Year 1: The first year focuses on building a strong foundation in engineering principles. Students will study modules such as:
Engineering Mathematics: Develop essential mathematical skills for engineering applications.
Materials Science: Understand the properties and applications of engineering materials.
Mechanics and Dynamics: Learn about the behavior of forces and motion in engineering systems.
Electrical and Electronic Principles: Study the basics of electrical circuits and electronic systems.
Year 2: The second year delves deeper into specialized topics. Students will study modules such as:
Fluid Mechanics: Explore the behavior of fluids in motion and at rest.
Thermodynamics: Study energy transfer and conversion processes.
Control Systems: Learn about feedback systems and their applications in engineering.
Structural Analysis: Understand the forces and moments in structures and how to analyze them.
Year 3: In the final year, students focus on advanced topics and project work. Modules include:
Advanced Engineering Design: Engage in complex design projects, applying knowledge from previous years.
Sustainable Engineering: Study sustainable practices and technologies in engineering.
Professional Practice: Understand the ethical, legal, and professional responsibilities of engineers.
Individual Project: Conduct an independent research project on a chosen engineering topic.
Focus Areas
Mechanical engineering, electrical engineering, civil engineering, electronics, sustainable design, control systems, structural analysis, thermodynamics, fluid mechanics.
Learning Outcomes
Graduates will possess a comprehensive understanding of engineering principles, the ability to design and analyze engineering systems, proficiency in problem-solving, and the capability to work effectively both independently and as part of a team.
Professional Alignment (Accreditation)
The BSc Engineering program is accredited by the Institution of Engineering and Technology (IET) and the Institution of Mechanical Engineers (IMechE), aligning with the academic requirements for professional registration as an Incorporated Engineer.
Reputation (Employability Rankings)
The University of Northampton boasts strong industry connections and a commitment to employability, with many graduates securing positions in leading engineering firms. The university's emphasis on practical experience and industry-relevant skills enhances graduates' employability prospects.
When you study BSc Engineering at the University of Northampton, you’ll be doing more than just learning from books — you’ll be rolling up your sleeves and getting stuck into real engineering projects. From building circuits to testing mechanical systems, you’ll gain the kind of hands-on experience that makes engineering exciting and prepares you for the real world. You’ll work with fellow students, explore cutting-edge tools, and discover what it’s really like to solve engineering problems.
Here’s what your hands-on learning will look like:
Fully equipped labs and workshops – experiment with mechanical, electrical, and electronic systems, turning theory into real, tangible experience.
Machine shop sessions – get practical experience with tools and manufacturing techniques used in industry.
High-performance garage projects – explore automotive technologies including F1 and Formula E setups, giving you a glimpse of advanced engineering in action.
Team projects – collaborate on real-world challenges, sharpening your problem-solving, teamwork, and communication skills.
Industry placements – optional placements let you test your skills in professional settings, building confidence and employability.
Digital and design tools – get hands-on with CAD, simulations, and other software engineers use every day.
By the end of the course, you won’t just know engineering — you’ll have the practical experience, confidence, and digital skills to step into a career in the field with ease.
Graduates of the BSc (Hons) Engineering program at the University of Northampton are well-prepared to embark on dynamic careers across various engineering sectors. Equipped with a multidisciplinary skill set encompassing civil, mechanical, electrical, electronic, robotics, computing, and mathematics, they are ready to tackle complex engineering challenges in the digital age.
Typical roles include:
Systems Engineer
Robotics Engineer
Automation Engineer
Product Development Engineer
Future Progression & Opportunities:
University support for employability: The university offers comprehensive career services, including one-to-one guidance, industry workshops, and access to employer fairs, ensuring you are well-prepared for the job market.
Employment statistics: 95% of graduates are in work or further study, with 95% stating their degree was a formal requirement or gave them an advantage in securing their job.
Industry partnerships: The program benefits from strong industry links, providing opportunities for hands-on experience and exposure to real-world engineering challenges.
Accreditation value: The degree satisfies the educational requirements for becoming an Incorporated Engineer, with the option to progress towards Chartered Engineer status.
Graduation outcomes: Alumni have gone on to work with leading companies, demonstrating the program's effectiveness in preparing students for successful engineering careers.
Further Academic Progression:
After completing the BSc (Hons) Engineering, you have the option to pursue:
MEng (Hons) Integrated Engineering: An integrated master's program that provides advanced knowledge and skills, fast-tracking your journey to Chartered Engineer status.
Specialist MSc programs: Tailor your expertise by choosing a master's degree in a specific engineering discipline, such as robotics, automation, or sustainable energy.
PhD research: Engage in cutting-edge research opportunities, contributing to innovation and development in the engineering field.
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