The Master of Robotics and Manufacturing Sciences is designed for professionals and engineers seeking advanced expertise in robotics, automation, and modern manufacturing technologies. The program integrates theoretical knowledge with practical applications to prepare graduates for leadership roles in industrial automation, smart manufacturing, and robotics engineering.

Assessments include research projects, simulations, industrial case studies, and applied robotics initiatives that enhance technical, analytical, and leadership competencies. Continuous feedback ensures mastery of skills required for robotics and manufacturing practice.

• Core Courses – 60 Credits
  Develop foundational and advanced knowledge in areas such as:

  • Robotics Systems & Automation

  • Advanced Manufacturing Technologies

  • Industrial IoT & Smart Systems

  • Mechatronics & Control Systems

  • Data Analytics & AI in Manufacturing

  • Materials Science & Engineering

• Specialization/Concentration Courses – 60 Credits
  Tailor your degree with focused coursework in areas like:

  • Industrial Robotics & Automation

  • Smart Factory Design & Simulation

  • Robot Programming & AI Applications

  • Advanced Production Planning & Management

  • Sustainable & Digital Manufacturing

• Elective Courses – 30 Credits
  Choose electives to explore emerging trends in robotics, interdisciplinary technologies, or advanced manufacturing systems.

• Capstone Project / Applied Research – 30 Credits
  Apply your learning in a real-world robotics or manufacturing project, simulation, or applied research initiative, demonstrating technical expertise, analytical ability, and professional competence.

Students can focus on industrial robotics, automation systems, AI in manufacturing, or smart production technologies to align with career goals and industry demands.

Graduates will be prepared for careers in robotics engineering, industrial automation, smart manufacturing, production management, and consultancy in advanced manufacturing technologies. The program emphasizes practical application, technological innovation, and leadership in modern industry.

• Academic Qualification: Recognized bachelor’s degree in engineering, manufacturing, or a related field.

• Work Experience: Relevant professional experience in robotics, automation, or manufacturing is recommended.

• English Proficiency: Non-native speakers may need to submit IELTS, TOEFL, or equivalent scores.

• Supporting Documents: Completed application form, academic transcripts, CV/resume, and any additional documents requested by admissions.

• Western Global University is the sole awarding institution for all its programmes.

• Degrees are nationally recognized and internationally accredited, ensuring credibility and global acceptance.

• Graduates receive qualifications that reflect academic excellence and industry-relevant competencies.