NEO
- Oct 31, 2020
- 3 min read

Mechanical Design Engineering Essential Program

A career in mechanical engineering is both highly lucrative and intrinsically rewarding. Engineers must have a solid educational background and training. Mechanical engineers design, build, and test mechanical devices such as tools, engines, and machines. Considered the broadest engineering discipline, mechanical engineers work in engineering services, research facilities, manufacturing industries and government defense sector.

A mechanical engineer should have particular hard skills, including a solid understanding of industry standards and excellent computer skills, because much time is spent designing, simulating, and testing. In addition, mechanical engineers should have soft skills, such as strong analytical thinking and communication capabilities. Below are the key skills highlighted in detail for better understanding -

Analytical Thinking:

Mechanical engineers need to be strong analytical thinkers who are capable of solving problems raised by clients or their employer

Analyze test results and adjust design if needed.
Develop and test prototypes.
Design mechanical device projects.
Detail-oriented.
Develop design calculations.
Ensure designs meet legal guidelines and safety requirements.
Identify potential design improvements.
Knowledgeable in the machining and fabrication process.
Perform equipment and system calculations.
Product validation experience.

Creativity:

Mechanical engineering entails developing and designing products, which range from batteries to electric generators to medical devices. Inventing products involves a great deal of creativity, as does figuring out how to bring projects home within challenging timeframes.

Work in 3D design (computer-aided design, or “CAD”).
Devise alternative mechanical structures .
Develop new tools and systems to enhance production.
Complete assigned tasks within time and budget restraints.
Convert basic design information and requirements into working drawings.
Create blueprints using CAD (computer-aided design).
Develop a scope and timeline for each project.
Draft standards and geometric, dimension, & tolerancing (GD&T) specifications.
Prepare designs and estimates.

Communication and Leadership:

Often, mechanical engineers develop a product for a client. They may have to explain complex machines or devices to people who are not familiar with mechanical engineering. They have to be able to convey their ideas clearly and effectively, and this takes strong communication skills. They also frequently leverage their communication talents to take the lead on mechanical design and manufacturing projects.

Clearly explain design ideas.
Comfortable writing technical reports.
Make regular site visits.
Manage and monitor each stage of a project.
Oversee the project manufacturing process.
Prepare conclusions and analysis reports.
Read and interpret drawings and specifications.
Recommend modifications for design improvements and simplification.
Effectively present proposals, status reports, and final project reports to groups.
Use notes, sketches, and verbal instructions to complete project designs.
Write and maintain operating procedures and standards.

Teamwork:

Mechanical engineering involves a lot of teamwork. They might work with people who are not mechanical engineers, such as computer scientists or architects. As such, they need to be able to work with a diverse team of people to solve problems. Many engineers will need the leadership skills necessary to manage or lead groups.

Assemble project deliverables.
Assist with field and manufacturing problems.
Assist with shipping of equipment prior to deployment.
Proactive and willing to take on new challenges.
Work effectively under pressure.
Mentor junior staff.
Resolve conflicts amongst team members.
Motivate team members.

Computer Skills:

Mechanical engineers need to be comfortable using math to solve problems. The math skills required in mechanical engineering include calculus and statistics. They must be adept at applying these skills to analyze problems and design solutions.

AutoCAD.
Automated model programming.
CAD (computer-aided design).
Engineering product data management software (EPDM).
Microsoft office suite experience.
SolidWorks Software.
Understand diagrams, drafts, flowcharts, and other information and documentation.
Use software to design at the level of industry and government standards.

Considering the above skillset which are highly essential for Mechanical Engineering Graduates to get excel in their career, Texvyn Technologies Introducing Mechanical Design Engineering Essential Program [Self Learning Module]. The program structure designed by industry experts specifically for fresh Mechanical Engineering Graduates considering the above skills & trending industry demands. Below are the program segment covered -

Module 1: Design & Drafting