DIPLOMA IN MECHANICAL DESIGN ENGINEERING
- Eligibility: Any Qualification
- Duration : 4 Month
- Placement Assistance
The Mechanical Design Engineering (MDE) program at Arrow Wings Academy is a comprehensive, industry-focused course designed to equip aspiring engineers with the skills required in today’s design, manufacturing, and product development industries.
This program integrates Computer-Aided Design (CAD), Computer-Aided Manufacturing (CAM), and Computer-Aided Engineering (CAE) to provide a complete understanding of the product development lifecycle. From creating innovative 3D models to performing engineering simulations and manufacturing prototypes through 3D Printing, students gain practical exposure to real-world engineering practices.
Our training methodology combines classroom learning, hands-on lab sessions, live projects, and industry-oriented assignments, ensuring every learner is job-ready upon course completion.
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Why Choose Arrow Wings?
At Arrow Wings, learning goes beyond software. We focus on developing practical engineering skills that meet current industry standards.
- Industry-oriented curriculum
- Practical, hands-on learning approach
- Live design projects and case studies
- Advanced CAD/CAM/CAE training
- Dedicated 3D Printing Laboratory
- Experienced industry mentors
- Portfolio development
- Placement assistance and career guidance
Practical Learning & 3D Printing Lab
At Arrowings, every concept is reinforced through practical application.
Students will work on:
- Real mechanical design projects
- Product development exercises
- Industrial component modelling
- Assembly design
- Simulation and validation
- Manufacturing workflow
- Functional prototype development using 3D Printing
- Placement assistance and career guidance
Complete Product Development Workflow
The Mechanical Design Engineering program follows the complete engineering process:
Concept → Design → Simulation → Manufacturing → Prototype → Product Development
By the end of the course, students will have the confidence to transform an idea into a functional product using industry-standard tools.
Who Can Enrol?
This course is ideal for:
- B.Tech Mechanical Engineering Students
- Diploma Mechanical Students
- Mechanical Engineering Graduates
- Production & Manufacturing Engineers
- Fresh Graduates
- Working Professionals seeking to upskill
- Anyone passionate about mechanical product design and manufacturing
After completing this program, you will be able to:
- Design professional 3D mechanical components and assemblies
- Create detailed engineering drawings for manufacturing
- Perform structural and thermal simulations using Ansys
- Generate CNC-ready CAM toolpaths using Fusion 360
- Develop complete product design workflows
- Manufacture prototypes using 3D Printing
- Apply design principles to real-world engineering challenges
- Build an industry-ready project portfolio
Why Industries Prefer Arrow Wings Graduates
Arrow Wings graduates are trained with an industry-first approach that combines technical knowledge, practical experience, and professional project exposure. Our curriculum is designed to meet the evolving demands of modern manufacturing, automotive, aerospace, industrial equipment, and product development sectors.
Graduates leave with the confidence to contribute from day one in design, simulation, manufacturing, and innovation-driven roles.
Build Your Engineering Career with Arrow Wings
Whether you aspire to become a Design Engineer, Product Developer, Simulation Specialist, or Manufacturing Professional, the Mechanical Design Engineering program at Arrow Wings provides the knowledge, practical skills, and industry exposure needed to succeed.
Graduates leave with the confidence to contribute from day one in design, simulation, manufacturing, and innovation-driven roles.
What You'll Learn and Certification's you receive
The comprehensive curriculum, essential skills you’ll acquire and certifications you recieve in this course
Build Your Engineering Career with Arrow Wings
| SolidWorks | |
|---|---|
|
1 |
Sketching & Parametric Modelling
|
|
2 |
Part Design |
|
3 |
Assembly Modelling |
|
4 |
Engineering Drawings |
|
5 |
Sheet Metal Design |
|
6 |
Weldments |
|
7 |
Surface Modelling |
|
8 |
Motion Study |
|
9 |
Bill of Materials (BOM) |
|
10 |
Design Validation |
| Fusion 360 | |
|---|---|
|
1 |
Parametric Design |
|
2 |
Surface & Solid Modelling |
|
3 |
Assembly Design |
|
4 |
Rendering
|
|
5 |
Product Development Workflow |
|
6 |
Manufacturing (CAM) |
|
7 |
CNC Toolpath Generation |
|
8 |
Design Collaboration |
|
9 |
Design Optimization |
|
10 |
Part Assambling |
| Ansys | |
|---|---|
|
1 |
Static Structural Analysis
|
|
2 |
Thermal Analysis
|
|
3 |
Stress & Strain Analysis |
|
4 |
Deformation Analysis |
|
5 |
Fatigue Analysis
|
|
6 |
Modal Analysis |
|
7 |
Basic CFD Concepts |
|
8 |
Simulation-Based Design Validation |
|
9 |
Performance Optimization |
|
10 |
Conduction, Convection, Radiation |
Job Roles Awaiting Graduates
Successful candidates can pursue rewarding careers as:
| Mechanical Design Engineer |
|---|
|
Product Design Engineer |
|
CAD Engineer |
|
CAM Engineer
|
|
CAE Engineer
|
|
Simulation Engineer
|
| Energy Auditor |
|---|
|
R&D Engineer
|
|
Manufacturing Engineer |
|
Design & Development Engineer
|
|
Prototype Development Engineer |
|
3D Printing Engineer |
|
Mechanical Project Engineer
|
Learn. Design. Simulate. Manufacture. Innovate.
Faculty:
ADIL SAJI
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