Qassim University

What you'll study

The programme builds technical competence through a mix of mathematics, core engineering science, design practice and laboratory work. Early stages emphasise engineering mathematics, physics and basic computing. Core mechanical engineering topics studied across the programme typically include:

• Statics and dynamics – equilibrium, kinematics and kinetics of particles and rigid bodies.
• Mechanics of materials – stress, strain, failure theories and material selection.
• Thermodynamics – energy systems, cycles and applied thermodynamic analysis.
• Fluid mechanics and heat transfer – fluid behaviour, flow systems and conductive/convective heat transfer.
• Manufacturing and materials processing – production methods, machining, welding and additive techniques.
• Engineering design and CAD/CAM – computer-aided design, product development and design optimisation.
• Control systems and mechatronics – feedback control, sensors, actuators and basic robotics.
• Specialist and elective modules – options commonly include HVAC systems, internal combustion engines, renewable energy technologies, finite element analysis and maintenance engineering.
• Laboratory work and workshops – practical experiments in materials, thermofluids, dynamics and manufacturing processes.
• Industrial training / internship – supervised placement with industry to apply theory in a workplace setting.
• Final year project – individual or team project that integrates design, analysis and experimentation.

The curriculum is delivered through lectures, tutorials, hands-on laboratories, computer modelling and design studios. Assessment combines exams, coursework, lab reports and project deliverables.

Entry requirements

Applicants are normally required to hold a secondary school certificate from the natural sciences stream (Tawjihiyah or recognised equivalent) with strong attainment in mathematics and physics. English language competence is expected, since technical instruction and many reference materials use English; some applicants complete a preparatory or foundation year to meet language or subject prerequisites. Entry may also consider national university entrance examinations and interview performance where applicable.

Career prospects

Graduates in mechanical engineering have a wide range of career pathways across public and private sectors. Typical roles and sectors include:

• Design engineer, product development and CAD roles in manufacturing and consumer goods.
• Maintenance, reliability and asset-management positions in oil & gas, petrochemicals and power utilities.
• HVAC and building services engineering for construction and facilities management.
• Automotive and aerospace engineering roles in design, testing and production.
• Energy and renewable systems engineering, including thermal power and solar technologies.
• Industrial engineering, process optimisation and quality control in factories.
• Roles in consulting, project management and technical sales.
• Further study and research at postgraduate level, or professional registration where applicable.

Many graduates begin their careers through internships or national graduate schemes and later specialise in technical, managerial or entrepreneurial pathways.

Why study at Qassim University

Qassim University’s Faculty of Engineering provides a regional hub for engineering education with laboratories, workshops and computing facilities aligned to mechanical engineering curricula. Students benefit from applied learning opportunities, industry contacts in the Qassim region and neighbouring provinces, and supervised industrial training that connects academic study with workplace practice. The university supports student engineering societies and project teams that participate in design and competition activities, helping to develop teamwork, communication and hands-on skills valued by employers.