Engineering Projects and Demos
Explore project videos that show both student-facing learning outcomes and the kind of practical engineering work that supports real embedded, PCB, and automation projects.
What You Will Discover
See how Almikatro work moves from concept to testing, control, simulation, and real hardware through a broader project gallery.
See Student Outcomes and Applied Engineering Work in Practice
Take a broader look at the work behind the courses and the support side of Almikatro, from connected systems and industrial control to PCB development, debugging, simulation, and hands-on project activity.
Student Outcomes and Connected Builds
Wireless control, dashboards, mobile interaction, and robotics demos that show the kind of practical work students build toward.
Embedded Validation and Technical Depth
Industrial control, PCB-based systems, validation, and protection topics that strengthen Almikatro credibility for both learning and support work.
Simulation, Prototyping, and Community
Supporting videos that show concept development, prototyping, robotics activities, and the broader practical culture around Almikatro.
Dashboards, Mobile Apps, and Remote Device Control
These examples show how connected engineering projects come to life, from live monitoring and mobile interaction to robots moving in the real world.
Robot Control from a Mobile App
See how a mobile app can communicate with a robot in real time, turning connected control into something practical, visual, and easy to follow.
Mobile Robot Test in a Research Center
See a more realistic robotics test where control, hardware behavior, and movement matter just as much as the software side.
Underwater Robot Controlled from a Mobile App
Discover a more distinctive remote-control example that shows how connected systems can drive physical devices beyond the usual dashboard case.
STM32 Control Work and Machine-Focused Hardware
This part of the gallery highlights the more advanced side of the work, where STM32 projects move into industrial control, real machines, and dedicated hardware.
Laboratory Machine Control with STM32
See air-velocity control in an industrial-style machine using an STM32 MCU, with precise PID tuning and real control behavior in motion.
STM32-Based PCB Used for Machine Control
See the hardware side of the same kind of system, where the STM32 design is carried onto a dedicated PCB for reliable machine-level use.
Reading an Encoder with STM32 and Oscilloscope Validation
See how embedded work goes beyond code into signal interpretation, measurement, and verification with real instrumentation.
Galvanic Isolation in Industrial Electronics
Explore an important protection concept used in more serious electronics and see the kind of engineering depth behind industrial systems.
From PCB Course Work to Finished Hardware
These videos show how PCB design moves beyond the screen into real boards, enclosures, and hardware that feels much closer to a finished product.
Inside the PCB Design Course
Get a clearer feel for the PCB course itself and the practical design workflow followed during training.
Industrial PCB and Enclosure Prototype
This video shows a real PCB and enclosure prototype prepared for an industrial use case, helping visitors see how the design becomes a physical hardware result.
From CAD Model to Physical Result
Follow the journey from design intent to something real and testable, one of the most satisfying parts of applied hardware work.
Engineering Thinking Beyond One Device
If you want to explore the thinking behind the projects, this section adds concept explanation, simulation, and another look at how engineering ideas are tested before final results.
Bearing Concept Explanation
Understand a technical concept more easily and see how small component details can matter in bigger engineering decisions.
Simulation and Stress Analysis on a Gearbox Axle
This simulation-focused demo shows another side of engineering work: studying a design before fabrication and understanding constraints visually.
Robotic Arm in Simulation and Reality
This video shows how motion and control can be explored both in simulation and on real hardware, which makes the final result much more tangible.
Making, Discovery, and Practical Learning Energy
This final section adds the wider creative side of the work, including prototyping and community robotics activities that keep engineering approachable and alive.
Prototype Object in Motion
This short demo adds a more playful prototyping feel to the page and shows that hands-on engineering often starts with simple experiments and moving ideas.
Robotics Outreach Activity
See the community side of Almikatro, where robotics also becomes a way to spark curiosity and early interest in technology.
Proof That Supports Both the Academy and the Support Path
This project library helps visitors see two things at the same time: the kind of outcomes learners work toward, and the hands-on engineering context behind Almikatro support services.
Student-facing credibility
Visitors can see that the courses are grounded in real systems, not abstract theory only.
Technical support credibility
Visitors can also see evidence of debugging, validation, control work, and hardware thinking that supports the Engineering Support page.
One brand, two clear paths
The page now supports both learning and support without making Almikatro feel like a generic agency site.