Curriculum Workshops
Short, focused modules that connect academic topics with industry design workflows.
Practical CAD, mechanical design, robotics and digital-twin sessions delivered through workshops, bootcamps, mentoring and institutional collaborations.
Short, focused modules that connect academic topics with industry design workflows.
Hands-on sessions for educators covering CAD, automotive domains, simulation and digital-twin concepts.
Mentored projects with defined inputs, review stages and measurable deliverables.
Guidance for practical CAD, robotics and simulation learning environments based on intended outcomes.
Technical introductions, career awareness and workflow demonstrations for engineering learners.
Custom learning modules for organisations that need focused capability development.
M CAD Solutions establishes formalized MoUs and technical partnerships to deliver credit-aligned mechanical CAD, GD&T, automotive domain tooling, and robotics workshops.
Advanced Mechanical Design, GD&T (MMC, LMC, tolerancing), student projects, and structured industry internships.
Technical workshops, final-year engineering project mentoring, and CAD/CAM internship pathways.
Industry-aligned student workshops, faculty development programs, and domain design internships.
Five-day intensive CATIA V5 workshop for engineering cohorts, Digital Twin learning, and annual hackathon evaluation.
Hands-on workstation-based CATIA and simulation training delivered directly inside the college engineering lab.
Three-day intensive ROS 2 Robotics and Digital Twin bootcamp and hackathon for the Kiran Scholars engineering cohort.
Selected engagements confirmed through supplied photographs, official social updates and institutional records.
Hands-on CATIA training delivered in the college computer lab with workstation-based practice.
Advanced Mechanical Design and GD&T training covering tolerancing, MMC, LMC, allowance and design fundamentals.
ROS 2 awareness and practical learning session for engineering students.
Five-day CATIA V5 workshop for second-year engineering students, along with Digital Twin learning sessions.
Student awareness and mentoring around ROS 2, robotics, digital twins, robot programming and engineering careers.
Three-day ROS 2 Robotics and Digital Twin bootcamp and hackathon for the Kiran Scholars engineering cohort.
Expert lecture on 3D Design and Simulation for Agricultural Development with practical technology case studies.
Documented MoU and institutional linkage supporting workshop and internship activities.
Workshop formats can cover CATIA, GD&T, BIW fixtures, robotics simulation, ROS 2, digital twins, projects and career preparation.
We partner with corporate initiatives and support talented engineering students through specialized bootcamps, project sponsorships, and practical learning credits.
Eligibility / Audience: Women Engineering Scholars
Specialized 3-day intensive bootcamp in ROS 2 Robotics, Digital Twins, and simulation delivered in collaboration with Persistent Systems and i4C for the Kiran Scholars cohort.
Eligibility / Audience: Female Engineering Graduates & Students
Dedicated skill support and mentorship to encourage female engineers entering core mechanical, automotive BIW, and robotics domain roles.
Eligibility / Audience: High-Performing Engineering Students
Students demonstrating exceptional technical aptitude in entrance assessments or college hackathons receive project sponsorship and advanced lab access.
M CAD Solutions also supports colleges beyond software training through employability sessions, project evaluation and technical mentoring.
Interview-preparation session focused on helping students understand technical interviews and career expectations.
Technical evaluation and judging support for a student hackathon.
Hackathon judging and feedback for student engineering projects.
Hackathon judging, student interaction and technical sessions in CATIA and Digital Twin workflows.
We provide internship opportunities connected to CAD, mechanical design, automotive domains, robotics simulation, ROS 2 and digital-twin learning. Scope, duration, selection and deliverables depend on the current program and available mentor capacity.

Describe the audience, learning objective, available time and preferred delivery format.