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School of Engineering EMBT College - UK, UAE, Kuwait & Ireland School of Engineering EMBT College - UK, UAE, Kuwait & Ireland School of Engineering EMBT College - UK, UAE, Kuwait & Ireland a Differentiated Learning EMBT College Offers Different Modes Of Learning to Suit Your Prefences Knowledge is Our Skill EMBT College - UK, UAE, Kuwait & Ireland

BEng (Hons) Civil Engineering

The Bachelor of Civil Engineering program adopts a dual academic and professional stance to produce graduates able to function effectively in technical roles in the organizations with civil engineering or related functions. Graduates will have the skills, values and ability to explain, analyze and evaluate complex civil engineering structures in a number of engineering contexts, while demonstrating the ability to work independently, or in teams, to think critically, solve problems, make recommendations for improvements, and use advanced analytic tools.

The Bachelor of Civil Engineering program provides students with the technical knowledge and skills needed to work as competent civil engineering professionals. Successful completion of the program will enable graduates to work in a variety of public and private sector organizations, dealing with structural, hydraulic and construction processes.

The program provides essential engineering expertise, and instils confidence, through its emphasis on both theoretical and applied state-of-the-art engineering training.

To develop graduates who possess the

  • Current knowledge and understanding of key areas of the civil engineering field, as well as their interrelationships.
  • Ability to use civil engineering tools, think critically, and conduct applied research.
  • Necessary skills needed to succeed as civil engineers
  • In-depth knowledge of the civil engineering field and application of this knowledge across diverse engineering environments.

Students will be able to…

  1. Demonstrate in-depth knowledge of civil engineering concepts, practices and tools.
  2. Use appropriate tools to solve complex problems in civil engineering contexts.
  3. Conduct research and critically evaluate arguments, abstract concepts and data, to examine issues in civil engineering.
  4. Demonstrate self-development and the ability to work independently and in teams.
  5. Make ethical decisions in global and local engineering contexts, including issues related to sustainability, risk management and societal responsibility.
  6. Effectively communicate in both oral and written forms, in engineering contexts.
  7. Demonstrate in depth knowledge of the civil engineering discipline.

BEng (Hons) Mechanical Engineering

The Bachelor of Mechanical Engineering program seeks to produce graduates able to function effectively in technical roles in the organizations with mechanical engineering or related functions. Graduates will have the skills, values and ability to explain, analyze and evaluate complex mechanical processes in a variety of engineering contexts, while demonstrating the ability to work independently, or in teams, to think critically, solve problems, make recommendations for improvements, and use advanced analytic tools.

The Bachelor of Mechanical Engineering program provides students with the technical knowledge and skills needed to work as competent mechanical engineering professionals. Successful completion of the program will enable graduates to work in a variety of public and private sector organizations. The program imparts sought-after mechanical engineering expertise, and instils confidence, through its emphasis on both theoretical and applied state-of-the-art engineering training.

To develop graduates who possess the

  • Current knowledge and understanding of key areas of the mechanical engineering field, as well as their interrelationships.
  • Ability to use mechanical engineering tools, think critically, and conduct applied research.
  • Necessary skills needed to succeed as mechanical engineers
  • In-depth knowledge of the mechanical engineering field and application of this knowledge across diverse engineering environments.

Students will be able to…

  1. Demonstrate in-depth knowledge of mechanical engineering concepts, practices and tools.
  2. Use appropriate tools to solve complex problems in mechanical engineering contexts.
  3. Conduct research and critically evaluate arguments, abstract concepts and data, to examine issues in mechanical engineering.
  4. Demonstrate self-development and the ability to work independently and in teams.
  5. Make ethical decisions in global and local engineering contexts, including issues related to sustainability, risk management and societal responsibility.
  6. Effectively communicate in both oral and written forms, in engineering contexts.
  7. Demonstrate in depth knowledge of the mechanical engineering discipline.

BEng (Hons) Electrical & Electronic Engineering

The Bachelor of Electrical & Electronic Engineering program actively works to produce graduates able to function effectively in technical roles in organizations with electrical/electronic engineering or related functions. Graduates will have the skills, values and ability to design, analyze and evaluate electrical systems and electronic circuitry in a number of electrical engineering contexts, while demonstrating the ability to work independently, or in teams, to think critically, solve problems, make recommendations for improvements, and use advanced analytic tools.

The Bachelor of Electrical & Electronic Engineering program provides students with the technical knowledge and skills needed to work as productive electrical and electronic engineering professionals. Successful completion of the program will enable graduates to work in a variety of public and private sector organizations, dealing with instrumentation, low/high voltage equipment design, electronic systems and power generation facilities management. The program provides essential engineering expertise, and instils confidence, through its emphasis on both theoretical and applied state-of-the-art engineering training.

To develop graduates who possess the

  • Current knowledge and understanding of key areas of the electrical and electronic engineering field, as well as their interrelationships.
  • Ability to use electrical and electronic engineering tools, think critically, and conduct applied research.
  • Necessary skills needed to succeed as electrical and electronic engineers
  • In-depth knowledge of the electrical and electronic engineering field and application of this knowledge across diverse engineering environments.

Students will be able to…

  1. Demonstrate in-depth knowledge of electrical and electronic engineering concepts, practices and tools.
  2. Use appropriate tools to solve complex problems in electrical and electronic engineering contexts.
  3. Conduct research and critically evaluate arguments, abstract concepts and data, to examine issues in electrical and electronic engineering.
  4. Demonstrate self-development and the ability to work independently and in teams.
  5. Make ethical decisions in global and local engineering contexts, including issues related to sustainability, risk management and societal responsibility.
  6. Effectively communicate in both oral and written forms, in engineering contexts.
  7. Demonstrate in depth knowledge of the electrical and electronic engineering discipline.

BEng (Hons) Biomedical Engineering

The Bachelor of Biomedical Engineering program seeks to produce graduates able to function effectively in technical roles in organizations with biomedical engineering or related functions. Graduates will have the skills, values and ability to design, generate, analyze and evaluate biomedical systems in a number of medically-oriented engineering or clinical contexts, while demonstrating the ability to work independently, or in teams, to think critically, solve problems, make recommendations for improvements, and use advanced analytic tools.

The Bachelor of Biomedical Engineering program provides students with the technical knowledge and skills needed to work as competent biomedical engineering professionals. Successful completion of the program will enable graduates to work in a variety of public and private sector medically oriented organizations. The program imparts relevant biomedical engineering expertise, and instils confidence, through its emphasis on both theoretical and applied state-of-the-art engineering training.

The principal aims of the programme are to develop graduates who possess:

  • Current knowledge and understanding of key areas of the Biomedical Engineering field, as well as their interrelationships.
  • Ability to use Biomedical Engineering tools, think critically, and conduct applied research.
  • Necessary skills needed to succeed as Biomedical engineers in industrial and clinical settings
  • In-depth knowledge of the Biomedical Engineering field and application of this knowledge across diverse engineering environments.

Program courses include the following –

  • Molecular Principles of Biomedical Engineering
  • Introduction to Biomechanics
  • Medical Sensory Devices and Measurement
  • Clinical Anatomy and Physiology
  • Biomedical Engineering Projects and Systems
  • Biomedical Engineering Modelling & Analysis
  • Medical Instrumentation and Control
  • Intermediate Biomechanics
  • Technology in Advanced Musculoskeletal Diagnosis and Treatment
  • Biomechatronics and Medical Devices
  • Medical Equipment Technology
  • Simulation of Medical Engineering Systems
  • Advanced Biomechatronic Systems
  • Advanced Biomechanics

BEng (Hons) Maritime Engineering

The Bachelor of Maritime Engineering program seeks to produce graduates able to function effectively in maritime operations, construction & port services and maritime logistical support. Graduates will have the skills, values and ability to design, analyze and optimize Maritime Engineering systems in a variety of maritime and naval engineering contexts, while demonstrating the ability to work independently, or in teams, to think critically, solve problems, make recommendations for improvements, and use advanced analytic tools.

The Bachelor of Maritime Engineering program provides students with the technical knowledge and skills needed to work as competent Maritime Engineering professionals. Successful completion of the program will enable graduates to work in a variety of public, governmental and private sector organizations, typically as Chief Engineers on board marine vessels. The program imparts relevant Maritime Engineering expertise, and instils confidence, through its emphasis on both theoretical and applied state-of-the-art engineering training.

The Maritime Engineering program aims to develop graduates who possess –

  • Current knowledge and understanding of key areas of the Maritime Engineering field, as well as their interrelationships.
  • Ability to work with Maritime Engineering systems, think critically, and conduct applied research.
  • Necessary skills needed to succeed as maritime engineers
  • In-depth knowledge of the Maritime Engineering field and application of this knowledge across diverse engineering environments.

Program courses include the following –

  • Basic Naval Architecture
  • Hydrodynamics and Seakeeping Principles
  • Control and Power Systems for Ships
  • Computer Systems for Maritime Vessels
  • Ship Materials and Marine Structures
  • Maritime and Port Economics
  • Port Operations and Logistics Management
  • Advanced Maritime Systems
  • High Performance Marine Craft Design
  • Maritime Law
  • Maritime Strategic Management
  • Offshore Engineering and Analysis
  • Advances in Ship Design, Propulsion and Maritime Mechatronics
  • Marine Safety and Environmental Management

BEng (Hons) Petroleum Engineering

The Bachelor of Petroleum Engineering program seeks to produce graduates able to function effectively in locations and environments that carry out commercial petroleum exploration and extraction. Graduates will have the skills, values and ability to design, analyze and optimize Petroleum Engineering systems in a variety of engineering contexts, while demonstrating the ability to work independently, or in teams, to think critically, solve problems, make recommendations for improvements, and use advanced analytic tools.

The Bachelor of Petroleum Engineering program provides students with the technical knowledge and skills needed to work as competent Petroleum Engineering professionals. Successful completion of the program will enable graduates to work in a variety of public, governmental and private sector organizations, typically as engineers developing, maintaining and/or optimizing Petroleum Engineering upstream, downstream or midstream systems. The program imparts relevant Petroleum Engineering expertise, and instils confidence, through its emphasis on both theoretical and applied state-of-the-art engineering training.

The Petroleum Engineering program aims to develop graduates who possess –

  • Current knowledge and understanding of key areas of the Petroleum Engineering field, as well as their interrelationships.
  • Ability to work with Petroleum Engineering systems, think critically, and conduct applied research.
  • Necessary skills needed to succeed as petroleum engineers
  • In-depth knowledge of the Petroleum Engineering field and application of this knowledge across diverse engineering environments.

Program courses include the following –

  • Introduction to the Petroleum Industry
  • Fundamentals of Petroleum Geology
  • Petroleum Thermodynamics, Heat & Mass Transfer
  • Reservoir Engineering 1
  • Production and Reservoir Chemistry
  • Petroleum Reservoir Geo-Mechanics
  • Oil Field Development Geology
  • Reservoir Engineering 2
  • Reservoir Simulation and Performance Evaluation
  • Well Drilling Engineering and Operations
  • Advanced Geo-Statistics and Reservoir Modelling
  • Petroleum Economics and Business Considerations
  • Advanced Well Technology
  • Natural Gas Engineering
  • Drilling Fluids
  • Oil Field Safety and Risk Management

BEng (Hons) Industrial Engineering

The Bachelor of Industrial Engineering program seeks to produce graduates able to function effectively in technical roles in the organizations with Industrial Engineering or related functions. Graduates will have the skills, values and ability to explain, analyze and evaluate industrial engineering systems in a variety of engineering contexts, while demonstrating the ability to work independently, or in teams, to think critically, solve problems, make recommendations for improvements, and use advanced analytic tools.

The Bachelor of Industrial Engineering program provides students with the technical knowledge and skills needed to work as competent Industrial Engineering professionals, carrying out work systems design, production planning, man-machine interfacing and complex operations management. Successful completion of the program will enable graduates to work in a variety of public and private sector organizations. The program imparts relevant Industrial Engineering expertise, and instils confidence, through its emphasis on both theoretical and applied state-of-the-art engineering training.

The Industrial Engineering program aims to develop graduates who possess –

  • Current knowledge and understanding of key areas of the Industrial Engineering field, as well as their interrelationships.
  • Ability to use Industrial Engineering tools, think critically, and conduct applied research.
  • Necessary skills needed to succeed as industrial engineers
  • In-depth knowledge of the Industrial Engineering field and application of this knowledge across diverse engineering environments.

Program courses include the following –

  • Ergonomics and Human-Factors Design
  • Production Planning and Control
  • Operations Research
  • Industrial Simulation
  • Computer-Aided Design and Modelling
  • Quality Engineering
  • Safety Engineering
  • Total Quality Management
  • Manufacturing Processes and Quality Control
  • Facilities Management
  • Project Management
  • Industrial Product Design
  • Advanced Probability and Statistical Analysis
  • Industrial Automation

BEng (Hons) Renewable Energy Engineering

The Bachelor of Renewable Energy Engineering program seeks to produce graduates able to function effectively in locations and environments that develop and make use of renewable energy systems. Graduates will have the skills, values and ability to design, analyze and optimize Renewable Energy Engineering systems in a variety of energy generation and sustainable use contexts, while demonstrating the ability to work independently, or in teams, to think critically, solve problems, make recommendations for improvements, and use advanced analytic tools.

The Bachelor of Renewable Energy Engineering program provides students with the technical knowledge and skills needed to work as competent Renewable Energy Engineering professionals. Successful completion of the program will enable graduates to work in a variety of public, governmental and private sector organizations, typically as engineers developing, maintaining and/or optimizing renewable and sustainable energy systems. The program imparts relevant Renewable Energy Engineering expertise, and instils confidence, through its emphasis on both theoretical and applied state-of-the-art engineering training.

The Renewable Energy Engineering program aims to develop graduates who possess –

  • Current knowledge and understanding of key areas of the Renewable Energy Engineering field, as well as their interrelationships.
  • Ability to work with Renewable Energy Engineering systems, think critically, and conduct applied research.
  • Necessary skills needed to succeed as renewable energy engineers
  • In-depth knowledge of the Renewable Energy Engineering field and application of this knowledge across diverse engineering environments.

Program courses include the following –

  • Fundamentals of Energy & Energy Generation
  • Basic Dynamics of Fluid-based Energy Devices
  • Renewable Energy Conversion Processes and Technologies
  • Computer-Aided Design, Simulation & Modelling of Renewable Energy Systems
  • Heat Transfer Processes for Renewable Energy Systems
  • Renewable Energy Economics and Economic Evaluation
  • Design and Analysis of Off-Grid Renewable Energy Systems
  • Environmental Impact Assessment for Renewable Energy
  • Sustainability and Recycling of Renewable Energy
  • Advanced Energy Storage Systems
  • Advances in Geothermal, Wind, Wave & Solar Renewable Energy Systems
  • Design & Analysis of Advanced Biomass Renewable Energy Systems
  • Safety, Reliability & Risk Management for Renewable Energy Operations
  • High-Performance Power Electronics for Renewable Energy Systems

BEng (Hons) Computer & Communications Engineering

The Bachelor of Computer & Communications Engineering program seeks to produce graduates able to function effectively in locations and environments with commercial computing installations and/or communications systems. Graduates will have the skills, values and ability to design, analyze and optimize Computer & Communications Engineering systems in a variety of engineering contexts, while demonstrating the ability to work independently, or in teams, to think critically, solve problems, make recommendations for improvements, and use advanced analytic tools.

The Bachelor of Computer & Communications Engineering program provides students with the technical knowledge and skills needed to work as competent Computer & Communications Engineering professionals. Successful completion of the program will enable graduates to work in a variety of public, governmental and private sector organizations, typically as engineers developing, maintaining and/or optimizing Computer & Communications Engineering systems. The program imparts relevant Computer & Communications Engineering expertise, and instils confidence, through its emphasis on both theoretical and applied state-of-the-art engineering training.

The Computer & Communications Engineering program aims to develop graduates who possess –

  • Current knowledge and understanding of key areas of the Computer & Communications Engineering field, as well as their interrelationships.
  • Ability to work with Computer & Communications Engineering systems, think critically, and conduct applied research.
  • Necessary skills needed to succeed as computer/communications engineers
  • In-depth knowledge of the Computer & Communications Engineering field and application of this knowledge across diverse engineering environments.

Program courses include the following –

  • Basic Computer Architectures
  • Fundamentals of Modern Telecommunications
  • Computer Algorithms and Design Patterns
  • Computer Data Structures and Programming Languages
  • Systems Analysis and Design
  • Communications Theory
  • Operating Systems Development
  • Computer Databases
  • Computer Networks and Protocols
  • Mobile, Wireless and Satellite Communications
  • Computer Data Warehouses
  • Big Data Management Systems
  • Advanced Switching and Routing Networks
  • Cloud Computing Systems
  • Advanced Data Analytics Systems
  • Cyber-Security and Cryptography

BBA Management

BBA Management Degree Courses featuring strategic management, finance, accounting, human resource management etc…

Master of Business Administration

The Master of Business Administration (MBA) Degree Course deals with advanced professional practice and issues pertaining to corporate strategic management, business finance, managerial accounting, human resource management, research methods and business information systems.

ATHE Diplomas

The ATHE Level 4 & 5 Extended Diplomas in Management cover topics pertaining to organizational behaviour, Customer Relationship Management, Employability Skills, Business Law, Personal and Professional Development.

BSc Computing

The BSc Computing course aims to equip students with a wide range of necessary knowledge and skills pertaining to software development, systems analysis, cloud computing, programming, database design etc…

MSc in I.T.

The MSc I.T. course aims to develop a good understanding and knowledge of current and emerging IT and computer technologies. The course aims to equip students with a combination of relevant technical skills and ‘client-facing’ awareness in preparation for, or in enhancement of, a career within the IT industry.

Health-Care Management Courses

Health-Care Management Courses cover concepts and practices in the health-care sector-key approaches & trends.

Project Management Courses

The courses characterize the key project planning phases and project control techniques. Added emphasis is placed on the use of structured methodologies for project initiation, estimation, control and closeout. The risks associated with running large projects are discussed, as well as measures for mitigating these risks.

Hospitality & Hotel Management Courses

The Hospitality & Hotel Management Courses cover contemporary hospitality and hotel management techniques. The courses impart practical knowledge of hospitality concepts, hotel management practices and operations control techniques, to allow more effective work in the sector.
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Key Engineering Programs

a BEng Civil Engineering

a BEng Mechanical Engineering

a BEng Electrical & Electronic Engineering

a BEng Biomedical Engineering

a BEng Maritime Engineering

a BEng Petroleum Engineering

a BEng Industrial Engineering

a BEng Renewable Energy Engineering

a BEng Computer & Communications Engineering

a BTEC HNC Engineering

a BTEC HND Engineering

a BTEC HNC/HND Construction Management

Apply for a place online or by visiting your nearest EMBT College educational center and completing the application form.