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The MSc Robotics and Artificial Intelligence at Newcastle University integrates AI, engineering, and computer science to equip students with specialized knowledge and skills. Ideal for graduates in engineering or computing, the program prepares students for careers in robotics, AI, and related fields
Curriculum Structure
This intensive one-year MSc programme immerses you in the core principles of intelligent systems from the very start. In the first semester, you will tackle foundational modules such as Advanced Robotics and Artificial Intelligence, where you'll gain essential skills in robotic control systems and the core algorithms that drive intelligent behaviour. This quickly builds in the second semester with specialised modules like Autonomous Systems and Computer Vision, challenging you to apply these principles to complex problems in perception and decision-making. The programme culminates in a substantial summer research project, an in-depth dissertation that allows you to demonstrate your mastery by tackling a significant research or development challenge in robotics and AI.
Focus Areas: “Robotics systems; Artificial Intelligence; Machine learning; Autonomous systems; Computer vision; Robotic perception”
Learning Outcomes: “Design and develop intelligent robotic systems; apply AI algorithms to real-world problems; analyze and interpret data; conduct independent research in robotics and AI.”
Professional Alignment (Accreditation): The program aligns with industry standards and is informed by an Industrial Advisory Board comprising leaders from organizations such as Google, Meta, JP Morgan, and PwC.
Reputation (Employability Rankings): Newcastle University is recognized for its strong industry connections and high employability rates among its graduates, particularly in robotics and AI fields.
.This programme provides hands-on experience in developing intelligent robotic systems, from perception and cognition to physical control. You will gain practical skills using the University's specialist robotics laboratories and industry-standard simulation tools. This integrated approach combines theory with practice through:
Specialist Robotics Laboratories: You will work in Newcastle's Robotics Laboratory, equipped with mobile robots, robotic manipulators, and sensor systems for developing and testing autonomous behaviours.
Industry-Standard Software: The curriculum involves practical work with the Robot Operating System (ROS), alongside simulation platforms like Gazebo and machine learning libraries including TensorFlow and PyTorch.
Substantial Individual Project: A core component is a significant research project where you will design, implement and evaluate a complete robotic system, often addressing a real-world challenge in automation or autonomous navigation.
Access to Research Groups: The programme is supported by Newcastle's Centre for Automation and Robotics, providing exposure to cutting-edge research in autonomous systems and human-robot interaction.
Graduates of the MSc Robotics and Artificial Intelligence at Newcastle University enter an expanding global job market equipped with expertise in engineering, AI, and computer science—preparing them for technical and leadership roles in a wide range of sectors. Alumni work across robotics, healthcare, manufacturing, and technology, applying advanced knowledge to develop and manage innovative robotic and AI systems:
Newcastle’s Careers Service supports students with sector-specific guidance, networking events, employer presentations, placement opportunities, and personalised career planning tailored to robotics and AI fields.
Typical job roles for graduates include Robotics Engineer, Machine Learning Engineer, Autonomous Systems Engineer, and Biomedical Engineer.
Employment outcomes are strong, with most graduates quickly entering related professions; competitive starting salaries often range from £32,000 to £44,000, depending on the role and industry.
Newcastle boasts industry partnerships with leading employers, such as the National Innovation Centre for Data, The Alan Turing Institute, and firms in robotics, healthcare, and automation, supporting live project work, industry input on curriculum design, internships, and guest lectures.
The MSc confers long-term career value due to its integration of industry-standard tools, accreditation from UK engineering and computing bodies, and strong links to research and innovation.
Graduates demonstrate outcomes such as mastery of robotics software, AI development, applied analytics, and the capability to lead interdisciplinary technology projects.
Further Academic Progression:
Graduates are well placed to pursue a PhD in Robotics, Artificial Intelligence, or related fields at Newcastle or other top universities. Opportunities also exist in advanced research roles, professional doctorates, or collaborative projects within university labs or with international industry research centres.
A 2:2 Honours degree, or international equivalent in: mechanical, electrical or related engineering (eg mechatronics or design) mathematics, physics or computer science any other closely-related disciplineUSA- A four year Bachelor degree with GPA 2.8/4.0 India - Bachelors degree with minimum 58-60%IELTS 6.5 overall (with a minimum of 5.5 in all sub-skills).TOEFL 90 overall (with a minimum of 17 in listening, 18 in reading, 20 in speaking, and 17 in writing).Robotics EngineerProduction EngineerMachine Learning EngineerAutonomous Systems EngineerBiomedical Engineer
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Newcastle University
