Robotics Engineer Certification
Build. Code. Innovate. Become Future-Ready.
A hands-on learning journey covering robotics, electronics, programming, prototyping, UAV technology, and AI—designed to turn knowledge into real-world innovation.
Robotics Engineer Certification (REC) is a hands-on learning journey designed to develop practical skills across robotics, electronics, programming, prototyping, UAV technology, and AI. The course moves from foundational concepts to real-world projects, giving learners opportunities to build, code, test, and present working solutions.
Arduino Robotics
Electronics & PCB Design
Python Robotics
Prototyping & Fabrication
UAV Technology
Artificial Intelligence
The REC Learning Journey
Three progressive stages designed to take you from foundational concepts to advanced, real-world technology.
STAGE 01 — FOUNDATION
01 — Arduino Robotics
Build your robotics foundation through Arduino programming, sensors, actuators, and hands-on robotic projects.
02 — Electronics & PCB Design
Understand circuits and components while progressing toward schematic design, PCB layout, soldering, and fabrication.
STAGE 02 — ENGINEERING
03 — Python Robotics
Develop programming skills with Python, object-oriented programming, OpenCV, and computer-vision applications for robotics.
04 — Design & Prototyping
Turn digital concepts into physical creations through CAD, 3D modeling, 3D printing, laser cutting, and CNC fabrication.
STAGE 03 — EMERGING TECHNOLOGY
05 — UAV Technology
Explore drone technology, flight systems, components, control, safety, and practical aerial applications.
06 — Artificial Intelligence
Move into modern AI with prompt engineering, LLMs, embeddings, RAG, LangChain, and AI agents.
Simple Process, Powerful Delivery.
Learn the Fundamentals
Build a strong foundation in robotics, Arduino, electronics, programming, and engineering concepts.
Build Real Projects
Apply your knowledge through projects such as home automation, soccer robots, obstacle-avoiding robots, and mechanical arms.
Design & Prototype
Explore 2D/3D modeling, assemblies, 3D printing, laser cutting, and CNC-based fabrication.
Explore AI & UAV Technology
Move beyond traditional robotics into UAV technology, computer vision, LLMs, RAG systems, and AI agents.
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To enrol, you can contact us through any of the following methods:
Call: +880 171 450 9504
Email: diptechlab@gmail.com
Visit us: Floor 3, House 7, Dr. Mujibur Rahman Castle, 2 Shantibag - Shahidbag Rd, Dhaka 1217, Bangladesh.
The REC program is divided into three progressive stages, taking learners from foundational robotics and electronics to advanced technologies such as UAVs and AI.
Stage 1 focuses on Arduino Robotics and Electronics & PCB Design. You will learn Arduino programming, sensors, actuators, robotics projects, circuit fundamentals, PCB design, soldering, and practical electronics.
Stage 2 covers Python Robotics and Design & Prototyping. Topics include Python programming, object-oriented programming, OpenCV, computer vision, CAD design, 3D modeling, 3D printing, laser cutting, and CNC fabrication.
Stage 3 introduces UAV Technology and Artificial Intelligence, including drone technology, flight systems, prompt engineering, LLMs, embeddings, RAG, LangChain, and AI agents.
REC is a hands-on technology program designed to develop practical skills in robotics, electronics, programming, prototyping, UAV technology, and artificial intelligence.
Yes. The course starts with foundational concepts and gradually progresses toward more advanced robotics, engineering, UAV, and AI applications, making it suitable for learners who want to build their skills step by step.
REC is strongly focused on hands-on learning. Learners work with real hardware, electronics, robots, software, CAD tools, fabrication equipment, UAV technology, and practical projects throughout the program.
The curriculum includes practical projects such as home automation systems, soccer robots, obstacle-avoiding robots, mechanical arms, computer-vision applications, robotic prototypes, and AI-based projects.
You will develop practical skills across robotics, electronics, Arduino, PCB design, Python, computer vision, CAD, digital fabrication, UAV technology, and AI, along with the ability to design, build, test, and present real-world technology projects.
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BUILD ROBOTS
PROGRAM INTELLIGENT MACHINES
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