Delivering inventive engineering solutions, intelligent systems, and end-to-end applied innovation across modern industries.
From the physics of machinery and CNC structures to the RTOS firmware and computer vision running inside it.
Design, analysis and prototyping of mechanical systems, machinery and structures — from concept sketch to validated hardware.
Robotics integration, machine control and intelligent automation systems that keep production lines running.
Electronics and software together — hardware design, firmware, RTOS/BSP and sensor integration for products that sense and decide.
Product development, DFM/DFA and lifecycle management — configuration, documentation and traceability from concept to sustainment.
SME-led courses, workshops and on-the-job mentoring that build lasting engineering capability inside your team.
On-device ML inference, camera and sensor fusion, and cloud–edge integration.
Industrial automation and special-purpose machinery for handling and assembly tasks.
Remote control of appliances and security devices for convenience, safety and energy efficiency.
Smart drone with autonomous GPS flight, FPV streaming, computer-vision navigation and payload delivery.
Certification courses, internships and hands-on workshops led by the engineers who run our client programs — not generic courseware.
An integrated, project-based engineering course covering mechatronics, embedded systems, control, robotics, AI/ML, computer vision, IoT and Industry 4.0.
For B.E, B.Tech, M.Tech, BCA and MCA students — real-world technical skills through industrial internships. Online & offline, live projects, fast-track (30 days) or 1–3 months.
Embedded Systems Workshop · AI & Machine Learning Bootcamp · Mechanical CAD Training — running through the coming quarter.
Systems-engineering and program-management modules for engineers stepping into cross-discipline leadership roles.
Research presentations, robotics testing deployments, and engineering updates.
New mechanical testing rig completed for the robotics division.
Highlights from our presentation on RTOS safety standards.
Whatever the domain, Mechstem engagements follow the same disciplined lifecycle — the sequence a real program needs, not a marketing flourish.
Define the problem, constraints and success criteria across mechanical, electronic and software boundaries.
Cross-discipline concept generation, trade studies and architecture — mechanical, automation and embedded together.
Build, instrument and test — hardware-in-the-loop where the domain calls for it.
DFM/DFA, industrialisation and automation handover for repeatable manufacture.
Lifecycle management, spares, upgrades and capability transfer to your own team.
Mechstem is a pure-play mechatronics engineering organisation, founded in 2017 — we don't dilute into unrelated fields, and we don't stop at one discipline. Our engineers work fluidly across machinery, mechanical systems, industrial automation, and embedded electronics and software, tied together by product lifecycle management.
Every engagement pairs deep subject-matter expertise with the managerial acumen to run it as a program: scoped, sequenced, and accountable — whether the deliverable is a working prototype, a production line, or a trained team.
That combination is why clients bring us problems that cross domains and disciplines at once — and why training is a first-class part of what we do, not an afterthought.
Pursuing B.E, B.Tech, M.Tech, BCA, or MCA? Gain real-world industrial mechatronics skills through online & offline fast-track internships and apprenticeships.
Industry R&D partnerships, custom special-purpose machinery (SPM) consulting, and open-source robotics sponsorships.
