SYNOPSIS

As the automotive industry undergoes rapid transformation, autonomous and connected vehicle technologies stand at the forefront of innovation. This half-day virtual webinar offers engineers, researchers, and industry professionals a comprehensive overview of the systems and technologies driving the future of mobility.

Participants will explore key concepts in autonomous driving, including the role of Advanced Driver Assistance Systems (ADAS), the integration of sensor fusion technologies (LiDAR, radar, and cameras), and the application of artificial intelligence and machine learning in self-driving algorithms. The webinar also dives into Vehicle-to-Everything (V2X) communication—an essential enabler for connected, safe, and intelligent transportation systems.
Through focused chapters, real-world case studies, and interactive discussions, attendees will gain practical insights into the challenges, opportunities, and ethical considerations of deploying autonomous and connected vehicle systems. Whether you're a newcomer or an experienced engineer seeking to future-proof your knowledge, this session will equip you with the foundational understanding to engage with the next wave of automotive innovation.


KEY TOPICS COVERED FOR THIS WORKSHOP:

1: Introduction to Autonomous and Connected Vehicles
•    Understand the classification levels of autonomous vehicles (SAE Levels 0–5)
•    Explore the ecosystem of connected vehicles
•    Recognize current trends and challenges in adoption

2: ADAS – The Foundation of Vehicle Autonomy
•    Describe the role of ADAS in improving vehicle safety
•    Identify key ADAS components (adaptive cruise control, lane keeping, emergency braking)
•    Discuss real-world applications and limitations

Chapter 3: Sensor Fusion and AI for Self-Driving Cars
•    Understand how LiDAR, radar, and cameras work together
•    Explain the basics of sensor fusion algorithms
•    Explore how AI and machine learning are used in decision-making

Chapter 4: V2X Communication and the Future of Smart Mobility
•    Define V2X and its subtypes (V2V, V2I, V2P, V2N)
•    Describe how V2X enhances safety and traffic efficiency
•    Discuss cybersecurity and infrastructure challenges


WHO WILL BENEFIT WITH THIS WORKSHOP:

•    Engineering students with an interest in automotive industries.
•    Automotive and Manufacturing Engineers
•    Researchers and Academics
•    Tech Developers in AI/IoT
•    Policy Makers & Mobility Enthusiasts


BIODATA OF SPEAKER

Ir Ts Sukhairul Nizam Abdul Razak received an early education at SMK Methodist ACS Klang Selangor, UTM Skudai in Bachelor of Mechanical (Aeronautical) Engineering and MBA from Charles Sturt University Australia. Registered as Asean Chartered Professional Engineer (ACPE), Professional Mechanical Engineer with practicing certificate (PEPC) since year 2016 with Board of Engineers Malaysia and registered as Professional Technologist with MBOT since year 2020. Started career at Proton’s Manufacturing since 1995 as RND’s body design engineer follow with other positions in various departments in Proton Edar for nearly 18 years such as a Car Body Design Engineer, Branch Sales Manager, Manager Sales Standard, Manager Warranty Operations, Manager Equipment Tools & Calibration, Head of Division Office and worked with Accenture Malaysia for Daimler Group’s project. He was a Regional Director for Leanmax Pro Sdn Bhd, was a Senior Lecturer for City University Malaysia, appointed as Programme Coordinator for First City University College and as Managing Director for Enviroklar Tech Sdn Bhd. Ir Ts Sukhairul Nizam has experienced designed, developed automotive components as well managed anti-corrosion and painting development, aerodynamic development, and crash test development for the national car company. Ir Ts Sukhairul Nizam is also specialised in automotive sales training or coaching and managing product recall for automotive industry.