Curriculum Overview

The AutoCAD program at Maya Institute Of Technology And Management is meticulously structured to provide students with a comprehensive understanding of design principles and modern technological applications. The curriculum spans eight semesters, integrating theoretical knowledge with practical implementation through project-based learning.

Semester-wise Course Breakdown

Each semester builds upon the previous one, gradually increasing in complexity and specialization:

• Semester I: Foundation courses including Engineering Graphics, Basic Electrical Engineering, and Introduction to AutoCAD.
• Semester II: Advanced engineering mathematics and core subjects like Thermodynamics and Mechanics of Materials.
• Semester III: Specialized topics in structural analysis, hydraulics, and advanced AutoCAD modeling techniques.
• Semester IV: Application of AutoCAD in construction projects and environmental engineering concepts.
• Semester V: Advanced structural design and BIM integration within AutoCAD environments.
• Semester VI: Industrial automation, machine design, and quality control processes.
• Semester VII: Capstone project I involving collaborative research and implementation.
• Semester VIII: Final capstone project II with entrepreneurial insights and innovation.

Core Courses

Core courses form the backbone of the program, ensuring all students gain fundamental knowledge:

• Engineering Graphics (AE101): Teaches the fundamentals of technical drawing and visualization.
• Basic Electrical Engineering (AE102): Introduces electrical circuits and components relevant to design.
• Engineering Mathematics I (AE103): Covers differential equations, matrices, and vector calculus.
• Introduction to AutoCAD (AE104): Provides hands-on experience with basic tools and commands.
• Workshop Practice (AE105): Practical exposure to manufacturing processes and tool usage.

Departmental Electives

Students can choose from a wide range of departmental electives to tailor their learning experience:

• Advanced Structural Analysis (AE301): Focuses on advanced methods for analyzing structures under various loads.
• Design of Steel Structures (AE302): Covers design principles and standards for steel framework construction.
• Hydraulics and Fluid Mechanics (AE303): Explores fluid behavior and hydraulic systems in engineering.
• AutoCAD Applications (AE401): Applies AutoCAD tools to real-world engineering problems.
• BIM Integration in AutoCAD (AE504): Integrates building information modeling with CAD environments.

Laboratory Sessions

Regular laboratory sessions are an integral part of the curriculum, allowing students to apply theoretical knowledge in practical settings:

• AutoCAD Lab (AE104): Provides access to industry-standard software and hardware.
• Construction Materials Lab (AE303): Conducts experiments on material properties and behavior.
• Structural Analysis Lab (AE301): Uses simulation tools for structural testing and analysis.

Project-Based Learning Philosophy

The department's philosophy on project-based learning emphasizes real-world problem-solving through collaborative efforts:

• Mini-Projects: Students work in teams to complete semester-long projects involving design challenges.
• Final-Year Thesis/Capstone Project: A comprehensive, original contribution that integrates all learned concepts.
• Faculty Mentorship: Assigned mentors guide students throughout their project journey.

Project Selection and Evaluation

Students select projects based on interest and faculty expertise:

• Proposal Submission: Students submit detailed proposals outlining objectives and methodology.
• Faculty Review: Proposals are reviewed by relevant faculty members for feasibility and scope.
• Mentor Assignment: Faculty mentors are assigned based on project domain and student preferences.
• Evaluation Criteria: Projects are evaluated based on innovation, technical depth, presentation quality, and teamwork.