NextGen Engineering & Technology Bootcamp 2026 

The NextGen Engineering & Technology Bootcamp 2026 is a professional online training programme (via Google Meet) organised by DRABOT and supported by Universiti Teknologi Malaysia (UTM), Universiti Kebangsaan Malaysia (UKM) and Universiti Teknikal Malaysia Melaka (UTeM) specially designed for undergraduate students pursuing Engineering, Computer Science, Information Technology, Artificial Intelligence, Robotics, Mechatronics, Electrical Engineering, Electronics Engineering, Mechanical Engineering, and other related disciplines.

Instead of spending your semester break passively, invest your time in acquiring practical technical skills that will strengthen your academic performance, Final Year Project (FYP), internship readiness, research capability, technical portfolio, and future career opportunities.

This bootcamp combines Programming, Artificial Intelligence, Computer Vision, Data Analytics, Machine Learning, Robotics, Embedded Systems, and Internet of Things (IoT) into a structured learning pathway delivered through live online workshops.

Whether you are a Year 1 student beginning your engineering journey or a Year 4 student preparing for your Final Year Project and industrial career, this bootcamp is designed to equip you with practical skills that are highly valued by universities and industry.

The NextGen Engineering & Technology Bootcamp is more than just a series of online workshops. It is a structured learning experience designed to help students develop industry-relevant competencies through practical applications.

Throughout this programme, participants will:

• Learn directly from an experienced Robotics and Mechatronics specialist.

• Develop practical programming skills using Python.

• Explore Artificial Intelligence and Computer Vision through hands-on demonstrations.

• Learn data analysis and introductory Machine Learning using industry-standard Python libraries.

• Build intelligent robotic systems by integrating Arduino with AI-powered Computer Vision.

• Develop cloud-connected IoT applications using ESP32-S3, Blynk Cloud and Telegram Bot.

• Gain practical knowledge that can be applied to Final Year Projects (FYP), internships, competitions and research projects.

• Receive professional e-Certificates for each completed workshop.

Dr. Dafizal bin Derawi

Robotics & Mechatronics Specialist

All workshops and webinars are conducted by Dr. Dafizal bin Derawi, a specialist in Robotics, Mechatronics, Artificial Intelligence, Computer Vision, Embedded Systems and Internet of Things (IoT).

Dr. Dafizal has extensive experience in engineering education, research, innovation, robotics development and professional technical training. Over the years, he has conducted numerous workshops, seminars and training programmes for universities, schools, government agencies, industries and technology communities throughout Malaysia.

His teaching philosophy focuses on practical, project-based learning, enabling participants to understand engineering concepts through real-world applications rather than theory alone.

Areas of Expertise

• Robotics & Intelligent Systems

• Mechatronics Engineering

• Artificial Intelligence

• Computer Vision

• Python Programming

• Machine Learning

• Embedded Systems

• Arduino Development

• Internet of Things (IoT)

• Automation & Smart Systems

Date

22 July 2026 (Wednesday)

Time

8.30 PM – 11.00 PM

Platform

Google Meet (Online & Recorded) 

Training Fee

FREE

Overview

Many students struggle during their Final Year Project not because they lack technical knowledge, but because they do not fully understand the assessment criteria, project planning process and expectations of supervisors and examiners.

This special webinar provides practical guidance on how to successfully manage every stage of the FYP, from selecting a suitable project title to preparing for the final viva presentation.

Whether you are entering your final year or planning ahead, this webinar will provide valuable insights that can help maximise your academic performance.

Learning Outcomes

Participants will learn:

• Understanding the FYP assessment rubric

• Selecting an appropriate project title

• Planning project milestones

• Conducting an effective literature review

• Writing a strong project proposal

• Managing meetings with supervisors

• Technical report writing techniques

• Using AI tools responsibly in academic research

• Preparing professional presentation slides

• Viva preparation strategies

• Common mistakes that reduce marks

• Practical tips for achieving an A (4.00)

Date

27 July 2026 (Monday)

Time

9.00 AM – 5.30 PM

Platform

Google Meet (Online & Recorded) 

Training Fee

• UTM/ UKM/ UTeM Students — RM50

• Other Students — RM100

• Public — RM150

Overview

Python is one of the world's fastest-growing programming languages and is widely used in Artificial Intelligence, Robotics, Machine Learning, Automation, Scientific Computing and Data Science.

This beginner-friendly workshop introduces participants to Python programming from the fundamentals through practical coding exercises and real-world examples.

No prior programming experience is required.

Learning Outcomes

Participants will learn:

• Installing Python

• Python IDE setup

• Variables

• Data types

• Operators

• Input

• Lists (Array)

• if...else

• While Loop

• For Loop

• Functions & Procedures

Date

28 July 2026 (Tuesday)

Time

9.00 AM – 5.30 PM

Platform

Google Meet (Online & Recorded) 

Training Fee

• UTM/ UKM/ UTeM Students — RM50

• Other Students — RM100

• Public — RM150

Overview

Computer Vision is one of the most transformative fields of Artificial Intelligence (AI), enabling machines to perceive, interpret, and understand visual information from images and videos. It is a core technology behind autonomous robots, smart surveillance, industrial automation, medical imaging, intelligent transportation systems, and many modern AI-powered applications.

This intensive workshop provides participants with a practical introduction to Computer Vision using Python. Participants will explore both classical computer vision techniques and modern deep learning-based object detection, gaining an understanding of how computer vision technologies have evolved over time.

The workshop begins with image processing fundamentals and the use of OpenCV for common computer vision tasks. Participants will then learn the Haar Cascade algorithm for real-time face and object detection, followed by an introduction to the state-of-the-art YOLO (You Only Look Once) object detection framework, which is widely adopted in industry for high-speed and high-accuracy AI vision applications.

Through hands-on exercises and live demonstrations, participants will build intelligent vision systems capable of detecting faces, objects, and real-world scenes from images and live video streams (webcam).

This workshop also serves as an excellent foundation for participants who plan to continue with the Vision AI Robotics with Arduino workshop, where AI Computer Vision will be integrated with embedded systems to develop intelligent robotic applications.

Learning Outcomes

Participants will learn:

• Digital image processing

• Image filtering

• Edge detection

• Colour detection

• Contour detection

• Face detection

• Object detection

• Webcam integration

• Real-time image processing

• Classical AI Computer Vision (Haar Cascade)

• Modern AI Computer Vision (YOLO)

Date

29 July 2026 (Wednesday)

Time

9.00 AM – 5.30 PM

Platform

Google Meet (Online & Recorded) 

Training Fee

• UTM/ UKM/ UTeM Students — RM50

• Other Students — RM100

• Public — RM150

Overview

Data has become one of the world's most valuable assets, driving innovation and decision-making across engineering, manufacturing, healthcare, finance, research, and countless other industries. Organisations increasingly rely on data-driven insights to optimise operations, predict future trends, and develop intelligent solutions.

This professional introductory workshop provides participants with a practical foundation in Data Science, Data Analytics, and Machine Learning using the Python programming language. Through a structured, hands-on approach, participants will learn how to collect, organise, analyse, visualise, and interpret real-world datasets while gaining an understanding of how predictive models are developed.

The workshop also introduces the concept of Big Data and demonstrates how data analytics can support evidence-based decision-making and predictive analysis. Participants will gain practical experience using industry-standard Python libraries, including NumPy, Pandas, Matplotlib, SciPy, and Scikit-learn, to perform data manipulation, statistical analysis, visualisation, and introductory machine learning tasks.

In addition, participants will explore the fundamental principles of Machine Learning through several commonly used regression techniques, providing a solid foundation for further study in Artificial Intelligence, Data Science, and Predictive Analytics.

This workshop is ideal for university students, researchers, engineers, and beginners who wish to develop practical skills in Python-based data analysis and gain a strong introduction to the rapidly growing fields of Data Science and Machine Learning.

Learning Outcomes

Participants will learn:

• Introduction to Data Science and Data Analytics

• Understanding Big Data concepts

• Python for Data Analysis

• Data collection and preparation

• Data cleaning and preprocessing

• Data manipulation using Pandas

• Numerical computing with NumPy

• Statistical analysis using SciPy

• Professional data visualisation with Matplotlib

• Exploratory Data Analysis (EDA)

• Introduction to Machine Learning

• Model training and evaluation

• Linear Regression

• Polynomial Regression

• Multiple Linear Regression

• Building predictive models using real-world datasets

Date

10–11 August 2026 (Monday–Tuesday)

Time

9.00 AM – 5.00 PM

Platform

Google Meet (Online & Recorded) 

Training Fee

• UTM/ UKM/ UTeM Students — FREE

• Other Students — RM100

• Public — RM150

Training Kit Fee

RM100 (Compulsory for all participants)

• The kit will be delivered directly to the participant's address before the workshop begins.

• FREE SHIPPING THROUGHOUT MALAYSIA via J&T Express

Overview

Traditional Arduino workshops typically focus on LEDs, buttons, sensors, and motors. While these are essential building blocks, modern robotic systems require much more—they must be capable of seeing, understanding, and making intelligent decisions.

This unique two-day workshop introduces participants to the integration of Artificial Intelligence (AI), Computer Vision, Arduino, sensors, actuators, and embedded systems to develop intelligent robotic applications.

Participants will learn how Python-based AI can communicate with Arduino to create robotic systems that respond intelligently to their environment. This practical approach bridges software intelligence with hardware control, providing participants with valuable skills applicable to robotics research, smart automation, and industrial applications.

Learning Outcomes

By the end of this workshop, participants will be able to:

• Understand Arduino architecture and programming fundamentals

• Configure and use the Arduino IDE

• Interface digital and analog sensors

• Control servo motors and actuators

• Establish serial communication between Python and Arduino

• Integrate AI Computer Vision with embedded systems

• Detect humans and objects using a webcam

• Develop AI-driven robotic decision-making systems

• Design intelligent automation projects

• Troubleshoot hardware and software integration issues

• Build exciting AI-powered robotic applications

Date

12 August 2026 (Wednesday)

Time

9.00 AM – 5.00 PM

Platform

Google Meet (Online & Recorded) 

Training Fee

• UTM/ UKM/ UTeM Students — FREE

• Other Students — RM100

• Public — RM150

Training Kit Fee

RM150 (Compulsory for all participants)

• The kit will be delivered directly to the participant's address before the workshop begins.

• FREE SHIPPING THROUGHOUT MALAYSIA via J&T Express

Overview

The Internet of Things (IoT) is transforming the way devices communicate, monitor environments, and automate daily operations.

This workshop introduces participants to modern IoT development using the powerful ESP32-S3 microcontroller, integrated with Blynk Cloud and Telegram Bot for real-time monitoring and remote device control.

Participants will develop complete cloud-connected IoT applications suitable for smart homes, environmental monitoring, industrial automation, and engineering projects.

Learning Outcomes

Participants will learn:

• ESP32-S3 programming fundamentals

• Wi-Fi communication

• GPIO programming

• Sensor integration

• Cloud computing concepts

• Developing IoT dashboards using Blynk Cloud

• Remote monitoring and control

• Telegram Bot integration

• Push notifications

• Sensor data logging

• Complete IoT project development

Every registered participant will receive:

• Professional e-Certificate of Participation

• Digital Training Notes

• Recorded workshop video

• Presentation Slides

• Sample Source Codes

• Practical Exercises

• Live Question & Answer Session

• Lifetime learning experience through practical projects

Participants who complete all five technical workshops (excluding the free FYP webinar) will also receive a:

Certificate of Completion

NextGen Engineering & Technology Bootcamp 2026

This certificate recognises successful completion of the full technical learning pathway covering Python Programming, Artificial Intelligence, Computer Vision, Machine Learning, Robotics, Embedded Systems, and Internet of Things (IoT).

DRABOT is committed to providing high-quality engineering and technology training that bridges academic learning with real-world industry applications.

Our workshops are designed with a strong emphasis on practical skills, hands-on projects, and emerging technologies to prepare participants for future engineering careers.

We believe that engineering education should not only teach theory—but also inspire innovation, creativity, and problem-solving through meaningful project development.

Who can participate?

The bootcamp is open to:

• Undergraduate students (Year 1–Year 4)

• Postgraduate students

• Polytechnic students

• TVET students

• Lecturers

• Teachers

• Engineers

• Working professionals

• Members of the public interested in technology

Are these workshops suitable for beginners?

Yes.

The workshops are designed to accommodate beginners while still providing valuable insights and practical applications for participants with prior experience.

Are the workshops conducted online?

Yes.

All workshops will be conducted live online and will be recorded using the designated online platform.

Will participants receive certificates?

Yes.

Participants who attend each workshop will receive an official e-Certificate of Participation.

Participants completing all technical workshops will additionally receive the NextGen Engineering & Technology Bootcamp 2026 Certificate of Completion.

Will course materials be provided?

Yes.

• Participants will receive:

• Digital notes

• Presentation slides

• Sample source codes

• Practical exercises

• Project files

Do I need to install any software before the workshop?

Yes.

A preparation guide, including software installation instructions and required applications, will be emailed to registered participants before each workshop.

Is hardware required?

Hardware is only required for:

• Vision AI Robotics with Arduino

• IoT Development with ESP32-S3

Participants are required to purchase the training kit for these workshops.

By the end of this bootcamp, you will have developed practical skills in:

• Python Programming

• Artificial Intelligence

• Computer Vision

• Data Analytics

• Machine Learning

• Robotics

• Embedded Systems

• Internet of Things (IoT)

These skills will help you prepare for:

• Final Year Project (FYP)

• Industrial Training

• Engineering Competitions

• Research Projects

• Graduate Employment

• Professional Career Development

SEATS ARE LIMITED to ensure an effective learning experience and provide participants with opportunities for interaction throughout the workshops.

Whether you are preparing for your Final Year Project, enhancing your programming skills, exploring Artificial Intelligence, or beginning your journey into Robotics and IoT, the NextGen Engineering & Technology Bootcamp 2026 offers a structured learning pathway designed to help you succeed.

Join us this semester break and invest in the skills that will shape your future as an engineer.

Register Now and Secure Your Seat Today!

Registration deadline: July 23, 2026, 11.59 PM

Organised by: DRABOT

Supported by: 

• Electronic Systems Engineering Student Association (ELECSYS), Universiti Teknologi Malaysia (UTM)

• Persatuan Mahasiswa Fakulti Kejuruteraan Dan Alam Bina (PEMATRA), Universiti Kebangsaan Malaysia (UKM)

• Persatuan Pelajar Fakulti Teknologi & Kejuruteraan Elektrik (e-TESA), Universiti Teknikal Malaysia Melaka (UTeM)

Programme Director & Lead Instructor:

Dr. Dafizal bin Derawi

Robotics & Mechatronics Specialist