M.Tech in CAD/CAM Engineering Syllabus

Computer Aided Design / Computer Aided Manufacturing

LABORATORY

M.Tech in CAD/CAM Engineering Syllabus

Department Overview

Mechanical Engineering focuses on the design, development, fabrication, production, and maintenance of machines and mechanical systems. The department emphasizes strong engineering fundamentals supported by practical exposure, laboratory learning, and industry-oriented education. Academic activities integrate thermal engineering, design engineering, and production & industrial engineering to prepare students for multidisciplinary engineering environments.

Program Overview

The M.Tech CAD/CAM (Computer Aided Design / Computer Aided Manufacturing) program is a postgraduate specialization designed to bridge the gap between engineering design and modern manufacturing technologies. The program develops advanced competencies in computer-aided design, digital product modeling, manufacturing automation, and CNC-based production systems.

The curriculum begins with foundations of engineering design including 2D drafting and 3D modeling, and progresses toward computer-aided manufacturing concepts such as CNC machining, tool path generation, and manufacturing simulation. Students gain exposure to flexible manufacturing systems (FMS), robotics, and modern industrial automation practices through practical learning and project-based applications, preparing graduates for advanced mechanical engineering roles in modern manufacturing industries.

Program Highlights / Key Features

  1. Advanced CAD and CAM specialization
  2. Hands-on CNC and manufacturing simulation training
  3. Industry-oriented design and manufacturing curriculum
  4. Exposure to automation, robotics, and FMS
  5. Project-based and research-oriented learning
Curriculum & Learning Areas
Industry Exposure & Practical Learning
Career Opportunities
Why Choose This Program at Indus University
Eligibility Criteria
Admission Process

Curriculum & Learning Areas

Core Technical Areas

  1. Computer-aided design (2D drafting and 3D modeling)
  2. Engineering analysis and solid mechanics fundamentals
  3. Computer-aided manufacturing
  4. CNC machining and tool path generation
  5. Manufacturing process planning

Advanced / Emerging Areas

  1. Flexible Manufacturing Systems (FMS)
  2. Industrial robotics and automation
  3. Advanced manufacturing simulation
  4. Digital manufacturing technologies

Industry Exposure & Practical Learning

  1. CAD/CAM laboratory training
  2. CNC machine practical exposure
  3. Simulation-based manufacturing experiments
  4. Industry-oriented projects
  5. Research dissertation work

Career Opportunities

Job Roles

  1. CAD Design Engineer
  2. CAM Engineer
  3. Manufacturing Engineer
  4. CNC Programming Engineer
  5. Automation Engineer
  6. Product Development Engineer

Career Sectors

  1. Manufacturing industries
  2. Automotive and aerospace sectors
  3. Industrial automation companies
  4. Product design and engineering consultancies

Why Choose This Program at Indus University

  1. Industry-aligned CAD/CAM curriculum
  2. Hands-on CNC and manufacturing exposure
  3. Experienced mechanical engineering faculty
  4. Focus on modern digital manufacturing technologies
  5. Research and dissertation-based learning approach

Eligibility Criteria

M.Tech Programs

Candidate must hold a Bachelor’s degree in a relevant Engineering/Technology discipline or an equivalent qualification with minimum 50% aggregate from a recognized university as per university norms.

GATE-qualified candidates will be given preference / admission considered based on a valid GATE score as applicable under admission guidelines.

Program Duration

2 Years (4 Semesters)

Admission Process

Admissions are conducted as per guidelines of the Admission Committee for Professional Courses (ACPC) and university norms.

A portion of seats is filled through centralized merit-based admission, while remaining seats are filled under Management Quota as per applicable regulations.


Core Technical Areas

  1. Computer-aided design (2D drafting and 3D modeling)
  2. Engineering analysis and solid mechanics fundamentals
  3. Computer-aided manufacturing
  4. CNC machining and tool path generation
  5. Manufacturing process planning

Advanced / Emerging Areas

  1. Flexible Manufacturing Systems (FMS)
  2. Industrial robotics and automation
  3. Advanced manufacturing simulation
  4. Digital manufacturing technologies
  1. CAD/CAM laboratory training
  2. CNC machine practical exposure
  3. Simulation-based manufacturing experiments
  4. Industry-oriented projects
  5. Research dissertation work

Job Roles

  1. CAD Design Engineer
  2. CAM Engineer
  3. Manufacturing Engineer
  4. CNC Programming Engineer
  5. Automation Engineer
  6. Product Development Engineer

Career Sectors

  1. Manufacturing industries
  2. Automotive and aerospace sectors
  3. Industrial automation companies
  4. Product design and engineering consultancies
  1. Industry-aligned CAD/CAM curriculum
  2. Hands-on CNC and manufacturing exposure
  3. Experienced mechanical engineering faculty
  4. Focus on modern digital manufacturing technologies
  5. Research and dissertation-based learning approach

M.Tech Programs

Candidate must hold a Bachelor’s degree in a relevant Engineering/Technology discipline or an equivalent qualification with minimum 50% aggregate from a recognized university as per university norms.

GATE-qualified candidates will be given preference / admission considered based on a valid GATE score as applicable under admission guidelines.

Program Duration

2 Years (4 Semesters)

Admissions are conducted as per guidelines of the Admission Committee for Professional Courses (ACPC) and university norms.

A portion of seats is filled through centralized merit-based admission, while remaining seats are filled under Management Quota as per applicable regulations.

FAQs

  1. What is the focus of the M.Tech CAD/CAM program?

    The program focuses on advanced engineering design, computer-aided manufacturing, CNC technologies, and automation used in modern manufacturing industries.
  2. Do students need prior CAD/CAM software experience?

    No. The program begins with fundamentals and gradually progresses to advanced CAD/CAM applications.
  3. Does the program include practical manufacturing exposure?

    Yes. Students gain hands-on experience through CAD/CAM laboratories, CNC machines, simulations, and industrial projects.
  4. What career opportunities are available after completion?

    Graduates can work as CAD engineers, manufacturing engineers, CNC programmers, automation engineers, and product development specialists.

Department Activities

Shaping the Future with Semiconductors

The Department of Electronics & Communication, IITE, Indus University successfully organized a Two-Day National Level Workshop on “Semiconductor Design and Applications” on 29–30 January 2026, sponsored by GUJCOST and conducted in collaboration with eInfochips (An Arrow Company), Ahmedabad. The workshop offered rich insights into VLSI design, fabrication, packaging, and real-world semiconductor applications, making it highly informative and impactful for students.

Alumni Talk Highlight

The Department of Computer Science & Engineering successfully organized an Alumni Talk on “Global Tech Career Roadmap” on 29th January 2026. The session was led by Mr. Sneh Patel (Alumnus 2019–2023, CSE), currently working as a Software Development Engineer at Google (USA). He shared valuable insights on global tech careers, industry expectations, essential skills, and his inspiring journey from campus to Google. The talk was highly informative and motivating, helping students gain clarity on career planning and growth in the software industry.

Winter School–2025

Winter School–2025 | Civil Engineering | Indus University Winter School–2025, conducted from 08–13 December 2025, offered a week of skill development and hands-on learning for B.Tech and Diploma students. The program included expert talks and alumni interactions, along with personality development sessions and exposure to emerging technologies in civil engineering. Industrial visits to Pidilite Advanced Skills Center and Institute of Seismological Research gave students valuable industry and research insights. Overall, Winter School–2025 enhanced students’ skills, confidence, and career readiness, bridging academics with real-world applications.