Mechanical Engineering Specialization
Mechanical engineering is always indispensable in various sectors of the private and public sectors so that it is referred to as an evergreen industry. It offers so many career opportunities. Every manufacturing and production industry needs mechanical engineers to take care of their company.
Also, mechanical engineers are active in the areas of sales, engineering management, and corporate management. Versatility is another unique advantage in a world that is in constant economic, political, industrial, and social change. Mechanical engineers are trained and positioned to not only adapt but to define and control changes.
The work of machine builders is extremely important. They take up ideas and turn them into products that are available on the market. Mechanical engineers are required in every field
As a mechanical engineer, you need to apply the basic technical principles and mechanical processes required to manufacture the machines and devices that we use every day. Students discover concepts related to thermodynamics, heat transfer, quality control, and product design.
List of some courses for Mechanical Engineering students
1) Introduction to Thermodynamics: Transferring Energy from Here to There
This course contains an introduction to most powerful
engineering principles: Thermodynamics: the science of transferring energy from
one place or shape to another place or shape. We'll introduce you to the tools
you need to analyze energy systems, from solar panels to motors and insulated
coffee cups. More specifically, we will cover the topics of principles of
conservation of mass and energy; first-law analysis of mass control and volume
control systems; properties and behavior of pure substances; and applications
to thermodynamic systems operating under steady state conditions.
2) Fundamentals of Fluid Power
Fluid power has the highest energy density in all
traditional energy transfer technologies. Learn the benefits and limitations of
fluid energy, how to analyze liquid energy components and circuits, and how to
design and simulate fluid energy circuits for applications.
In this course, you will be introduced to the basic
principles and analytical modeling of liquid energy components, circuits and
systems.
3)Materials Science: 10 Things Every Engineer Should Know
From the menu of materials available to the technician to
the different mechanical and electrical properties of the material that are
important for use in different engineering disciplines, we explore a variety of
“10 things”. It also describes the principles behind the manufacture of these
materials.
At the top of the course, you will be able to:
- *Recognizing important aspects of materials used in modern engineering applications,
- * Explain the basic principles of materials science: "Structure brings properties"
- *Identifies the role of the heat activation process in many of these important "things", as indicated by the Arrhenius relationship.
- * Associate each of these topics with a problem that you (or may) encounter in your life or job.
4) Digital Manufacturing & Design
This course will help you change the way the world is
designed and manufactured. This change is happening through Digital
Manufacturing and Design (DM&D) - a transition from a paper-based process
in the manufacturing industry to a digital process. At the end of this course,
you will understand what DMD is and how it affects careers, practices and
processes in both large and small companies.
You will gain insight and appreciation for the role that
technology plays in this transition. The technology we use every day - be it
interacting with friends and family, shopping for products, or having fun - can
benefit design and production, making companies and workers more competitive,
agile and productive. This new approach to product manufacturing has made companies
more responsible and employees more engaged and engaged as new career paths
develop in advanced manufacturing.
5) Introduction to Mechanical Engineering Design and Manufacturing with Fusion 360
Design for manufacturing is the process of designing parts,
components, or products with an understanding of the design requirements for a
specific manufacturing method.
This course explores design for the manufacturing workflow
and shows how to validate models and create the G code, the programming
language needed to instruct the CNC machine on how to move. We practice the
basics of part and assembly design, and tools like animation, rendering, and
simulations using Autodesk Fusion 360. We learn the basics in each of these
areas that will be fully developed in later courses that apply these principles
and Fusion. 360 skills.\
6) Generative Design for Industrial Applications
The foundation of engineering design is invention and
repetition. in this course, we look for designs for traditional production
methods and use generative designs to create accurate repetitions. From that
moment on, we will reverse the production engineer and recreate it for the
traditional production method and find an option to create a generating fabric
to weigh the pros and cons of each.
Take these
opportunity to next level to the next level? Complete the Autodesk Generative
design for the manufacturing specialization and you will unlock additional
Audodesk credentials as a further recognition of your success! Autodesk
Credential comes with digital badges and certificates, which you can add to
your resume and share on social media platforms like LinkedIn, Facebook and
Twitter. Sharing your Autodesk credentials may give you the right skills for
the job and may indicate that you are on the latest industry trends, such as
generative design, for hiring managers.
7) AutoCAD 2020 Advanced and Comprehensive Training
if you want to Learn auto cad 2020 from scratch to expert
Level this is for you
AutoCAD is a key field that combines creativity with
technical skills. AutoCAD is 2D and 3D modeling software in which we can create
2D as well as some large complex 3D designs. CAD stands for "computer-aided design" or
"computer-aided draft". Before AutoCAD it was very difficult to
create a home plan or any other design that required a lot of manpower and time
but after the discovery of AutoCAD all these problems have been solved as it
involves the use of computer. This is a leading software for troubleshooting
problems with one hand drawing on a sheet / paper.
AutoCAD is widely used in industries. It has diverse
applications in different areas e.g. Architects are using the software for
exterior and interior designing, town planners are using the software for
planning and designing, mechanical engineers for designing vehicle equipment,
electrical engineers for wiring different types of equipment, designing
interior fixtures and installing interiors.
8) Fundamentals of Solidworks 2018 - Beginner Level
3D Modeling, Mechanical CAD, Product Design
SOLIDWORKS enables designers to quickly create, innovate,
and collaborate during the conceptual design phase. It offers a truly collaborative
design environment that enables design teams, customers, and suppliers to
communicate, collaborate, and develop products whenever they want and wherever
they are.
In this course, we will learn the basics of solidworks at
the beginner level. This course includes basic concepts of drawing, part
modeling, and assembly. We will start by learning the basic sketches where you
will create 2D sketches, then we will move on to modeling parts. In partial
modeling, you will learn about comprehensive 3D model building tools.
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