What is Engineering Design?
Engineering design is defined as the method that engineers use to recognize and solve problems. It is an extensive and flexible approach to problem-solving and provides the necessary information needed regarding every step of the process. An engineering design is a collaborative effort of the team to identify problems underlying a process and find out ways to solve them.
How is Engineering Design used?
Zippia reviewed thousands of resumes to understand how engineering design is used in different jobs. Explore the list of common job responsibilities related to engineering design below:
- Supervised all types of survey in connection with highway detailed Engineering design and construction.
- Gather data and prepare the detailed engineering design.
- Prepare preliminary construction cost estimates as part of engineering design feasibility reports, project budgets, and applications for project funding.
- Reviewed and performed audits of construction documents for telecommunications tower, civil site, architectural, and microwave engineering designs.
- Project engineer responsible for civil engineering design and land development design of Utility Control Centers and commercial manufacturing sites.
- Performed engineering design, field investigations and estimating for water treatment plant and water supply improvement projects.
Are Engineering Design skills in demand?
Yes, engineering design skills are in demand today. Currently, 12,876 job openings list engineering design skills as a requirement. The job descriptions that most frequently include engineering design skills are highway engineer, piping engineer, and design engineer/drafter.
How hard is it to learn Engineering Design?
Based on the average complexity level of the jobs that use engineering design the most: highway engineer, piping engineer, and design engineer/drafter. The complexity level of these jobs is challenging.
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What jobs can you get with Engineering Design skills?
You can get a job as a highway engineer, piping engineer, and design engineer/drafter with engineering design skills. After analyzing resumes and job postings, we identified these as the most common job titles for candidates with engineering design skills.
Highway Engineer
Job description:
Highway Engineers are responsible for the design and implementation of road network projects. They are involved in road network maintenance, local road schemes designing, supervising construction teams, preparing tender contract documents, and administering risk assessments. Other duties include preparing construction cost estimates and ensuring health and safety directives are adhered to and prepare the project budget. Highway engineers also work with multi-stakeholders such as transport specialists, the public, and the client to deliver within the timeline.
- Autocad
- Highway Design
- Civil 3D
- CAD
- Engineering Design
- Roadway Design
Piping Engineer
Job description:
Piping engineers are engineering professionals who are responsible for the creation of piping systems that transport materials such as oil, gas, water, and waste from one location to another. These engineers are required to draw the blueprints for the system and then assist in selecting materials that are used to build the pipes and other piping components. They must travel to the installation site of the piping system and conduct surveys on the land for any irregularities. Piping engineers must also participate in cost management meetings with decision-makers to ensure proper budget allocation for the project.
- CAD
- Engineering Design
- API
- Pipe Stress Analysis
- Caesar II
- Equipment Layout
Design Engineer/Drafter
- Assembly Drawings
- Engineering Drawings
- Engineering Design
- Auto CAD
- GD
- Aerospace
Drainage Engineer
Job description:
A drainage engineer is primarily responsible for the construction of drainage systems and sewage. They are involved in the planning and designing of drainage systems, allocating the budget for its creation, and, together with the construction team, build the design on the location specified. They oversee the construction, making sure all instructions are followed. They are also responsible for maintaining the system, repairing if there is damage. They also check for any improvements in the market and apply them to the constructed drainage system.
- Hec Ras
- HEC-RAS
- Autocad
- Engineering Design
- Cost Estimates
- HEC-HMS
Evaluation Engineer
Job description:
The evaluation engineer's main job is to coordinate, monitor, and evaluate lower-grade engineers and technicians and track the progress and results they have obtained. They can also recommend repair and significant design modification changes to achieve overall objectives. They determine the equipment and materials needed for each project. They also analyze cost, capacity, electronics system requirements, and client's needs to determine project feasibility. They prepare the documentation that contains confidential information such as descriptions, specifications of hardware and software propriety, product development, schedules, product information, and product performance and weaknesses.
- MATLAB
- Test Equipment
- PCB
- Engineering Design
- R
- LabVIEW
Civil Engineer
Job description:
A civil engineer designs and supervises the construction of large-scale public works projects such as buildings, roads, tunnels, highways, airports, bridges, dams, and other substantial infrastructure. Most civil engineers work in the private industry, but some work for a government organization. Their output is almost everywhere. Many of them specialize in a specific project or practice a target profession such as in transportation, structural engineering, or geotechnical engineering. They oftentimes work at project sites, as they monitor the ongoing construction.
- Civil 3D
- Engineering Design
- Cost Estimates
- Project Management
- Construction Projects
- Engineering Projects
Design Supervisor
Job description:
A design supervisor oversees the daily operations of an organization's design team, ensuring projects are completed within deadlines, budgets, and client requirements. They are primarily responsible for understanding project specifications, establishing budgets and guidelines, coordinating with managers, delegating responsibilities, and conducting regular assessments and evaluations to ensure operations run smoothly and efficiently according to industry standards and regulations. They may also communicate directly with clients to provide them with updates, present reports to the director, and liaise with external parties such as suppliers and distributors.
- Autocad
- Engineering Drawings
- Engineering Design
- Graphic Design
- Design Software
- Design Drawings
Design Checker
Job description:
A design checker takes responsibility for the examination of engineering drawings of installations, assemblies, and parts to ensure completeness and accuracy. Design checkers review the drawings to check the application of geometric tolerances, the appropriate manufacturing details, and the best drafting practices. They are tasked to detect discrepancies or errors within the 3D design documents. It is their duty to annotate necessary changes and communicate with colleagues on how to come up with a better design.
- GD
- Engineering Drawings
- Creo
- Aided Design
- Engineering Design
- Solidworks
Principal Process Engineer
Job description:
A Principal Process Engineer is responsible for analyzing process technologies and proposal support for the engineering activities of the organization. They may work in various industries, such as chemical, petrochemical, agriculture, software development, and biotechnological.
- Process Engineering
- Continuous Improvement
- Engineering Design
- RF
- Process Control
- Process Improvement
Autocad Technician
Job description:
An Autocad technician specializes in producing blueprints and electronic design plans using special computer software. They may work in different industries such as construction, automotive, manufacturing, and electronics, working together with engineers in developing designs and computer models. Their job also entails creating 2D and 3D models according to the clients' preferences and project requirements, revise designs as necessary, and produce regular work reports. Moreover, an Autocad technician must maintain an open communication line with co-workers to ensure an efficient workflow.
- Civil 3D
- Revit
- Engineering Drawings
- Auto CAD
- Engineering Design
- Calculation
Electrical Engineering Project Manager
Job description:
An electrical engineering project manager spearheads and manages engineering projects, ensuring operations adhere to goals and budgets. Part of their job is to participate in identifying and meeting project requirements, set daily objectives and guidelines, manage project teams, and monitor processes, addressing and resolving issues should there be any. They may also liaise and negotiate with external parties, building positive relationships in the process. Moreover, being an electrical engineering project manager, they have the responsibility to lead and encourage the workforce to reach project goals while implementing company policies and standards.
- Electrical Engineering
- Project Management
- Autocad
- Engineering Design
- Engineering Services
- Electrical Design
Electrical Engineer Lead
Job description:
An electrical engineer lead is an engineering professional who works with clients and internal engineers to establish project requirements and work on multiple electrical projects. Electrical engineer leads provide the cost estimation of electrical projects and prepare budget proposals as well as assign personnel with the capabilities required to complete the assigned tasks. They are required to review the calculation methods to ensure that they comply with all regulatory and project requirements. Electrical engineer leads must also accurately check the electrical design calculations for electrical loads, short circuit, and voltage drop using standard electrical engineering software.
- Electrical Engineering
- Autocad
- Engineering Design
- Renewable Energy
- NEC
- Electrical Systems
Project Engineering Manager
Job description:
A project engineering manager's job is to oversee engineering projects in diverse industries, including transportation, software development, and utility industries. They are responsible for overseeing the development and implementation of intricate designs and evaluating and approving changes that may affect the scope, budget, and completion of a project. They also perform other essential tasks, including monitoring the project's progress and performance, developing maintenance plans, and preparing expenditure reports. Project engineering managers are also expected to resolve any issues that may arise from operations.
- Project Management
- Project Scope
- Engineering Design
- Autocad
- Capital Projects
- Project Execution
Electrical Project Engineer
Job description:
Electrical Project Engineers have licensed engineers involved in a project which specifically works on electrical or electricity-related concerns. They design the electrical systems that are needed for the success of the project. They draw up these systems using software and identify the materials needed to create these. They would then develop these systems by creating them using the materials and test if their design is working. Once they validate the design works and address the project's needs, electrical project engineers would work on controlling, maintaining, and repairing these systems as needed.
- Project Management
- Autocad
- PLC
- CAD
- Engineering Design
- Electrical Design
Associate Mechanical Engineer
Job description:
Associate Mechanical Engineers are usually entry-level mechanical engineers hired by the company. They help design and conceptualize mechanical assets, construct and install mechanical parts, and repair mechanical problems in the different machines they work with. Associate Mechanical Engineers should be licensed with specialized knowledge of the different activities involved in the role. They ensure that the model they are making is working properly. They also help out in operating machines and other mechanical equipment needed by the company. They are expected to know the science behind the different machines and the machinations at play.
- CAD
- Mechanical Design
- Solidworks
- Mechanical Systems
- Engineering Design
- FEA
Design Engineer
Job description:
A design engineer is responsible for creating systems and applications based on their expertise. Design engineers work through client specifications based on business needs. A design engineer also provides recommendations on improving existing systems to boost its performance and increase efficiency. Design engineers must have an excellent command of computer systems, programming codes, and technical data to ensure the system's stability and high-quality processes. A design engineer should also have strong analytical and time-management skills to perform tasks and meet deadlines.
- C++
- UL
- Project Management
- Work Ethic
- Engineering Design
- RF
Project Lead Engineer
Job description:
Project lead engineers are engineering professionals who are responsible for leading other professionals in completing a particular project. These engineers must develop a project management framework to be implemented throughout the organization based on the inputs from internal stakeholders and team members. They are required to train junior team members so that they can provide proper technical support functions. Project lead engineers must also prepare and review cost estimates for a variety of projects during bidding, construction, and post-construction phases.
- Project Management
- Renewable Energy
- Project Execution
- Engineering Design
- Autocad
- R
Senior Project Engineer
Job description:
A senior project engineer is responsible for monitoring the project team's overall process and operations from conceptualization until completion, ensuring the adherence to the clients' specifications, within the budget's goals, and the required deadline. Senior project engineers regularly communicate with the client regarding updates or necessary adjustments. They develop strategic procedures to finish the project efficiently by running diagnostic tests and troubleshooting discrepancies. A senior project engineer must have excellent communication and leadership skills to handle the team's performance and provide assistance when necessary.
- Project Management
- Construction Management
- CAD
- UL
- Engineering Design
- Cost Estimates
Engineering Project Specialist
Job description:
The primary role of an engineering project specialist is overseeing the project process until its completion. They are the ones who are in constant communication with the contractors, suppliers, and stakeholders, from accounting to inventory to deliveries and even to hiring new staff to increase the workforce, so that a project will be completed on time, with no missing parts, and with no fail. If a problem arises, engineering project specialists can troubleshoot and find a timely solution.
- Project Management
- Program Management
- BOM
- Part Numbers
- Engineering Design
- Project Engineering
How much can you earn with Engineering Design skills?
You can earn up to $71,538 a year with engineering design skills if you become a highway engineer, the highest-paying job that requires engineering design skills. Piping engineers can earn the second-highest salary among jobs that use Python, $107,432 a year.
| Job title | Average salary | Hourly rate |
|---|---|---|
| Highway Engineer | $71,538 | $34 |
| Piping Engineer | $107,432 | $52 |
| Design Engineer/Drafter | $51,518 | $25 |
| Drainage Engineer | $80,313 | $39 |
| Evaluation Engineer | $78,150 | $38 |
Companies using Engineering Design in 2025
The top companies that look for employees with engineering design skills are CDM Smith, Black & Veatch, and Wsp USA Buildings Inc. In the millions of job postings we reviewed, these companies mention engineering design skills most frequently.
| Rank | Company | % of all skills | Job openings |
|---|---|---|---|
| 1 | CDM Smith | 27% | 15,891 |
| 2 | Black & Veatch | 9% | 2,015 |
| 3 | Wsp USA Buildings Inc. | 7% | 2,609 |
| 4 | Ford Motor | 7% | 2,945 |
| 5 | Meta | 7% | 10,819 |
Departments using Engineering Design
| Department | Average salary |
|---|---|
| Engineering | $88,253 |
20 courses for Engineering Design skills
1. Engineering and Product Design Processes
Welcome to “Engineering and Product Design Processes!” In this short course, you will learn how engineering design processes and product design processes are carried out. After the course, you will be familiar with the steps in both design processes. You will also be familiar with the main goal of each design process, as well as their similarities and differences...
2. Basics of Plastics design for design engineers
Plastics as a family of materials have been exceedingly used for product design. Designing with the plastic materials is generally not so straightforward as steels and aluminum. Due to the dependency of material properties on various factors. This course is an attempt to collate the important considerations when designing with plastic materials. Topics covered: 1. What are polymers and plastics2. Difference between thermo plastics and Thermosets 3. Difference between amorphous and crystalline types4. The advantages and disadvantages of using plastics for design5. Importance of data and tests - Design approach6. Mechanical behaviour - Stress strain diagram7. Flexibility, rigidity, Ductile vs brittle behaviour, Linear and Non linear behaviour8. Yield point and Elongation9. Glass transition temperature and its importance10. Visco elastic behaviour - Models11. Phenomenon of Creep and how it takes place12. Creep rupture definition 13. Behaviur in Fatigue and Fracture toughness compared to steel14. Impact toughness and which plastics are superior compared to others? 15. Hardness property and its measurement , importance16. Abrasion and Friction properties. Plastics which are good selection for anti friction applications17. What are re-inforced plastics. Their impact and Anisotropy18. Designing plastics within the larger Design process. Steps to consider, checks to include. 19. Material selection guide and factors to consider when selecting apt material20. Dimensional stability, tolerances21. Design for Injection moldingThis course is designed to aid Design engineers in the Plastics product design activity. To go beyond CAD skills and develop holistic fundamental understanding of behaviour of plastics. Helping to make better material decisions and design decisions...
3. Engineering and Construction Design Management
Design drawings and information are developed to clearly document what we are going to be building. Design management is becoming an increasingly important part of engineering and construction projects. This is due to a variety of reasons including the increasingly common practice of outsourcing design scope, the increasing complexity of construction projects, the multiple engineering disciplines now involved in all projects, the need to address more stakeholder needs and achieve balanced project objectives including time, cost, safety, and performance. For these reasons, design management is becoming an increasingly important job on construction projects. The tools and techniques used in design management are needed by all construction management professionals. In our engineering and construction design management course, we are going to teach the basics of engineering design for infrastructure projects and the tools and techniques used by design managers. Our course is broken down into four sections: Section 1 - An Introduction to Design Management where we cover what design is, the contents and structure of the design, design development and design managementSection 2 - Design Development, where we go through the process of developing the detailed drawings and specifications that define what to build in detail and how to manage this process to ensure project outcomes are achievedSection 3 - Construction Phase Design Management where we look at managing the design during the construction phaseAnd finally, section 4 where we review the content of the course. If you are interested in mastering these critical skills and accelerating your career in construction management, make sure you enroll in the course!...
4. Unreal Engine 5 Environment Design
Want to get up and running quickly in Unreal Engine 5? Fancy checking out how to make best use of the new UE5 technologies, Nanite and Lumen?If you want to easily make your game level look AAA quality, or you're wondering how to design aesthetically pleasing environments, you're in the right place! You'll learn how to use Unreal Engine 5 to make AAA looking natural environments. Using its new features, Nanite and Lumen, you'll make beautiful looking levels. We'll show you how to import free assets from Quixel Megascan and hand place them in your environment, adjusting the look of individual assets so they blend with other assets in your level. You'll create an interesting level layout which guides the player through your level. We'll show you how to use the landscape and foliage tools to quickly bring your level to life and how to adjust lighting and post-processing, to get the best looking level possible. You'll get full lifetime access for a single one-off fee. The creators are qualified and experienced with modelling and coding, so are able to explain complex concepts clearly, as well as entertain along the way. All students have access to the Q & A forums where our Instructors, Teaching Assistants and Community are ready to help answer your questions and cheer on your success. So if you're interested in making great looking levels in Unreal Engine, or you fancy diving into Unreal 5's new features, this is the course for you!...
5. Instrumentation Design, Deliverables & Detailed Engineering
Course ObjectiveThe objective of this course is to provide the candidates the Detail knowledge and skills in Instrumentation Design discipline to facilitate faster learning curves while on the job. This course is to provide basic knowledge and skills in this discipline of Instrumentation Design Engineering for Oil & Gas sector. This course will cover the fundamental principles and concepts used in Instrumentation Design & Detailing. Upon completion of this course, students will have a clear understanding of the design principles used in Instrumentation System Design for Oil & Gas Energy Sector. The goal of this course is to provide delegates the Detail knowledge and skills into Design, Engineering, Construction, Commissioning operation & Maintenance in the field of Instrumentation Design Engineering for Oil & Energy Sector. What is Instrumentation Engineering?Instrumentation and control refer to the analysis, measurement, and control of industrial process variables using process control instruments and software tools such as temperature, pressure, flow, and level sensors, analyzers, Piping and Instrumentation Diagram (P & ID). Why Instrumentation Engineering?The purpose of an instrumentation engineer is to Conceptualize, Design, Detail, Maintain and Trouble shoot control system for its industry. Changed mindset and government's compliance put efforts to make safety as first priority against profits and production. Course Contents: Engineering Design Deliverables-Instrument Index IO DatabaseInstrument location PlanJunction Box Specifications, Vendor offer and drawingsAir Manifold Specification, vendor offer and drawings. Cable Specifications, Vendor offer and drawingsInstrument Hook - Up DrawingsCause & Effect DiagramAlarm Trip setting ListJunction Box WiringCable ScheduleAir Manifold ScheduleJunction Box LayoutsAir Manifold LayoutsCable Tray Specification, Vendor Offer and GADLevel SketchInstrument Air ConsumptionInstrument Power Consumption Bulk MTO...
6. Mechanical Engineering Design - Overview
Do you want to learn the most significant concepts of Engineering Drawing/Design?From the comfort of your home, at your own pace, without attending classes, or push your way through endless textbooks/online guides… Then boom! you are at the right place:)Even if you have NO knowledge about Drawing… this course will make you learn to understand all the aspects of Engineering Design. The course is divided into two parts. Additionally, from this course, you'll learn and get acquainted with ANSYS software for Numerical Simulation, ORIGIN software for data analysis, Tecplot 360 for results, and visualization. You will find videos in the course specially created for making you understand these! By the end of this course, you will be confident and proficient with the concepts of Engineering Design. The complete package will give you an opportunity to understand the methodology followed by the research organizations in developing novel designs. MAKING YOU AN EXPERT AND A PROFESSIONAL ENGINEERSign up today, and here's what you'll get:· All the knowledge you need to start building any DESIGN you can dream of· 500 dollars' worth of design assets· Assistance for your researchYou do not need to have any prerequisites for completing this course, we will teach you everything from the scratchRookie to Pro in Engineering DesignBy the end of this course you will be familiar with these concepts:· Engineering Drawing and its types- Orthographic Projections- First Angle and Third Angle of Projections- Symbol of Projection- View Selection- Basic Dimensions in Engineering Drawing - Tangencies and Intersections- Types of Lines used in Engineering Drawing- Basic Information in Engineering Drawing- Drawing Layout - Types of Drawing- Introduction to CAD (Computer Aided Designing)- Engineering Design Process- Features of CAD- Types of Modelling- Sample CAD modelling ExercisesDon't waste your time! Don't waste another minute of your precious life on poor quality videos on YouTube. Or instructors with accents you can't understand. Or teachers who have no real-world in-person teaching experience. Your learning and your time's worth more than that. As you sit there contemplating the sea of different courses, you'll realize that there's no reason to deliberate. The best course is right in front of your eyes. I am looking forward to Teaching you all About the concepts of Engineering Design from the Technical Drawing to the Computational Aided Designing...
7. Unreal Engine: Intro to Game Design
In this introductory game design course, I will be guiding you step by step through the construction of a simple shooting gallery game using the Unreal Engine: THE premier free to download gaming engine! (AND the SAME engine used to build Fortnite). This course contains over 90+ fun-to-follow video lessons. Things learned in this course include: How to setup and create a project in the Unreal EngineHow to add on (free!) content packs from the Epic Games MarketplaceHow to navigate and use essential tools available in the Unreal Engine such as the Level Editor, Particle Editor, Sound Editor, etc. How to create a basic game design documentHow to create a graybox (rough draft) levelHow to dress up (make pretty!) levels using static meshes, materials, particles, sounds, and lights. How to create interactive objects using Blueprint Scripting (NO CODING KNOWLEDGE REQUIRED!) including... How to create VariablesHow to create FunctionsHow to use Event, Flow Control, and Timeline nodesHow to organize your blueprints and scriptsHow to create interactive menusHow to create a game HUDHow to add rain to your levelHow to create your own customized projectile How to package a projectAnd more! With the knowledge gained in these video lessons, you'll be armed with the necessary skills to start building your OWN gaming creations (WITHOUT any programming knowledge needed!)...
8. Unreal Engine 5 - Environment Design
In this class you are going to learn how to create AAA looking scene in Unreal Engine 5 from scratch. I will walk you through the process of creating this amazing scene from idea to final composition and rendering. This class is not for beginners as I will not teach the basics of Unreal Engine 5. You should be able to know how to navigate and have basic knowledge of the Unreal Engine 5 Interface. I've include the asset files in an archive attached to this class. Keep in mind that Ray and R2D2 models are with non-commercial license. You can't use those models in a commercial project, just in personal only! What you will learn in this class?How to generate ideas. The basic idea behind blocking out your scene. Learn how to use Quixel Megascans in Unreal Engine 5Setup great lightning, atmosphere, fog and moreRender a final image from Unreal Engine 5By the end of the course, you'll be very confident. You will be able to create complete 3D environment from scratch. No matter in what field you are games or films, you will be able to create stunning 3D scenes by completing this course. You will master how to use quixel megascans library and how to think and get inspired to create beautiful scenes...
9. Diploma in Highway Design (Transportation Engineering)
(More E-Content will be added on weekly basis). Course ContentsCourse Objectives: To provide a coherent development to the students for thecourses in sector of Engineering like Transportation & Traffic Engineering etc. To present the foundations of many basic Engineering tools and concepts related Highway Engineering. To give an experience in the implementation of Engineering concepts which are applied in field of Transportation Engineering To involve the application of scientific and technological principles of planning, analysis, design and management to highway engineeringCourse Syllabus:-1. Highway Introduction, Planning &Development Highway planning in India, Development, Rural and urban roads, Road departments in India, Road classification, Road authorities i. e. IRC, CRRI, NHAI, NHDPetc2. Highway Alignment & Surveys: Reconnaissance, Aerial surveys, Location surveys, Location of bridges, Problems in rural and urban areas. Highway drawings & reportsHighway project preparation3. Highway Geometric Design Topography and physical features, Cross section elements like carriageway width, formation width, right of way, etc., friction, Light reflecting characteristics, roughness, camber, sight distances, horizontal alignment, design speed, minimum radius, super-elevation, transition curve, gradients, design of summit and valley curves4. Highway Construction MaterialsAggregates and their types, physical and engineering properties, Fillers, Bitumen, Characteristics, Emulsions and cutbacks, Basic tests on all materials. 5. Highway Construction Construction of various types of roads, Joints in cement concrete pavements, Road side development: Arboriculture, street lighting.6. Design of Highway Pavements Design of flexible (G. I. method and CBR method using million standard axles) and rigid pavements (Fatigue concept of pavement design), Maintenance of pavements7. Highway Drainage & MaintenanceImportance of highway drainage, Pavement failures, strengtheningof existing pavements, Surface and sub-surface drainage arrangements, sketches and design8. Highway Economics & FinanceFinancing of road projects, administration of roads, PPP models, Road safety audit, Methods of economic evaluation of highway projects9. Traffic EngineeringRoad user characteristics, vehicular characteristics, traffic flow characteristics, speed, traffic volume studies, parking studies -definition, purpose, types, survey methods. Accident studies -purpose, types, causes, collision diagram, condition diagram, preventive measures. Traffic control devices like pavement marking, signs, signals. Traffic management, various types of intersection and their designconceptDetail knowledge of Geometric Design of Expressway & Advanced Transportation Engineering will make you expert, also you will be taught higher design consideration and parameters for expressways. You will also learn Geometric Design for HIGHWAYS and RAILWAYS on advanced bentley software. The course will also include case study of super communication expressway. The course will also include case study of super communication expressway. THIS COURSE CONTAINS TOTAL SIX MODULES, EACH MODULE IS HAVING VARIOUS SUBTOPICS EXPLAINED. THIS COURSE IS BEST SUITABLE FOR THE STUDENTS WHO FIND THIS SUBJECT AS DIFFICULT, BECAUSE ALL THE COMPLEX PROBLEMS ARE DISCUSSED IN SIMPLE MANNER ON CLOUD WHITEBOARD TECHNOLOGY, ALSO ADVANCED POWER POINT PRESENTATIONS, ANIMATIONS ARE USED SO AS STUDENTS SHOULD UNDERSTAND IN EASIEST WAY....
10. Piping Design Engineering & Piping Isometrics Masterclass
Piping System Drafting Design & Fabrication with IsometricsThis 10 hour masterclass is organized into 2 parts: PART I: PIPING SYSTEMSPART II: PIPING ISOMETRICSIn part I, we will:1. Break down for you all the piping system design and construction principles into easily digestible concepts like joining technologies, welding methods, pipe expansion handling, calculation of distances between piping supports and dimensioning of pipe guides and anchors…2. Illustrate using 3D animations and cross-sectional views the main piping components, state their function, their operating limits, their material of construction and their installation procedures such as pipes, flanges, fittings and valves...3. Provide proven guidelines and best practices for design, construction, installation and maintenance of piping systems in accordance with the codes and standards defined by the ASME & ANSI. The concept of Piping Specifications and Piping Classes will be discussed in exquisite detail with numerous practical examples4. Show you how to design a piping system from scratch. This valuable and proven piping design method * is actually what we use at our petrochemical plant to design a new piping system or to modify an existing one.* This design method is presented at the end of part I. For this reason, we do highly recommend starting the course from the beginning and navigating through all the sections in the order we have established so that you will be in better position when tackling the design section. In part II, we will make you a Piping Isometric expert and you will know not only how to read, interpret and successfully understand all of those many lines and piping symbols but also you will know how to draw your own piping isometrics. Included in this part, are access to numerous downloadable resources, real industrial examples of Piping Isometrics and the keys to interpret them in high quality video lectures. You will be able to practice and become even more proficient with these bonus items that you will find throughout part II. This valuable masterclass also includes extensive: graphicscross-sectional viewssizing tablesnumerous practice sessions300+ quiz questionsand 3D animationsThis will give a virtual practical exposure on piping systems, piping isometrics and their accessories. So as you can see here, we cover pretty much everything you need to know about piping systems that will help you successfully draft, design, construct, maintain and operate your own piping system. This will set you apart from your peers, whether you are an operator, engineer, or manager and will give you an edge over your competitors when seeking employment at any industrial facilities. So with no further ado, check out the free preview videos and the curriculum of this valuable masterclass and we look forward to seeing you in the first section. Hope to see you thereWR TrainingSpread the wings of your knowledge...
11. Engineering Design Process - Product Development
In this course, you will learn how to plan, develop, and maintain a physical product according to a systematic method without having to rely on elusive creativity or luck. The content of this course is based on the German Konstruktionslehre (En. Theory of Design) - an engineering methodology established in the 1970s, taught at elite German technical universities and used by many organizations. The premise of this method is to give engineers or product designers the tools and resources to easily break down any technical problem and arrive at an optimal solution that fulfills the customer's needs. Together with Design Sprint, TRIZ and VDI 2221, the German Konstruktionslehre is one of the most commonly applied design methods in the industry. We will start by getting to know the scope and background of modern Product Development Processes, the current trends and challenges that impact the way we work. We will then learn why a systematic approach is best suited for tackling product development and introduce methods that form the basise of our technique. Once this is covered, we will jump into the hands-on part of the course. It starts with gathering the product requirements, formulating its specs, and setting up a solution-neutral, graphical representation of our product's functionality - the Function Structure. It serves as a basis for developing discrete engineering solutions for each functionality and combining them into a working Product Concept. In the next step, we will learn how to transform the Concept into a final product ready to be manufactured, applying rules for simple, clear, and safe design. The resulting Embodiment Design of the product forms a basis for Simulation, CAD modeling, Tolerancing and Dimensioning, and Rapid Prototyping. The last chapter will teach you how to recognize, trigger, and handle Engineering Change Management after the Product release to accommodate changing customers' needs. By the end of this course, you will be able to systematically develop your product idea and design it into a successful product without the risk of getting stuck or arriving at a sub-optimal result...
12. Intro to Mechanical Design engineering skillset
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...
13. Advanced Diploma in Electrical Design Engineering
The goal is to design safe and dependable processing facilities in a cost effective manner. The fact is that there are very few formal training programs that focus on design and engineering of Electrical systems of such big plants The heavy electrical industry has under its purview power generation, transmission, distribution and utilization equipment. These include turbo generators, boilers, turbines, transformers, switchgears and other allied items. These electrical equipment (transformers, switchgears, etc.) are used by almost all the sectors. Some of the major areas where these are used include power generation projects, petrochemical, refineries, chemical plants, integrated steel plants, non-ferrous metal units, etc. Overview:-Introduction of Electrical EngineeringIntroduction of EPC IndustryCoordination with Other DepartmentLoad List:-Preparation of Load ScheduleDetermination of Power Supply CapacityStandby Capacity considerationRating of Generators in Relation toPrime Movers Importance of max and min tempRating of Motors in Relation to their Driven MachinesElectrical Equipment Selection, Sizing:-MotorTransformerEmergency GeneratorNeutral Grounding Resistor (NGR)Power capacitor banks (PCB)AC UPSBattery & Battery ChargerCT/PTBus ductIllumination Design:-IntroductionType of Lighting FixturesSelection of Lighting FixturesPreparation of Fixtures ScheduleIndoor Illumination CalculationOutdoor Illumination CalculationCalculation on SoftwareLighting Layout DesignLighting Installation DetailSmall Power selectionLighting Board ScheduleCable Selection, Sizing & Layout:-Power and Control cable IntroductionCable Selection and SizingCable sizing for Low voltage systemCable sizing for High voltage systemVoltage Drop ConsiderationLet through Energy considerationEarth fault Loop Impedance considerationCable ScheduleCable interconnection ScheduleSelection and Sizing of cable TrayCable tray scheduleCable Drum scheduleConduit SelectionConduit SizingCable Routing LayoutCable TaggingInstallation detailsDevelopment of Single Line Diagram (SLD):-Key SLDDetail SLDLighting system SLDSmall power SLDMetering and Control diagramEarthing & Lightening Protection Design:-Requirement of Earthing in Industrial PlantsEarthing Design calculationsType of Earthing and DetailsEarthing Installation DetailsEarthing Layout DesignLightening Protection RequirementLightening Protection CalculationLightening Installation DetailsLightening Layout DesignTesting / System Studies:-Overview & Load Flow AnalysisShort Circuit Analysis (Fault Level Calculations)Motor Starting StudyRelay- Coordination...
14. PG Diploma in Piping Design Engineering
Welcome to this course. This course is designed to provide you entry-level knowledge of Piping Designing. You can find even more syllabus, is covered in this course than the standard PG Diploma in Piping Design Engineering. And if compare the cost, it cost you nothing as compared to a standard course. This Course is a perfect combination of theoretical study as well as practical work. You will Learn the use of your knowledge in practical work by some examples of exercises. Module 7 is coming soon. Besides, this course is designed by unique approaches like colors that are used in this course are set according to the level of difficulty of the topic. Like for easy topics, normal bright colors used that make the learning experience much pleasant. On the other hand for difficult topics, dark & intense colors are used that enhance human concentration. Application-based learning enhances the curiosity in the human mind to learn something, so this course is designed, at every step you will find the application of the topic or concept. Videos are small but the content is much in them, this makes you feel satisfied at the end. All these approaches are a result of several experiments, that I performed on my students to understand their different learning patterns. To learn more about the content in this course see the syllabus video...
15. Basics of Sheet metal design for Mechanical design engineers
Sheet metal design is an important skill in industry today and will be in the future. Due to its versatility designing with sheet metal finds applications in almost all major industries where physical products are manufacturedThis course covers the essential basic theoretical and practical knowledge required for Designing Sheet metal parts aimed at Design engineers who are designing products The common processesMaterials and the properties which matter for designWhat is anisotropyComparison between hardness, toughness and strengthWhat happens to the Material when it is formed or Bent?The Theory behind Forming and BendingForm-ability and Bend-ability of metal sheets and what factors affect themWhat are underlying principles which make a metal formable? Forming limit diagrams and how they are createdBending Parameters in designBending direction and its affect on qualityK factor, Neutral axis, Bend allowanceThe concept of Spring-back and ways to reduce itWhat is wrinkling and why does it occur? Deep drawing process and PracticeRolling, hydroforming, Stretch formingJoining processes and their comparisonEquipment used to perform operationsDesign Guidelines to create cost- effective designs which are suitable for manufacturing. Design projects with considerations So if you are a student exploring the world of product design or a design engineer who wants to make products with sheet metal then this courses will be a good value addition. The course is designed with short to the point explanations with focus on right understanding towards thoughtful design...
16. Introduction to Software Engineering and Software Design
This is a course which goes through the introduction to software engineering and all the other contents which are included in this course is described below(shown below). Outline software engineering principles and activities involved in building large softwareprograms. Identify ethical and professional issues and explain why they are of concern to softwareengineers. Software engineering is a systematic engineering approach to software development. A software engineer is a person who applies the principles of software engineering to design, develop, maintain, test, and evaluate computer software. Typically, there are people who specialize in various pieces of the process, but some companies will use the same person or multiple people who work on different parts of the development. Introduction: Software Crisis , Need for Software Engineering, Professional SoftwareDevelopment, Software Engineering Ethics. Case Studies. Software Processes: Models: Waterfall Model, Incremental Model and Spiral Model. Process activities: Software specification, Software design and Implementation, Software Validation, Software Evolution. Requirements Engineering: Requirements Engineering Processes. RequirementsElicitation and Analysis. Functional and non-functional requirements. Thesoftware Requirements Document. Requirements Specification. Requirements validation. Requirements Management. These are all the basic things to need to know about the software engineering and to move forward with these concepts. We have planned to bring one more course in which we will be talking about some more concepts of software engineering and it will be like the continuation of this course...
17. Blender & Unreal Engine for 3D Environment Design
Welcome to blender & unreal engine for architecture visualisation - the complete architectural visualisation design course, the only course you'll need to create stunning visuals in the very powerful unreal engine. Learn 3D environment modelling & Texturing in Blender & Unreal engine. This course has had great success teaching students arch viz on Udemy! Packed with almost 6 hours of video training, this comprehensive course introduces beginners to the arch viz workflow between blender and unreal engine. Even with no 3d experience, this course will help you master architectural animation in unreal engine. Here's how: The course is taught by a top instructor with almost 100,000 studentsThe course teaches you the very latest tools and techniquesNo previous 3d experience required, learn the very basic tools right through to the more advancedSave yourself time by learning the shortcuts and smart workflows to accelerate your projectsLearn to design to real world scale and achieve accurate resultsLearn how you can turn you design ideas into fully realised 3d environmentsThis course takes you step - by - step through engaging video tutorials and teaches you how to create stunning visuals using the very powerful blender & unreal engine. This comprehensive course covers a great deal that include: Detailed 3d modelling in blenderUV mapping the modelComplete asset workflow between blender & unreal engineHow to leverage the Megascans library for material creation & assets sourcingEnvironment sculpting & Texturing in Unreal EngineUsing sequencer in Unreal Engine to create photo realistic animationsSome of the technology & tools we cover include: The free and open source software blenderUnreal EngineThe Megascans LibrarySome of the topics covered during the course include: Blender to Unreal scene scale alignmentImport Assets to Unreal EngineUE materialsLevel SequenceLightingFoliageLandscape sculptingAnimationSo what are you waiting for. Click the buy now button and get the skills to create stunning architectural visualisation in Unreal engine...
18. Loudspeaker engineering: How to design speaker crossovers
Design you own speaker crossoverThis course is the last piece in the loudspeaker design process. You will learn how to use the FRD and ZMA files (check Acoustics 201 course) to design 2-way and 3-way crossovers. These designs will be done in XSim which is a free application. Crossover design, while it does have some general guidelines, it's unique for every crossover. For this reason, 5 different types of enclosures have been built for this course: two 2-way bass reflex bookshelf speakers, a 3-way bass reflex, a sealed MTM and a 3-way bass reflex floorstanding speaker with dual woofers. This way you will get a better understanding on how the process works. It takes not only knowledge, but also intuition and experience when designing a crossover. Specific circuits for crossover designBesides the basic filtering for speakers (1st order, 2nd order, etc), there are other circuits which are implemented to correct the frequency and the phase response of the system. Since we have 5 examples to play with, we have enough crossover projects to go through most of these in a practical way. To mention some of the circuits: impedance equalization circuit, attenuation pad, baffle step compensation, ladder delay network, notch filter, and more. Testing the new crossoversDesigning a crossover on your computer is convenient but we will also test it out. I have a large amount of electrical components, capacitors, inductors and resistors, from small to large values. After we design the crossover in XSim, we will assemble a prototype crossover and check how it measures and how it sounds. Some tips and tricks on how to make your life easier and what to avoid when building a prototype. Building a crossover networkBuilding a crossover network will require some handy work. You will need to be aware of the size and material of the board, how and where you place your components. What will you use to fix the components to the board. How to make sure the components won't rattle about. Unavoidably you will acquire some basic soldering skills as well. At the end of this course, and by taking the previous 2 courses as well, you will be able to fully design from scratch your own multi-way loudspeaker...
19. Module 3: Piping Engineering & Design - ENGLISH
This Course will explain all required steps in order to have a solid piping design and to understand what are the Key Engineering deliverable used in piping industry pertaining oil and gas Also will explain how to calculate piping wall thickness as per ASME Code and how read / understand piping Engineering drawings...
20. HVAC Engineering Fundamentals & HVAC Design Best Practices
............................................................................ Where Theory Meets the application........................................................................................... HVAC engineering is one of the sub-disciplines of Mechanical Engineering that is highly in demand in today's world. In this course you will learn the core principles of HVAC engineering straight from the professionals in the field along with the HVAC fundamentals that every professional in the HVAC field must know. You will be equipped with the sufficient knowledge that will allow you to understand the discipline in depth along with having a complete perspective of the discipline whether you are working in the field or you are considering a career in the field. In addition, You will develop the sound knowledge that is often obtained from professionals that have been working in the field for years. Usually as You Transition from the Academics to the actual field , it seems frustrating since you have the knowledge yet for some reason it does not match the practice. Here is a checklist to know if the course is for you:- You want to learn about the HVAC discipline properly in order to practice it as a professional.- You want Credible expertise not random teaching.- You have struggled with finding proper resources to support your Learning process.-You have a sound background but you want to be able to apply what you have learned.- Your Knowledge is based solely on theoretical ends and you cant seem to relate your knowledge to the practice in the industry.- You are confused about the HVAC application , where to begin , what to do , how it works etc- You want to learn more about the field to support your career choices or field of studyIf any of the above points sound familiar then this course is a must have, it will save you precious time of random research. 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...