At London Engineering College, we offer a range of master’s programs designed to equip engineers with advanced skills and specialized knowledge in key fields of engineering. Our programs provide both theoretical foundations and practical applications to prepare graduates for leadership roles in engineering and innovation. Explore our programs below to find the perfect fit for your career goals
Delve into advanced mechanics, thermodynamics, and materials science This program prepares engineers to design and innovate in industries ranging from automotive to aerospace and manufacturing Courses includeAdvanced Fluid MechanicsThermal Systems EngineeringRobotics and Control SystemsMechanical Design and Manufacturing
Gain expertise in areas like circuit design, embedded systems, and power systems This program is tailored for those looking to lead in the electrical and electronics sectors Core topics includeDigital Signal ProcessingPower Electronics and DrivesMicroelectronics and Integrated CircuitsRenewable Energy Systems
Focus on advanced structural analysis, construction management, and sustainable design This program prepares you for complex projects in infrastructure and urban development Key courses includeStructural DynamicsSustainable Urban DesignConstruction Project ManagementEnvironmental Engineering
Designed for those interested in software development, machine learning, and system architecture Graduates will be ready to innovate in fields like artificial intelligence and cybersecurity Key areas of study includeMachine Learning and AICybersecurity and Network SystemsAdvanced Algorithms and Data StructuresSoftware Development for Embedded Systems
Address today’s environmental challenges with expertise in sustainable engineering and environmental systems This program focuses on developing solutions to pollution, water quality, and waste management Courses includeWater Resources ManagementEnvironmental Impact AssessmentWaste Treatment TechnologiesClimate Change and Sustainability
Dive into advanced chemical processes, biochemical engineering, and material sciences This program is ideal for those interested in pharmaceuticals, energy, and material production Core subjects includeProcess Dynamics and ControlBiochemical EngineeringSustainable Chemical ProcessesPolymer Science and Engineering
Explore the intersection of engineering and healthcare to innovate in medical technology and biotechnology This program prepares graduates for roles in medical device development and clinical engineering Courses includeBiomaterials and BiocompatibilityMedical Imaging TechnologyTissue EngineeringClinical Instrumentation
Specialize in the design and development of aircraft and spacecraft with courses on aerodynamics, propulsion, and flight mechanics Ideal for careers in the aerospace and defense sectors Key topics includeAerodynamics and PropulsionFlight Dynamics and ControlSpace Systems EngineeringAircraft Design and Maintenance
Research-Based Learning Our master’s programs are designed with a research-focused approach rather than traditional exams, allowing students to engage deeply with their fields of study, develop critical thinking skills, and work on innovative projects that contribute to real-world engineering challenges
To apply for any master’s program, applicants must hold an undergraduate degree in a related field of engineering or science Additional requirements may includeTranscripts from previous institutionsProfessional referencesA statement of purpose outlining career goals