MSc Robotics with Industrial Application

2 Years On Campus Masters Program

Heriot Watt University Edinburgh

Program Overview

This MSc offers a two‑year full‑time programme combining advanced training in robotics and autonomous systems with a year of industrial placement or major project application. It suits students with backgrounds in engineering, computer science, mathematics or related numerate disciplines who are keen to design, build and deploy intelligent robotic systems and gain direct industry experience.

Curriculum Structure
Year 1: Students begin with core foundational modules such as Robotics Systems Science and Intelligent Robotics, where they develop skills in kinematics, robot control, planning, machine vision and human‑robot interaction. Optional modules allow specialisation — for example Embedded Systems, Data Mining & Machine Learning, Human‑Robot Interaction, Internet of Things, Optimisation & Deep Learning for Imaging and Vision I.
Year 2: The second year focuses on industrial placement or an equivalent industry‑linked project, plus modules such as Entrepreneurship & Creativity. Students apply their learning in real‑world environments — such as autonomous vehicles, underwater robots, advanced manipulators — under supervision and with access to industrial‑grade robotic platforms at the university’s labs.

Focus areas (in a string):
“Robot control & navigation; machine vision; human‑robot interaction; embedded systems; AI/ML for robotics; Internet of Things integration; industrial deployment of autonomous systems.”

Learning outcomes (in a string):
“Graduates will be able to design and implement robotic systems and autonomous agents, apply advanced algorithms (planning, vision, control), integrate hardware/software in real environments, undertake an industrial placement or project demonstrating practical, industry‑relevant robotics capabilities.”

Professional alignment (accreditation):
The program is linked with the UK’s National Robotarium and draws on strong research and industry collaboration in robotics & autonomous systems. While the publicly listed accreditation details for this specific programme do not explicitly state “CEng” accreditation, the university is highly regarded for its Engineering & Physical Sciences research (96% of engineering research rated world‑leading in REF 2021 for Heriot‑Watt) which reinforces its technical credibility.

Reputation (employability rankings):
Heriot‑Watt emphasizes strong graduate outcomes: “top university in Scotland for graduate outcomes … and ranked 5th in the UK.” Graduates of this MSc, with its industrial placement component, stand out to employers seeking robotics and automation expertise. For example, Top Universities lists the MSc and highlights the industrial application year and strong links to real‑world robotics platforms.

Experiential Learning (Research, Projects, Internships etc.)

Students enrolled in the MSc Robotics with Industrial Application engage in a two‑year full‑time programme that places strong emphasis on real‑world robotics and autonomous‐systems practice. They benefit from direct links to the UK’s National Robotarium and work with industry‑relevant tools, platforms and research‑led labs. Throughout the course, students apply core skills such as robot control, navigation, planning, machine vision, human‑robot interaction, and enabling technologies like AI, IoT and ROS (Robot Operating System) in practical settings. The programme includes a dedicated industrial placement phase or equivalent applied project in the second year—ensuring students graduate with both technical depth and experience in real operational contexts.

This applied learning journey is designed to build both the engineering competence and professional readiness demanded by robotics & autonomous‑systems industries.

Key experiential components include:

Hands‑on programming and robotics systems work: Students receive extensive training in robot programming (especially using ROS) and implementation of solutions on actual robotic platforms—from autonomous vehicles and underwater robots to manipulators and humanoid/social robots.
Industrial placement year or applied project: In Year 2, every student undertakes an industrial placement (engineering/physical sciences) or an equivalent industrially‑focussed project, embedding the student in professional robotics contexts.
Access to research‑leading labs and facilities: The programme is linked with the National Robotarium and the School’s robotics & AI research groups, enabling students to work alongside expert academics on cutting‑edge systems and innovations.
Wide choice of specialist modules and application domains: Students may select optional modules such as Internet of Things, Human‑Robot Interaction, Machine Vision, Deep Learning for Imaging and Vision, Embedded Systems, and more—engineered to reflect multiple real‑world robotics domains.
Teamwork, systems design and real‑world challenge orientation: The course emphasises group work, system‑level design problems and aligning project work with industrial scenarios—preparing students to operate in multidisciplinary engineering teams.

Progression & Future Opportunities

Graduates of the Heriot‑Watt University Edinburgh MSc in Robotics with Industrial Application are primed for dynamic roles such as Robotics Engineer, Autonomous Systems Developer, AI/Robotics Researcher or Industrial Automation Specialist — combining strong technical robotics knowledge with practical industry application.

Progression & Future Opportunities:

University services: The programme is linked with the UK’s National Robotarium and offers students access to leading research groups and real‑robot labs. The Careers & Employability team supports placement searching and professional skills development.
Employment relevance: Students receive training in robot programming (especially ROS), robot navigation, vision, planning, human‑robot interaction and IoT – all high‑demand skills in industries from manufacturing to mobility and service robotics.
University–industry partnerships: With the National Robotarium on campus, there are strong links to industry‑led robotics initiatives and real‑world deployment environments.
Long‑term accreditation value: The programme is accredited by the Institution of Engineering and Technology (IET) as meeting the “Further Learning” requirement toward Chartered Engineer (CEng) status (for students with a CEng‑accredited undergraduate degree).
Graduation outcomes: The degree spans two years: Year 1 covers core robotics/AI modules (robotics systems science, intelligent robotics, machine vision, IoT, embedded systems) and Year 2 includes an industrial placement for Engineering & Physical Sciences plus a major project/dissertation.

Further Academic Progression:
After completing this MSc, students could progress to a PhD in Robotics, Autonomous Systems, Human‑Robot Interaction or Machine Learning—leveraging Heriot‑Watt’s strong research infrastructure. Alternatively, they could move into specialised postgraduate certifications in robotics architecture, industrial automation or AI system design, positioning themselves for senior technical or leadership roles in robotics‑driven industries.