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This course provides a foundation in the engineering design process, the iterative methodology used to transform needs into realized solutions. Students will develop skills in problem definition, concept generation, modeling, analysis, prototyping, and design selection.
3 months, 2 weeks
27/05/2024
3
3 hours, 40 minutes
Welcome, dear students, to the exciting world of engineering design
At AASTECH, we believe that the foundation of any great invention lies in a robust design process, and we are thrilled to have you embark on this journey with us. This course will delve into the intricacies of engineering design, guiding you through each phase with the precision and detail that mechanical engineering demands.
This course provides a comprehensive foundation in the principles and methods of engineering design. Students will learn the systematic process of designing products and solutions that meet functional requirements while considering material properties, structural analysis, failure prevention, and the integration of mechanical elements.
- Understand the engineering design process and its essential phases.
- Develop proficiency in material selection based on mechanical properties and intended use.
- Conduct load and stress analysis to ensure design integrity under expected conditions.
- Apply failure prevention principles to create reliable designs.
- Gain knowledge of common mechanical elements and their applications in engineering design.
- Explore special topics and advancements in engineering design.
- Engineering students (mechanical, civil, industrial, etc.)
- Professionals seeking to enhance their engineering design skills
- PDF handouts for students
- PowerPoint presentations
- Recorded lecture videos
- Textbook for review
- Discussion
- Self-Assessment worksheet
- Main textbook
| Evaluation Type | Due Date | Weight |
| 1st Quiz | Week 3 | 15% |
| 2nd Quiz | Week 6 | 15% |
| 3rd Quiz | Week 12 | 15% |
| Midterm Quiz | Week 7 | 25% |
| Final Exam | End of Course | 30% |
| Total | 100% |
AASTECH General Course Instructions
Enrollment Policy:
Students wishing to enroll in any AASTECH course must complete the registration process and pay all applicable fees prior to the start of the course. Enrollment is confirmed once the student receives an official confirmation email from AASTECH.
Retake Policy:
Students who do not pass a course may retake it to improve their understanding and performance. Please contact the administration for retake fees and scheduling options.
Exam Policy:
Exams must be completed by the specified deadlines. No make-up exams will be allowed except in cases of documented emergencies. Students are expected to comply with all academic integrity guidelines as cheating or plagiarism will result in immediate failure and potential expulsion from the course.
Refund Policy:
Students are eligible for a full refund up to one week after access to the course materials has been granted. After this period, no refunds will be issued.
Copyright Policy:
All course materials provided by AASTECH are the intellectual property of AASTECH and are for individual use only. Distribution, reproduction, or any form of sharing of these materials without express permission from AASTECH is strictly prohibited.
Required: Richard G. Budynas, Keith J. Nisbett - Shigley's Mechanical Engineering Design in SI Units - McGraw Hill (2021).
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Course Currilcum
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- Overview of Mechanical Design Process 00:00:00
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- Professional Responsibilities and Standards in Design 00:00:00
- Economics and Safety in Design 00:00:00
- ENGD101-Quiz#1 01:00:00
- Reliability, Tolerances, and Engineering Units 00:00:00
- Impact Testing, Ductile-Brittle Transition, Strain Rate Effects 00:00:00
- ENGD101 #Midterm 01:40:00
- Complex Stress Responses and Design Considerations 00:00:00
- Application of Failure Theories and Design Implications 00:00:00
- Design Controls in Medical Device Development 00:00:00
- Engineering Design for a Circular Economy – Design Guidelines 00:00:00