Diploma in Robotics & Automation

The UNIMY Diploma in Robotics and Automation is engineered to bridge Malaysia’s automation talent gap. Here is why it stands out.

Lab-First Learning

Build real machines from day one. Your classroom is a workspace equipped with industrial robotic arms, PLCs, advanced microcontrollers, and IoT sensors.

Guided by Practitioners

You are taught by active industry engineers who bring real-world problems, professional-grade tools, and strict industry standards into every session.

The Industry Pipeline

Tackle real project briefs, attend exclusive tech workshops, and earn certifications from global tech leaders while still in the programme.

Future Careers

High-demand skills. Limitless possibilities.

Malaysia’s robotics market is projected to grow at a compound annual growth rate of 17.50% through to 2031, driven by the government’s smart-factory agenda, multinational manufacturing investment, and accelerating Industry 4.0 adoption across every major sector. The transition to automated, digitised manufacturing is creating a critical talent gap — engineers who can design, programme, and maintain intelligent systems are among the most urgently sought graduates in the country.

In 2023, UNIMY hosted a Tech Talk on Navigating the Future of AI and Robotics in Malaysia, featuring Dr. Ishkandar Bahrin, President of the Malaysia Robotics and Automation Society (MyRAS), alongside robotics and automation engineers from Texas and across the industry. It remains one of our most attended sessions — a reflection of how seriously Malaysia’s industry is taking this space.

The Industry Edge

Integrated Coursera Access

Students get direct access to Coursera for Campus, enabling them to earn professional certificates from global technology leaders alongside their diploma:

Google IT Support Professional Certificate
IBM Applied AI Professional Certificate
AWS Cloud Practitioner
Google Automation with Python Professional Certificate

Career Tracks

Core Roles

Robotics and Automation Engineer
Embedded Systems Specialist
IoT Systems Engineer
Digital Circuit Designer

Strategic Roles

AI Hardware Engineer
System-on-Chip Designer
Network Architecture Designer

View all career tracks →

Why This Programme Matters

The Reality

Under Malaysia’s New Industrial Master Plan 2030, the government has set a target of at least 3,000 smart factories by 2030.
Malaysia’s robotics market is growing at 17.50% CAGR and is projected to reach USD 419 million by 2031.
The transition to automated manufacturing is creating a significant demand-supply gap in technical talent skilled in robotics, data analytics, and embedded systems.
Industries from automotive to healthcare to logistics are actively deploying intelligent machines — and need engineers who can build and maintain them.

The Education

We do not teach robotics from textbooks alone. From the first semester, students train in purpose-built labs on the same industrial equipment deployed in smart factories across Malaysia.

Learning is entirely project-based and structured around real engineering problems: robotics system design and programming using industrial-grade tools, plus PLC and embedded systems programming for real automation environments.

The AI-Native Advantage

Robotics and AI are no longer separate disciplines. The most capable automation engineers today understand how intelligent systems think — and how to build hardware that works alongside them. The curriculum integrates AI across every relevant area. You will master:

AI-driven automation design and smart system integration
IoT connectivity and data-driven machine monitoring
Machine learning fundamentals as applied to robotics and embedded systems
Responsible engineering and the ethics of autonomous systems

The AI-Native Learning Experience

We do not treat AI as a secondary subject. The entire learning experience is structured around AI tools, AI reasoning, and immediate workforce readiness. You will use AI-powered platforms every semester to design, simulate, and build systems at professional speed.

Embedded Fluency

AI tools and concepts are integrated into every relevant module, from embedded systems and smart automation to digital electronics and professional communication. You graduate with the working habits of an engineer who has always worked alongside intelligent systems.
Industrial Robotics Labs

Purpose-built labs equipped with industrial robot arms, microcontrollers, and PLC systems give students hands-on access throughout the programme. Labs are designed to simulate real factory-floor and smart-facility environments.
Personalised Learning Analytics

Adaptive AI systems continuously monitor progress, identify weak areas, and adjust the learning pathway accordingly. You always know where you stand and what to focus on next.
Project-Led Assessment

Evaluated through engineering projects, lab practicals, design reviews, and a final-year capstone that mirrors how leading engineering employers evaluate junior hires — not just written exams.
Leadership Engineering

Communication, project management, design thinking, and professional ethics are developed throughout all years of the programme, producing graduates who are technically capable and professionally confident.

Industry Projects & Certifications

Real projects. Recognised certifications. Career advantage.

UNIMY’s collaboration with Squarecloud deploys an AI-driven platform for energy efficiency and real-time building analytics, with students involved in joint R&D in machine learning and smart building performance. An ESG Lab and Centre of Excellence is being co-established at UNIMY with IoT sensors and live monitoring — giving students access to a working intelligent environment on campus.

Industry Partners

Technology & Infrastructure

Dell Technologies
Cyberview
MIMOS
Censof
Favoriot
Qwork

National Partners

CyberSecurity Malaysia
TalentCorp
Ministry of Human Resources
Forest Interactive

Embedded Global Credentials

Google IT Support Professional Certificate
IBM Applied AI Professional Certificate
AWS Cloud Practitioner
Cisco Introduction to IoT
Google Automation with Python Professional Certificate
CompTIA Tech+ and A+ preparation pathway

These certifications are not optional extras. They are built into the learning experience.

View all certifications →

Students working with industry robotics partners

Career Outcomes

Our graduates are future-ready and in high demand.

Malaysia’s industrial transformation is structural and government-backed. The NIMP 2030 smart-factory agenda, Industry 4.0 incentives, and accelerating deployment of intelligent systems mean demand for qualified robotics and automation engineers will continue to outpace supply for years to come. UNIMY graduates enter that market at exactly the right moment.

Career Pathways

Opportunities span manufacturing, automotive, semiconductor, logistics, healthcare technology, smart infrastructure, and the growing ecosystem of startups and technology companies building intelligent systems.

Roles are available across Malaysia and the wider ASEAN region — automation and embedded systems skills are universally transferable.

Student Experience

More than lectures and labs — a community focused on building the future.

Innovation Labs

Cutting-edge engineering and computing environments with professional-grade hardware, simulation tools, and embedded systems platforms.
Hackathons & Competitions

Real problem statements, real judges, and real industry representation — building technical skills and professional reputations simultaneously.
Student Clubs

Peer communities across robotics, IoT, AI, hardware design, and engineering disciplines — connecting students with shared interests.
Global Exposure

International competitions, student exchanges, and industry visits that build perspective and professional networks beyond graduation.
Industry Mentorship

Direct connections with working engineers and technology professionals who provide honest guidance and direct pathways to employment.
Campus Life

Esports, wellness facilities, regular events, and a campus culture built around curiosity, ambition, and building things that matter.

Entry Requirements

To be eligible for the Diploma in Robotics and Automation, applicants must meet one of the following:

Pass SPM or equivalent with credits in three subjects including Mathematics and one relevant Science, Technical, or Vocational subject, plus a pass in English.
Pass STPM or equivalent with a pass in Mathematics, English, and one relevant Science, Technical, or Vocational subject at SPM level.
Hold a recognised Certificate in Engineering (Level 3, Malaysian Qualifications Framework) or equivalent.
Hold any other qualification approved by the University Senate.

Trial examination and forecast results are accepted for early application.

Assessment Breakdown

Coursework — assignments, quizzes, projects, presentations, lab practicals & design exercises (70%)
Final Examination — written and practical exams testing technical proficiency (30%)
Final Year Project I & II — self-directed capstone demonstrating industry-ready expertise

Scholarships & Financing

UNIMY is committed to making a future-focused education accessible. A range of scholarships, bursaries, and financial aid options are available — including merit-based scholarships, the DHM Bursary, PTPTN and other government loan schemes, and flexible instalment and payment plan options. Full details are available through the admissions team and UNIMY’s financial aid channels.

Explore financing →

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