Foundation Course - Automotive Plastic Part Design using CATIA V5 or UG-NX

Master the essentials of automotive plastic part design either using CATIA V5 or UG-NX or both. With this Foundation to Advance course, develop skills to create innovative and functional plastic components for the automotive industry.

4.8

(1549)

Last updated : November-2023

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This Course includes:

45 hours on-demand video

35 downloadable Exercise

Access On Laptop & Mobile

Certificate Of Completion

One-To-One Live Support

Lifetime Access*

Foundation Course - Automotive Plastic Part Design using CATIA V5 or UG-NX

Foundation Course - Automotive Plastic Part Design using CATIA V5 or UG-NX

₹ 12999
₹ 16250.00 (20% OFF)

$ 189
$ 237.5.00 20% OFF

4.8

(1549)

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What You'll Learn

Introduction: Embark on a journey into the world of plastics, exploring their significance and the pivotal role they play in the automotive industry. Gain an insightful overview of this dynamic sector.

Manufacturing Process: Delve into the intricacies of manufacturing plastic parts, covering techniques like injection molding, blow molding, mold concepts, and an array of plastic materials.

Vehicle Development Process: Uncover the vehicle development process, navigating from concept to the car's launch. Explore the use of clay models and the critical considerations of achieving Class A Surfaces.

Solid Creation: Master the art of solid creation, progressing from Class A to Class B surface creation and mastering the technique of Master Section creation.

Introduction: Embark on a journey into the world of plastics, exploring their significance and the pivotal role they play in the automotive industry. Gain an insightful overview of this dynamic sector.

Manufacturing Process: Delve into the intricacies of manufacturing plastic parts, covering techniques like injection molding, blow molding, mold concepts, and an array of plastic materials.

Vehicle Development Process: Uncover the vehicle development process, navigating from concept to the car's launch. Explore the use of clay models and the critical considerations of achieving Class A Surfaces.

Solid Creation: Master the art of solid creation, progressing from Class A to Class B surface creation and mastering the technique of Master Section creation.

B-Side Features: Explore the creation of B-side features, including Clip tower, dog house, snap, screw boss, heat stake, ribs gussets, with detailed design guidelines and the innovative Power copy concept.

Tooling: Dive into the world of tooling, covering essential aspects such as tool direction, types for finding tooling direction, parting line considerations, internal and external undercuts, slider-lifter concepts, and tooling feasibility checking with report creation.

Modification: Learn the art of modification in response to new data, and explore the nuances of re-mastering.

Technical: Immerse yourself in technical aspects such as ergonomics study, DFA (Design for Assembly), DFM (Design for Manufacturability), DFMEA (Design

Failure Mode and Effects Analysis), DFS (Design for Sustainability), along with an exploration of automotive safety standards and OEM regulations.

Exercise: Enhance your learning through 30 downloadable exercises and 5 CAD tests, providing practical, hands-on application of the concepts covered in the course.

Benefits of this Course

Industry-Specific Skills: Learning automotive plastic Part design equips you with specialized skills tailored for the automotive industry, enhancing your employability.
In-Demand Expertise: As the automotive industry continues to evolve, the demand for professionals skilled in automotive plastic Part design remains high.
Creative Design Solutions: The course fosters creativity and innovation, enabling you to design cutting-edge and functional plastic components for vehicles.
Part Optimization: Learn techniques to optimize plastic designs for weight reduction, cost-effectiveness, and improved performance in automotive applications.
Real-World Projects: Gain hands-on experience by working on real-world automotive design projects, preparing you for practical challenges in the industry.
Career Advancement: Acquiring expertise in automotive plastic Part design opens up opportunities for career advancement and specialization within the automotive sector.
Interdisciplinary Skills: The course may cover aspects of materials science, engineering principles, and manufacturing processes, providing a holistic understanding of automotive design.
Industry Networking: Engage with industry professionals and experts during the course, establishing valuable connections for future career prospects.
Sustainable Design Focus: Learn about environmentally friendly and sustainable design practices, aligning with the automotive industry's increasing focus on eco-conscious solutions.
Contribution to Automotive Advancements: As an automotive plastic Part designer, you have the opportunity to contribute to the development of innovative and safer vehicles, impacting the future of transportation.

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Engineers Review for this course

A

Anshul Moraya

Design Engineer - Magna

I was a newbie in the mechanical world, and it felt like I was just wandering around with no clear path. Getting job interviews was hard, and cracking them was even harder. Then, a friend told me about Isopara. It sounded like the answer to my problems.I joined because I heard they teach stuff you can actually use in the real world, not just fancy theories. The plastic trims course seemed like a real hands-on deal.
I was impressed. The teachers were super experienced, and they made learning fun. The best part was working on real projects about plastic trims. It wasn't just boring lessons; it was real work.After I finished, my career took off. I felt way more confident in interviews, and I landed a job I used to only dream about. Now, I work with plastic trims, and I love it. Isopara changed my life big time.

B

Bharat Reddy

Senior Design Engineer - TTL

My mechanical career was stuck in neutral. I needed a change but didn't know where to look. Then, I found Isopara, and it clicked. I joined because they had a rep for boosting careers, and the BIW design course was just what I needed.
The mentors blew me away. They really knew their stuff, and learning BIW design was like a light bulb moment. The projects were real-world stuff, not just book learning. After finishing the course, my career shot up. Now I work on cool projects in the auto world, and it's all thanks to Isopara. They made me a hotshot in BIW design.

C

Chetan Choudhari

Product Design Engineer - IAC

I was a mechanical newbie. My job prospects looked bleak, and I knew I needed a boost. A friend mentioned Isopara, so I checked it out. I signed up because they promised real-world skills, not just book stuff. The product design course seemed like a practical choice.
During training, I was hooked. The instructors knew their stuff and made learning fun. The best part was working on projects that real companies face. It was like getting a sneak peek into the industry. After graduating, I landed a job in product design that I never thought possible. Isopara opened doors, and I'm loving this new career path.

K

Kishor Mule

Design Engineer Press Tool - Force Motors

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The teachers were amazing. They didn't just talk; they shared their real work experiences. The hands-on projects were tough but worth it. After finishing, my career made a U-turn. Now, I design press tools for big companies, and it's all thanks to Isopara. They took my job from dull to thrilling.

N

Nitin Juvale

Design Engineer - Faurecia

Before Isopara, my education felt disconnected from the real world. I needed something practical. That's when I found Isopara's industry-oriented courses. I enrolled because I wanted to learn stuff that mattered in the job market.
During the training, I was impressed. The courses were like a bridge between theory and practice. It was all about real skills and real projects. After graduating, I felt ready to tackle any industry challenge. Isopara's focus on practical knowledge was a game-changer.

Y

Yuvraj Lohar

Senior Design Engineer - Tech Mahindra

I felt like a jack of all trades but a master of none. I needed expertise in a specific field. That's when I discovered Isopara's domain-specific courses. I enrolled because I wanted to specialize in something.
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M

Mahendra Patil

CAD Engineer - Lear Corporation

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During the training, I was amazed. The CAD course broke things down in a way I could understand. The hands-on practice made a huge difference. After completing the course, I felt like a CAD whiz. Isopara turned me into a CAD pro, and it opened doors to exciting career options.

A

Asif Iqbal

Design Enineer - TATA Autocomp

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I learned new skills and gained confidence. It was like a career makeover. After completing the training, my career took off. Isopara was the launchpad I needed to soar in my professional life.

A

Amruta T

Design Engineer - TATA Motors

CAD was like a foreign language to me. I wanted to learn it practically, not just theoretically. That's when Isopara's CAD course came into the picture. I joined because I needed to demystify CAD.
I was amazed. The CAD course broke things down in a way I could understand. The hands-on practice made a huge difference. After completing the course, I felt like a CAD whiz. Isopara turned me into a CAD pro, and it opened doors to exciting career options.

C

Chinamay Kante

Engineer - Autoone

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During the process, I got personalized guidance on creating a killer resume. They highlighted my strengths and made me look like a superstar on paper. After Isopara worked their magic, my resume turned heads. I got noticed by employers, and it led to amazing job opportunities.

D

Dilip Akhade

Senior Design Engineer - JCB

Job interviews were a nightmare. I needed help to crack them. That's when I heard about Isopara's interview success program. I signed up because I needed that extra push.
I learned how to ace interviews, from what to wear to what to say. The mock interviews were eye-openers. After the program, I felt like a pro in interviews. Isopara's interview success program was my secret weapon.

J

Jagadish Patil

Design Engineer - Grupo Antolin

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I realized the courses were spot-on for industry needs. It was like I was getting an inside scoop on what employers wanted. After graduation, I felt like I had a head start in my career. Isopara's focus on industry-relevant content was a game-changer.

M

Mrityunjaya K

Design Engineer - Motherson

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I worked on projects that made me feel like a pro. It wasn't just about studying; it was about doing. After the training, I felt ready for the real world. Isopara's real projects gave me confidence and skills that employers value.

R

Ritech Patil

Design Engineer - Onward Technologies

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During the training, I learned how to tackle interviews with confidence. The mock interviews and tips were game-changers. After finishing, I aced job interviews like a pro. Isopara gave me the skills to shine in the job market.

R

Rahul Hetnare

Designer - MBRDI

Job interviews were my worst nightmare. I never knew what to say or do. Then, a colleague mentioned Isopara's interview prep. I enrolled because I desperately needed help. The interview prep was like a lifeline.
I learned how to tackle interviews with confidence. The mock interviews and tips were game-changers. After finishing, I aced job interviews like a pro. Isopara gave me the skills to shine in the job market.

R

Rahul Misra

Senior Design Engineer - Volvo

I was nervous about CAD tests. I struggled to pass them, and it held me back. Then, I heard about Isopara's CAD test prep. I joined because I needed help, plain and simple.
I learned the ins and outs of CAD tests. The practice exams and tips were a lifesaver. After finishing, CAD tests became a breeze. Isopara's prep gave me the skills to ace those exams and boost my career.

D

Dhiraj Pathe

Design Engineer - TCS

Learning was all about textbooks and lectures. I craved hands-on experience. That's when Isopara's hands-on learning approach caught my eye. I joined because I wanted to get my hands dirty (figuratively).
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A

Allen piter

Design Engineer - BMW

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I soaked up wisdom from seasoned pros. They shared their success stories and pitfalls to avoid. After the mentorship, I felt like I had a roadmap for my career. Isopara's expert guidance was like a light in the professional darkness.

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Pradip Gawade

Design Engineer - Seating - Lear coperation

I was stuck in a mechanical rut. I craved something challenging to reignite my career. Isopara popped up, and it seemed different. I joined because they had a reputation for career transformations. The tool design course was just what I needed.
During training, the mentors wowed me. They didn't just teach; they shared their work experiences. The hands-on tool design projects were tough but rewarding. After the course, my career skyrocketed. Now I'm a sought-after tool designer, all thanks to Isopara. They turned my job from boring to thrilling.

Course pre-requisites

Computer Proficiency: Basic computer skills, using a keyboard and mouse, and managing files, are essential for an online learning environment.
Technical Drawing Knowledge: Understanding technical drawings. A foundational understanding of engineering principles and design concepts will aid in comprehending automotive plastic Part design methodologies.
CATIA V5 or UGNX Basics: A basic understanding of CATIA V5 or UGNX's user interface, sketching, and part design tools will provide a solid foundation for the course.
Curiosity and Eagerness to Learn: A curious mindset and eagerness to explore new concepts will enhance your learning experience and motivation throughout the course.
Time Management: Online courses require self-discipline and effective time management to keep up with lectures, assignments, and interactive sessions.
Access to CATIA V5 or UGNX Software: Ensure you have access to CATIA V5 or UGNX software or an environment where you can practice the course exercises and implement the design methodologies. (Not having access, Contact our Technical Team).
Computing Power and Specific Hardware: a computer or laptop is required before starting to learn an online CATIA V5 or UGNX course. Operating System: CATIA V5 or UGNX is compatible with Windows 7, 8, 8.1, and 10.
RAM: A minimum of 4 GB RAM is necessary to ensure smooth performance.
Internet Connectivity: A stable and reliable internet connection is required to access the online CATIA V5 or UGNX course materials, tutorials, and interactive sessions.

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Our Hiring Network : 1000+ Companies

About this Course

Welcome to ISOPARA, where we are thrilled to present our Certified Online Foundation Course in Automotive Plastic Part Design using CATIA V5 or UG-NX. This comprehensive program is meticulously designed to equip aspiring professionals with the essential skills and knowledge required to excel in the dynamic field of automotive plastic Part design. Led by industry experts with extensive experience in CATIA V5 and UG-NX, our course researches into the details of designing innovative and functional plastic components used in the automotive industry. The Certified Online Foundation Course in Automotive Plastic Part Design using CATIA V5 or UG-NX at ISOPARA offers a flexible and interactive learning experience. Participants can access the course from the comfort of their own homes and at their own pace, while still benefiting from live sessions and personalized guidance from our expert instructors. Through a combination of theoretical lessons, practical exercises, and real-world projects, students will gain hands-on experience and be well-prepared to tackle industry challenges. Upon successful completion of the course, participants will receive a prestigious certification, validating their expertise and opening up promising career opportunities in the competitive automotive design sector. Join us at ISOPARA, and let our industry-leading professionals guide you on an enriching journey towards becoming a certified expert in automotive plastic Part design using CATIA V5 or UG-NX.

FAQs for this course

1. What is the Foundation Course in Automotive Plastic Part Design using CATIA V5 or UG-NX?

The Foundation course focuses on teaching the essential skills and techniques for designing automotive plastic components using CATIA V5 or UG-NX software.

2.Who should take this course?

The course is suitable for aspiring automotive designers, engineers, and professionals seeking to specialize in plastic Part design for the automotive industry.

3. Are there any prerequisites for the course?

The course is suitable for aspiring automotive designers, engineers, and professionals seeking to specialize in plastic Part design for the automotive industry.

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