Hands-On Engineering & STEM Workshops

Bridging the Gap Between Textbook CAD Theory and Real-World Additive Manufacturing

Most students learn 3D modeling strictly on a computer screen without ever seeing how their geometry behaves on a real manufacturing floor. At Engineer's Cubicle, our practitioners bring industrial-grade 3D printing hardware, engineering polymers, and real-world design challenges directly to school and college classrooms across Pune.

What Makes Our Training Different?
  • Live hardware in the classroom — we bring high-speed FDM 3D printers and a curated kit of functional mechanical gears, EV enclosure prototypes, and multi-color assemblies to your campus.
  • Design for Additive Manufacturing (DfAM) focus — students learn why overhang angles, wall thickness, part orientation, and mating tolerances make or break a physical print.
  • Tailored by academic level — structured 4-hour technical bootcamps for 1st to 4th-year engineering students, and interactive STEM sessions for K–12 school innovators (Grades 6–12).
From Digital Sketch to Physical Part

Whether it is an engineering department upgrading its CAD/CAM lab skills or a school Atal Tinkering Lab (ATL) inspiring young makers, students leave with practical knowledge of the entire workflow: Parametric CAD → DfAM Optimization → Slicing & G-Code → Post-Processing.

"Every participating student receives a Certificate of Completion from Engineer's Cubicle."

Request Workshop Brochure

Tailored Training Tracks

Customized workshop modules designed around your students' grade level, engineering branch, and available lab hours.

Engineering Colleges (FE / SE / TE / BE)

Intensive 4-hour and 2-day bootcamps covering Fusion 360 parametric modeling, DfAM design rules, slicing engineering, and functional prototyping.

Schools & Atal Tinkering Labs (Grades 6–12)

Engaging 2 to 3-hour STEM demonstrations introducing school students to 3D design thinking, layer-by-layer fabrication, and live printing.

Custom 3D Printer Hardware & Firmware

Advanced technical mentoring on CoreXY/Cartesian kinematics, mainboards, CANbus toolheads, Klipper firmware, and machine calibration.

Polytechnic & Robotics Clubs

Project-focused guidance for student teams building drones, e-bikes, robowars chassis, EV battery enclosures, and final-year prototypes.

Flagship 4-Hour Workshop Curriculum

A structured, hour-by-hour breakdown of our most popular engineering and diploma workshop module.

  • 01 Hour 1: Additive Manufacturing & Material Science

    Overview of the 7 Additive Manufacturing processes (FDM, SLA, SLS, MJF), 3D printer anatomy (motion systems, extruders, hotends), and selecting the right filament (PLA, PETG, ABS, ASA, TPU) for mechanical strength and heat resistance.

  • Live parametric modeling in Autodesk Fusion 360. Turning 2D constrained sketches into 3D components while applying core DfAM rules: 45-degree overhangs, bridging limits, clearance tolerances for holes/threads, and anisotropic strength.

  • Exporting STEP/STL models into modern slicers. Optimizing layer height, wall perimeters, infill geometry (Gyroid, Grid, Adaptive Cubic), and support structures—plus how to troubleshoot warping, stringing, and layer shifts.

  • Live high-speed 3D printing demonstration in the classroom. Hands-on look at support removal, sanding, priming, and painting techniques on PETG/PLA, followed by industry case studies in EV battery design and rapid tooling.

Workshop Logistics

Organizing a workshop at your school or college campus in Pune is simple and turnkey.

What We Bring: Live 3D printing hardware, filament spools, industrial sample parts, presentation deck, and student completion certificates.

What Your Venue Provides: A classroom or seminar hall with a projector/screen and power point (plus a computer lab or student laptops for hands-on CAD sessions).

Host a 3D Printing Workshop at Your School or College

Share your institution name, student grade or engineering year, approximate batch size, and preferred dates on WhatsApp—we will send over a customized session plan and commercial proposal.

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