts certification course, which is offered by Udemy to participants who want to work as business analysts or management consultants in industries like supply chain, production planning or manufacturing.

Production Planning for Management Consultants & Analysts online course comprises 4 hours of prerecorded lectures supported by 3 articles and 28 downloadable resources which aim to provide participants with a detailed understanding of the principles of production planning. Production Planning for Management Consultants & Analysts online classes discusses topics like business analysis, capacity management, KPI, continuous flow, and Kanban as well as teach how to quickly and effectively carry out production planning-related analyses, such as scenario and simulation analysis.

The most important procedure in the industrial sector is machine design. In general, machine design is involved in the creation of functional mechanics and power supplies. Designers generally diversify and may focus on things like the development of functional automotive components, engines, turbines, industrial machinery, and mechanization technology. Machine Design: Theories of failure and Design for fatigue online certification is designed by Mufaddal Rasheed - mechanical engineer, inventor & quora writer and is delivered by Udemy. 

Machine Design: Theories of failure and Design for fatigue online course is intended for applicants who are interested in learning more about the process of developing structural components of products to satisfy functional and durability requirements. With Machine Design: Theories of failure and Design for fatigue online classes, applicants will be taught about principal stress, shear stress, distortion energy, endurance strength, endurance limit, and several other theories of failure in static and dynamic loading conditions.

Mechanical engineering, which examines moving parts and systems, is one of the most adaptable and interesting branches of the engineering discipline. The human body, itself a highly sophisticated machine, is just one example of how mechanical engineering affects practically every facet of modern life. To design, analyze, construct, and maintain mechanical systems, mechanical engineers use principles from engineering physics, mathematics, and materials science. Mechanics / Statics - Introduction to Mechanical Engineering certification course, which is made available by Udemy to applicants desiring to learn the levels of mechanical engineering.

Mechanics / Statics - Introduction to Mechanical Engineering online training is an intensive course that will help individuals learn about engineering solid mechanics in a short amount of time which includes two hours of video lessons and 39 downloadable resources and unlimited mobile and television access. Mechanics / Statics - Introduction to Mechanical Engineering online classes covers a wide range of concepts applicable to many engineering scenarios like engineering stress, strain, forces (including Newton's Laws), etc.

The focus of statics, a subdivision of classical mechanics in which acceleration is believed to be zero, is the analysis of the force and torque (also known as moment) acting on physical systems in static equilibrium with their environment. It teaches learners to engage in the interplay of forces and bodies, as well as how to analyze word problems, extract relevant information, and then solve them. Engineering Mechanics: Statics certification course, which is made available by Udemy to applicants desiring to learn the fundamentals of engineering and who are interested in learning about basic mechanics. 

Engineering Mechanics: Statics online training is an intensive course that includes five downloadable resources and 25 hours of video lessons with access to mobile and TV without any limitations. Engineering Mechanics: Statics online classes cover topics including how forces and bodies act and react to one another. The applicant will learn how to analyze word problems, use free body diagrams, and operations, work with vectors and scalars, cartesian vectors, and the projection of a force along a line. 

Engineering mechanics is the adaptation of mechanics to the solution of issues using typical engineering components. This engineering mechanics course aims to expose students to mechanics challenges applicable to plausible real-world situations. Students should be able to recognize challenges of this nature in real-world settings and respond properly after having gained an inductive comprehension of the underlying concepts in the action through a thorough examination of specific types of situations. Udemy offers The Complete Engineering Mechanics Course certification course to individuals who want to understand the principles of engineering and are interested in learning about engineering mechanics.

The Complete Engineering Mechanics Course online training is an inclusive course that includes one article, 19 downloadable resources, and eight hours of video lessons with access on mobile and TV without any limitations. The Complete Engineering Mechanics Course online classes cover topics including textbook and solutions manual, SI units with significant figures, vector operations, and vector addition in algebraic geometry. The aspirant will learn three-dimensional cartesian vectors, free body diagrams, particle equilibrium, and vector position. The applicant will understand rigid body equilibrium, structural analysis, centroids, and second moments of area, which include internal forces on structural elements.

Pumps and motors are indispensable for several applications. Even so, they are frequently neglected and improperly sized, and their effectiveness is generally underestimated. With an ineffective pumping system, individuals will constantly waste valuable energy. A pump is a mechanical device that uses suction or pressure to elevate or transport liquid. A motor is an electro-mechanical device that converts electrical energy to mechanical energy. Pump and Motor Basics, Selection and Optimization certification course, which is made available by Udemy to applicants desiring to learn the fundamentals of fluid mechanics and who are interested in learning about basics in pump and motor applications.

Pump and Motor Basics, Selection and Optimization online training is an intensive course that includes six articles, eight learning downloadable resources, and 3.5 hours of video lessons with access on mobile and TV without any limitations as well as a certificate after completion of the course.

Pump and Motor Basics, Selection and Optimization online syllabus cover topics including an introduction to hydraulics, the conservation of mass and energy, Bernoulli's equation, head loss in pipes, friction loss in pipes, and minor loss. The aspirant will learn how to choose a pump and motor based on their features and size. The candidate will learn how much power and torque a motor needs, how to choose a motor for a pump application, how to deal with losses in a motor-driven system, and how to install a motor.

The strength of materials is a branch of engineering that examines a material's capacity to withstand mechanical forces. The strength of a material in a particular application is influenced by a variety of elements, such as its resistance to deformation and fracture, and it frequently depends on the geometry of the member being constructed.  Basic Concepts of Mechanics of Materials for Machine Design certification course, Udemy offers certification to individuals who want to observe the concepts of machine design in mechanical engineering

Basic Concepts of Mechanics of Materials for Machine Design online training is a comprehensive program with one article, three downloadable resources, and 4.5 hours of video sessions that will assist you in mastering the course which is accessible on mobile and TV without any restrictions. Basic Concepts of Mechanics of Materials for Machine Design online course includes an introduction to machine design, the distinction between strength and stress, fundamentals of engineering statics, machine design domains, and mechanical design paradigms. The participant will get a comprehension of fundamental concepts such as the generic process for strength analysis, free body diagram, force and moment equilibrium, and two principal types of loading, shear stress, and strain diagram. The aspirant will perceive bending geometries, the stress in the oblique plan, torsion, multiaxial loading, state of stress, and stress transformations.

All branches of mechanical engineering are based on engineering mechanics, especially statics. Statistics is an important part of your toolbox if individuals want to be successful engineers. Statics is a branch of classical mechanics that looks at the forces and torques acting on physical systems that don't move but are instead in static equilibrium with their surroundings. Mechanics: Introduction to Statics - Statics in 1,5 hours certification course, which is made available by Udemy to applicants aspiring to learn the fundamentals of engineering statics and basics of mechanics. 

Mechanics: Introduction to Statics - Statics in 1.5 hours online training is an inclusive course that will help you master 1.5 hours of video lessons, assignments, and a certification of completion with unlimited access on mobile and TV. online Mechanics: Introduction to Statics - Statics in 1.5 hours classes cover topics including fundamentals of mechanics, dynamics, statics, length, time, and mass. The aspirant will gain an understanding of basic quantities like velocity and acceleration. The applicant will learn Newton’s laws, the equilibrium and force components of a particle as well as reactions, support, and free body diagrams.

The numerous activities we engage in throughout our lives necessitate the use of force. Every action takes force, whether it is tossing a ball or lugging a bag. In fact, no action can be performed until we use force. In mechanics, the moment of force is an important term that is studied alongside the idea of force. Mechanical Engineering 101: Forces and Moments ( mechanics ) certification course, This course is provided by Udemy for individuals interested in understanding the fundamentals of mechanical engineering and forces and moments.

Mechanical Engineering 101: Forces and Moments ( mechanics ) Online training is a course that includes one article and one hour of video lessons that can be viewed on mobile devices and TVs at any time. Mechanical Engineering 101: Forces and Moments ( mechanics ) online classes cover topics including the concepts of forces, force causes, force units, and typical magnitudes. The candidate will get a thorough understanding of the classification of forces, the mathematical representation of a force, and force measurement laws. The participant will learn about moments, instances of moment calculations utilizing vector formulas, techniques for calculating moments, and the physical importance of a moment.

In today's fast-paced world, machines play a crucial part in making sure a wide variety of tasks can be completed efficiently. One of the cornerstones of the Mechanical Engineering discipline is the kinematics of machinery, which encompasses not only an understanding of machines and mechanisms but also the means by which to analyze those mechanisms.

The basic physical or chemical processes that cause or are involved in an action, reaction, or other natural events. A machine is a group of parts that work together to send forces, motion, and energy in a certain way., Fundamentals of Mechanisms certification course which is made available by Udemy to applicants desiring to learn the fundamentals of mechanisms for mechanical engineering.

Fundamentals of Mechanisms online training is a complete course that contains 43 minutes of video lectures with unlimited access to mobile and TV. 

Fundamentals of Mechanisms online classes cover topics including an introduction to kinematics, links, and types of links. The individual will learn the mechanism and its elements used in machines, and concepts of rigid and resistant bodies. The participant will gain an understanding of the mechanism of kinematics, machine, and structure. 

The study of materials, or "materials science," encompasses a wide range of academic disciplines. Materials engineering is the branch of engineering concerned with the creation and improvement of materials and the discovery of their applications in other areas of study and industry. The term "materials paradigm" refers to the body of knowledge that describes the connections between processing and structure and properties. This framework is used to further our knowledge in many fields of study, such as nanotechnology, biomaterials, and metalworking. Forensic science and failure analysis, which looks into the causes of accidents and injuries, rely heavily on materials scientists. Materials Science and material processing, part 1 certification is made available by Udemy to candidates who aspire to learn to understand the evolution of material science.

Materials Science and material processing, part 1 online training includes 3.5 hours of video, 34 downloadable resources, and a digital certificate upon course completion.

Materials Science and material processing, part 1 online classes consisting of history of materials and their structure, deformation, and fracture of materials, fundamentals of theory, technology, and nanomaterials.

Heat treating, also known simply as heat treatment, refers to a variety of thermal and metallurgical procedures used in industry to modify the physical and, in some cases, chemical qualities of a material. The metalworking industry is by far the most common use. Many other materials, including glass, are produced via heat treatments. To harden or soften a substance, for example, heat treatment includes subjecting it to intense heat or cold for a period of time. Annealing, case hardening, precipitation strengthening, tempering, carburizing, normalizing, and quenching are all examples of heat treatment processes. Phases & Heat Treatment of Steel certification is made available by Udemy to candidates who aspire to learn the phase system: diverse facts, including rules and numerical problems.

Phases & Heat Treatment of Steel online training includes 1.5 hours of video, one practice test, and a digital certificate upon course completion.

Phases & Heat Treatment of Steel online classes consisting of the introduction of materials, phase & component systems, softening processes, and hardening & tempering phase diagrams & their applications.

Physical metallurgy is one of the two principal divisions of the scientific approach to metallurgy, which examines the physical properties of metals and alloys in a methodical manner. As the title of a classic, challenging treatise on the subject, it focuses on the principles and applications of the theory of phase changes in metals and alloys. Whereas chemical metallurgy is concerned with the reduction and oxidation of metals, physical metallurgy focuses on the mechanical, magnetic, electrical, and thermal properties of metals, which are covered by solid-state physics. The calphad approach, capable of generating Phase diagrams, which serve as the basis for analyzing or approximating the physical properties of metals, is described. Material Science: Physical Metallurgy I certification is made available by Udemy to students who are curious about engineering metallurgy.

Material Science: Physical Metallurgy I online training includes one hour of video and ten downloadable resources which includes a digital certificate upon course completion.

Material Science: Physical Metallurgy I online classes consisting of material structure, properties, Structure of the atom, periodic table elements, states of matter, crystal lattice, and phase transformation.

Metal is plastically deformed during the rolling and re-rolling process by being fed between a pair of rolls rotating in the opposite direction. In order to form semifinished or finished shapes from raw or salvaged steel, and scrap products, this process is performed in a re-rolling mill, a partially automated rolling mill, or a manual rolling mill. In the metalworking industry, rolling is the gold standard. Blooms, billets, sheets, plates, strips, etc. are all manufactured by this process from metal ingots. The primary goal of rolling is to reduce the thickness of the metal and shape it into a specific profile. Several engineering, building, and fabricating tasks call for the utilization of rolled products. Steel Re-Rolling Mill: Basic TMT Rebar Production Course certification is made available by Udemy to candidates who are interested in learning the processes involved in making rebar from steel.

Steel Re-Rolling Mill: Basic TMT Rebar Production Course online training includes two hours of video and 102 downloaded materials that come with a digital certificate once the course is finished.

Steel Re-Rolling Mill: Basic TMT Rebar Production Course online classes consisting of states of matter, crystal lattice, phase transition, periodic table elements, atomic structure, and material structure.

Crystallography is the experimental study of determining the arrangement of atoms in crystalline substances. Crystallography is an indispensable part of materials science and solid-state physics. The term "crystallography" comes from the Greek terms (krystallos) meaning "clear ice" and v (graphein) meaning "to write." Its scope encompasses all solids with varying degrees of transparency. Prior to the invention of X-ray diffraction crystallography, the study of crystals relied on goniometer measurements of their geometry. Nowadays, crystallographic techniques rely on the examination of the diffraction patterns of a material targeted by a beam of some kind. Materials Science and Engineering : Crystallography certification is made available by Udemy to students who are interested in learning the basics of crystallography for chemistry and engineering.

Materials Science and Engineering : Crystallography online training includes five hours of video and one downloadable resource which includes a digital certificate upon course completion.

Materials Science and Engineering : Crystallography online classes consisting of crystal and lattices, crystallography, unit cell, lattices classification, symmetry, reflection, rotation, cubic-lattice-symmetries, and lattice-defining-symmetry.

Metallurgy and Corrosion Engineering for AIM/RBI certification course is designed by Mahendra Kumar Rastogi - Technical Authority in Oil & Gas Industry & Metallurgy Expert and is offered by Udemy and is available on Udemy, which is designed for students who want to improve their understanding of corrosion and metallurgy engineering concepts for risk-based inspection and asset integrity management. Metallurgy and Corrosion Engineering for AIM/RBI online course utilizes an iron-carbon phase diagram and the periodic table to help students comprehend material behaviour, alloy, corrosion, and metallurgical degradation in the oil, gas, and power industries.

Metallurgy and Corrosion Engineering for AIM/RBI online classes cover the fundamentals of risk-based inspection and asset integrity management, as well as the process of fabricating, shaping, and heat-treating metals and alloys. This course also covers the numerous chemical reactions that occur during the various stages of metal heat treatment, as well as how heat treatment affects corrosion resistance and metallurgical properties. This course also includes an overview of the damage mechanisms in the oil and gas sectors.

Module-2: Damage Mechanisms certification course id designed by Mahendra Kumar Rastogi - Technical Authority in Oil & Gas Industry and Metallurgy Expert which is delivered by Udemy which is intended for participants who want to learn about corrosion, metallurgy, and mechanical degradation damage mechanisms. Module 2: Damage Mechanisms online course by Udemy explains corrosion and metallurgical degradation damage mechanisms, as well as their identification, diagnosis, and supervising, as well as regulation and prevention in refineries, petrochemical plants, and oil and gas facilities.

Module-2: Damage Mechanisms online classes feature 41 hours of detailed video-based lectures which teach how damage mechanisms expertise is required for RBI in all processes, including what to analyze, were to analyze, how to analyze, and how to regulate and minimize corrosion. To provide a piece of practical knowledge, this course also covers case studies on root cause analysis (RCA) and hydrogen embrittlement.

Nanotechnology is a discipline of science and engineering concerned with creating, manufacturing, and deploying structures, technologies, and systems by manipulating molecules at the nanoscale. The technique promotes scientific improvement in a variety of fields, including medical, consumer goods, power, manufacturing, and business. Nanotechnology: Introduction, Essentials, and Opportunities online certification is developed by Milad Zoghi - Master Engineer of Nanotechnology and CEO of Right Vision, which is made available through Udemy.

Nanotechnology: Introduction, Essentials, and Opportunities online course is designed for candidates who want to master the principles of nanotechnology. Nanotechnology: Introduction, Essentials, and Opportunities online classes include almost 4.5 hours of learning resources as well as 16 articles and 8 downloadable resources on topics such as nanomaterials, nano economics, nanocomposites, nano-polymers, nano-coating, and more.

On the nanoscale, it has been found that the electronic properties of nanostructures change similarly to their optical properties. The conductivity of solid or macroscopic material is an illustration of how the electrical properties of nanoparticles can differ. How to Simulate Electronic Properties of Nano-Structures certification course is created by Milad Zoghi- CEO of Right Vision & Master Engineer of nanotechnology, which is made available through Udemy.

How to Simulate Electronic Properties of Nano-Structures online training is aimed at students who are interested in learning about the theories and characteristics of carbon nanotubes and graphene nanoribbons and who wish to begin researching nanostructures. Students who enroll in the How to Simulate Electronic Properties of Nano-Structures online classes will receive 2 hours of prerecorded lectures, 2 articles, and downloadable resources that cover a variety of topics, including energy band, energy level, tight binding, free electron, Hamilton matrix, Block theorem, periodic potential, band structure, and periodic structure.

The procedures used to produce micrometric and smaller structures are known as microfabrication and nanofabrication. These techniques allow for the development of microscopic devices by fabricating electrical and mechanical components utilizing several advanced microfabrication techniques. Introduction to Micro and Nano fabrication Techniques online certification is developed by Essam Berikaa - a professional instructor, which is delivered by Udemy.

Introduction to Micro and Nano fabrication Techniques online course comprises 3 hours of digital lessons that explain the fundamental concepts underlying each IC fabrication technique as well as the advantages and disadvantages of nano and micro-fabrication. Participants in the Introduction to Micro and Nano fabrication Techniques online classes are given control of the cleanroom facility and are offered an explanation of the fundamental concepts underlying each microfabrication and nanofabrication technique, including oxidation, etching, deposition, patterning, doping, lithography, metallization, thermal evaporation, and more.

Engineered nanomaterials are small molecules or composites that can be made to have better mechanical strength, chemical sensitivity, conductance, or optical qualities and are made using particles having at least one-dimensional size between 1 and 100 nanometers. It is well known that engineered nanomaterials benefit from a variety of functional advantages due to their distinct physical and chemical properties. Learn Engineering Nanomaterials certification course is designed by Ganesh B Dabhade - Assistant Professor, which is presented by Udemy.

Learn Engineering Nanomaterials online course is a self-paced learning program that consists of an hour-long of in-depth learning materials backed by four articles and assignments to offer candidates a solid understanding of the concepts of nanomaterials along with their classifications, applications, and properties. With Learn Engineering Nanomaterials online training, candidates will also be educated about subjects like carbon nanotubes, quantum dots, graphene, and more.

Nanodevices and nanosensors are technologies that require one or more nanoscale components to work and have at least one overall measurement in the nanometer. The Step by Step Guide to Design Nano Devices and Sensors online certification was developed by Milad Zoghi, Master Engineer of Nanotechnology and CEO of Right Vision, and is available through Udemy, which is intended to assist learners who want to learn quantum transport theory and create a systematic simulator for research activities.

Step by Step Guide to Design Nano Devices and Sensors online training provides more than 3.5 hours of in-depth lectures, 2 articles, and 3 downloadable resources that are all geared at assisting learners in developing the knowledge and abilities necessary to design nano-scale systems, such as atomically small devices and sensors. Step by Step Guide to Design Nano Devices and Sensors online classes cover NEGF, transmission probability, and I-V characteristics, as well as teach the learners how to build systematic simulators that would let them compute the transport characteristics and current-voltage of GNRs and CNTs in any aspect.

Steam cracking is a petrochemical technique for separating saturated hydrocarbons apart into lighter, usually unsaturated, hydrocarbons. The primary industrial process for creating lighter hydrocarbons such as naphthalene, liquefied petroleum gas, propane, methane, and butane is steam cracking. The steam cracking process - Petrochemicals / Oil and online gas certification are developed by WR Training - a digital learning platform providing petroleum petrochemical & chemical engineering courses, which are delivered by Udemy.

The steam cracking process - Petrochemicals / Oil and gas online training is aimed at the learners who wish to acquire an insight into the chemical processes, plant operations, and economics of a steam cracker plant to become petroleum engineers and chemical engineers. The steam cracking process - Petrochemicals / Oil and gas online classes provide 3 hours of video-based learning materials backed up by 2 downloadable resources that cover topics like steam cracking, petroleum refining, organic chemistry, hydrogenation, petrochemical, and more.