7 xxx The offers a wide range of programs. These programs prepare students to successfully move to challenging and critical positions requiring technical expertise in a modern and evolving world. Students experience a hands-on approach to learning that combines theory with practice and focuses on the demands of the modern workplace. Graduates are competent in their chosen technical specialization, communications, information technology, critical thinking and problem solving, project management and teamwork. Employment prospects are excellent in many local industrial sectors such as construction, energy, oil and gas, aviation, telecommunications, computing, manufacturing, consulting, government departments and the military.
74 H I G H E R C O L L E G E S O F T E C H N O L O G Y Bachelor of Applied Science in Aviation Maintenance (Airframe and Aeroengines) The Aviation Engineering programs prepare students with the technical and managerial skills required for positions in the Aviation Industry. Graduates are certified as Licensed Aircraft Maintenance Engineers by national authorities. Graduates need to complete their On-Job-Training (OJT) with local aircraft maintenance organizations. Aviation Maintenance Core s Required : 115 EAA 140 Electronic Fundamentals (Mod 4 B1) EAA 150 Digital Techniques/Electronic Instrument Systems (Mod 5 B1) EAA 1612 Materials and Hardware (Mod 6 B1) 12 EAA 2109 Gas Turbine Engine (Mod 15 B1) 9 EAA 2712 Maintenance Practices (Mod 7 B1) 12 EAA 104 Propeller (Mod 17 B1) 4 EAA 215 Turbine Aeroplane Aerodynamics, Structures 15 and Systems (Mod 11 B1) Part A EAA 221 Turbine Aeroplane Aerodynamics, Structures 21 and Systems (Mod 11 B1) Part B EAM 110 Aviation Mathematics EAM 120 Aviation Physics EAM 106 Electrical Fundamentals 6 EAM 200 Basic Aerodynamics (Mod 8 B1 and B2) EAM 201 Human Factors (Mod 9 B1 and B2) EAM 202 Aviation Legislation (Mod 10B1 and B2) EMM 400 Advanced Human Factors EMM 401 Total Quality Management in Aviation EMM 420 Aviation Operations Management EMM 421 Aviation Project Management EMM 422 Human Resources and Relations Management Note: Mathematics requirement and credit units of Physical and Biological Sciences are covered by AMTAA Core s. Airframe and Aeroengines Requirement. Required : 4 Select 2 4000 level courses 4 Required : 9 Total Required 152 Minimum Duration of Study 4 Maximum Duration of Study 6 Program Code EAAAB Cost Recovery Program No Major Code EAA 74
H I G H E R C O L L E G E S O F T E C H N O L O G Y 75 Bachelor of Applied Science in Aviation Maintenance (Avionics) The Aviation Engineering programs prepare students with the technical and managerial skills required for positions in the Aviation Industry. Graduates are certified as Licensed Aircraft Maintenance Engineers by national and international authorities. Graduates need to complete their On-Job-Training (OJT) with local aircraft maintenance organizations Aviation Maintenance (Avionics) Core s Required : 115 EAM 110 Aviation Mathematics EAM 120 Aviation Physics EAM 106 Electrical Fundamentals 6 EAM 200 Basic Aerodynamics (Mod 8 B1 and B2) EAM 201 Human Factors (Mod 9 B1 and B2) EAM 202 Aviation Legislation (Mod 10B1 and B2) EAV 1409 Electronic Fundamentals (Mod 4 B2) 9 EAV 1509 Digital Techniques/Electronic Instrument 9 Systems (Mod 5 B2) EAV 1608 Materials and Hardware (Mod 6 B2) 8 EAV 1708 Maintenance Practices (Mod 7 B2) 8 EAV 2145 Propulsion (EASA Mod 14 B2) 5 EAV 120 Aircraft Aerodynamics, Structures and Systems 20 (Mod 1 B2) Part A EAV 220 Aircraft Aerodynamics, Structures and Systems 20 (Mod 1 B2) Part B EMM 400 Advanced Human Factors EMM 401 Total Quality Management in Aviation EMM 420 Aviation Operations Management EMM 421 Aviation Project Management EMM 422 Human Resources and Relations Management Note: Mathematics requirement and credit units of Physical and Biological Sciences are covered by AMTA Core s. Avionics Requirement Required : 4 Select 2 4000 level courses 4 Required : 9 Total Required 152 Minimum Duration of Study 4 Maximum Duration of Study 6 Program Code EAVAB Cost Recovery Program No Major Code EAV
76 H I G H E R C O L L E G E S O F T E C H N O L O G Y Bachelor of Applied Science in Chemical Engineering The program covers the laws of Chemistry, Physics, and Mathematics which form the basis of many industrial processes in areas such as energy, oil and gas, chemical processing, etc. The program prepares the students for positions as Engineers with the technical and managerial skills necessary to enter careers in the design, manufacturing, operation, and maintenance of chemical processes. Students will gain practical Chemical Engineering Core s Required : 66 ECH 100 General Chemistry ECH 110 Chemical Engineering Principles I ECH 200 Physical Chemistry ECH 201 Chemical Engineering Principles II ECH 20 Fluid Mechanics ECH 204 Analytical Chemistry ECH 205 Organic Chemistry ECH 206 Thermodynamics ECH 207 Petroleum Testing ECH 00 Mass Transfer ECH 01 Materials and Corrosion ECH 02 Heat Transfer ECH 0 Electrical Fundamentals and Instrumentation ECH 04 Process Control: Chemical ECH 05 Unit Operation I ECH 06 Reaction Kinetics ECH 4002 Design Project I 2 ECH 4022 Design Project II 2 ECH 405 Transport Phenomena EGN 110 Engineering Measurements and CAD EGN 102 Project Management 2 EGN 202 Engineering Economics 2 EGN 2 Health Safety and Environment 2 ERK 002 Work Placement 2 knowledge in heat and mass transfer in plants and process control design projects. Graduates typically have strengths in applied design, development and implementation of chemical engineering systems. Note: Physical and Biological Chemical ET Core courses. Mathematics and Science Required s Required : 21 MTH 110 Pre Calculus MTH 210 Calculus II MTH 250 Linear Algebra and Differential Equations MTH 01 Calculus III PHY 110 Physics I Chemical Engineering Requirement Required : 12 Required : 9 Total Required 129 Minimum Duration of Study 4 Maximum Duration of Study 6 Program Code ECHAB Cost Recovery Program No Major Code ECH 76
H I G H E R C O L L E G E S O F T E C H N O L O G Y 77 Bachelor of Applied Science in Civil Engineering The program deals with the planning and design of buildings, bridges, transportation systems with particular attention to protection of the environment. It prepares students for positions as Engineers with the technical and managerial skills necessary to enter careers in the planning, design, construction, operation and maintenance of infrastructure in a sustainable environment. Graduates will have the ability to analyze Civil Engineering Core s Required : 66 ECV 100 Applied Drafting and CAD: Civil ECV 110 Construction Materials ECV 200 Soil Mechanics ECV 201 Engineering Mechanics I ECV 202 Fluid Mechanics and Hydraulics ECV 20 Strength of Materials ECV 204 Foundation Engineering ECV 205 Site Surveying ECV 2072 Chemistry for Civil Engineering 2 ECV 00 Highway Engineering ECV 01 Waste Water Engineering ECV 02 Quantity Surveying and Estimating ECV 0 Structural Analysis I ECV 05 Water Resources and Supply ECV 06 Concrete Design I ECV 07 Civil Engineering Construction ECV 26 Steel Design I ECV 4002 Design Project I 2 ECV 4022 Design Project II 2 ECV 405 Environmental Engineering EGN 110 Engineering Measurements and CAD EGN 102 Project Management 2 EGN 202 Engineering Economics 2 ERK 002 Work Placement 2 and design systems, specify project methods and materials, perform cost estimates and analysis, and manage technical tasks in support of municipalities and regions, as well as globally. Note: Physical and Biological Civil ET Core courses. Mathematics and Science Required s Required : 21 MTH 110 Pre Calculus MTH 210 Calculus II MTH 250 Linear Algebra and Differential Equations MTH 01 Calculus III PHY 110 Physics I Civil Engineering Requirement Required : 12 Required : 9 Total Required 129 Minimum Duration of Study 4 Maximum Duration of Study 6 Program Code ECVAB Cost Recovery Program No Major Code ECV
78 H I G H E R C O L L E G E S O F T E C H N O L O G Y Bachelor of Applied Science in Electrical Engineering The program deals with the generation, transmission, distribution and control of electric energy systems and related equipment. This program prepares the students for positions as Engineers with the technical and managerial skills necessary to enter careers in the design, application, installation, manufacturing, operation and maintenance of power systems. Students gain hands-on experience in instrumentation, electrical Electrical Engineering Core s Required : 6 EEC 100 Electric Circuits I EEC 200 Electric Circuits II EEC 201 Digital Circuits EEC 20 Microcontroller Systems EEC 205 Electronics I EEC 00 Instrumentation and Control EEC 07 Signals and Systems EEC 404 Control Systems EEL 200 Power Electronics EEL 202 Power Generation and Transmission EEL 204 Principles of Machines and Power EEL 00 Electrical Machines EEL 01 Electrical Power Distribution EEL 02 System Protection and Coordination EEL 4002 Design Project I (CC) 2 EEL 4022 Design Project II (CC) 2 EEL 441 Power Systems Analysis EGN 110 Engineering Measurements and CAD EGN 200 Computer Programming EGN 102 Project Management 2 EGN 202 Engineering Economics 2 EGN 2 Health Safety and Environment 2 ERK 002 Work Placement 2 machines and power electronics. Graduates are well prepared for analysis, applied design, development and implementation of electrical systems. Note: Physical and Biological Electrical ET Core courses. Mathematics and Science Required s Required : 24 MTH 110 Pre Calculus MTH 210 Calculus II MTH 250 Linear Algebra and Differential Equations MTH 01 Calculus III PHY 110 Physics I PHY 120 Physics II Electrical Engineering Requirement Required : 12 Required : 9 Total Required 129 Minimum Duration of Study 4 Maximum Duration of Study 6 Program Code EELAB Cost Recovery Program No Major Code EEL 78
H I G H E R C O L L E G E S O F T E C H N O L O G Y 79 Bachelor of Applied Science in Electronic Engineering The program focuses on the fields of Telecommunications, Instrumentation and Control Systems and Data Communications and Networks. This program prepares the students for positions as engineers with the technical and managerial skills necessary to enter careers in the design, application, installation and maintenance of electronic systems. Students gain experience in digital and embedded Electrical Engineering Core s Required : 6 EEC 100 Electric Circuits I EEC 200 Electric Circuits II EEC 201 Digital Circuits EEC 20 Microcontroller Systems EEC 205 Electronics I EEC 00 Instrumentation and Control EEC 01 Electronics II EEC 04 Communication Systems EEC 07 Signals and Systems EEC 10 Digital Communications EEC 50 Embedded System Design EEC 4002 Design Project I 2 EEC 401 Data Communications and Networks EEC 4022 Design Project II 2 EEC 404 Control Systems EEL 204 Principles of Machines and Power EGN 110 Engineering Measurements and CAD EGN 200 Computer Programming EGN 102 Project Management 2 EGN 202 Engineering Economics 2 EGN 2 Health Safety and Environment 2 EMT 00 Programmable Logic Controllers ERK 002 Work Placement 2 systems, programming and system control. Graduates are well prepared for analysis, applied design, development and implementation of electronic systems. Note: Physical and Biological Electronic ET Core courses. Mathematics and Science Required s Required : 24 MTH 110 Pre Calculus MTH 210 Calculus II MTH 250 Linear Algebra and Differential Equations MTH 01 Calculus III PHY 110 Physics I PHY 120 Physics II Electrical Engineering Requirement Required : 12 Required : 9 Total Required 129 Minimum Duration of Study 4 Maximum Duration of Study 6 Program Code EECAB Cost Recovery Program No Major Code EEC
80 H I G H E R C O L L E G E S O F T E C H N O L O G Y Bachelor of Applied Science in Mechanical Engineering The program deals with the manipulation of energy through useful mechanical devices and the application of thermodynamics and heat transfer systems. The program prepares students for positions as Engineers with the knowledge, problem solving ability and managerial skills to enter careers in the design, installation, manufacturing, testing and maintenance of mechanical systems. Students will gain expertise in Mechanical Engineering Core s Required : 6 EEC 207 Electrical Engineering Fundamentals EGN 110 Engineering Measurements and CAD EGN 102 Project Management 2 EGN 202 Engineering Economics 2 EGN 2 Health Safety and Environment 2 EMC 200 Computer Aided Drafting EMC 201 Materials Selection and Testing EMC 202 Statics and Dynamics EMC 20 Manufacturing EMC 204 Mechanics of Materials EMC 205 Fluid Mechanics EMC 00 Industrial Plant Maintenance EMC 01 Fabrication and Welding EMC 02 Thermodynamics I EMC 0 Heat Transfer EMC 05 Thermodynamics II EMC 06 Mechanical Design I EMC 16 Process Control: Mechanical EMC 4002 Design Project I 2 EMC 400 Turbomachinary EMC 4022 Design Project II 2 EMC 404 Refrigeration and Air Conditioning System ERK 002 Work Placement 2 mechanical design, turbomachinary and process control. Graduates will typically have strengths in the analysis, applied design, development and implementation of mechanical systems and processes. Note: Physical and Biological Mechanical ET Core courses. Mathematics and Science Required s Required : 24 MTH 110 Pre Calculus MTH 210 Calculus II MTH 250 Linear Algebra and Differential Equations MTH 01 Calculus III PHY 110 Physics I PHY 120 Physics II Mechanical Engineering Requirement Required : 12 Required : 9 Total Required 129 Minimum Duration of Study 4 Maximum Duration of Study 6 Program Code EMCAB Cost Recovery Program No Major Code EMC 80
H I G H E R C O L L E G E S O F T E C H N O L O G Y 81 Bachelor of Applied Science in Mechatronic Engineering The program combines the fields of mechanical and electronic systems for applications in automation, robotics and manufacturing plants. The program prepares students for positions as Engineers with the technical and managerial skills necessary to enter careers in the design, installation, manufacturing and maintenance of mechatronic systems. Students gain practical knowledge in manufacturing technology, Mechatronic Engineering Core s Required : 6 EEC 207 Electrical Engineering Fundamentals EEC 20 Microcontroller Systems EEC 00 Instrumentation and Control EGN 110 Engineering Measurements and CAD EGN 200 Computer Programming EGN 102 Project Management 2 EGN 202 Engineering Economics 2 EGN 2 Health Safety and Environment 2 EMC 200 Computer Aided Drafting EMC 20 Manufacturing EMC 204 Mechanics of Materials EMC 222 Fluid Power EMT 200 Applied Mechanics EMT 202 Electromechanical Systems EMT 20 Electronics Systems and Circuits EMT 01 Thermofluid Systems EMT 10 Engineering Materials EMT 4002 Design Project I 2 EMT 400 Robotics EMT 401 Industrial Control Systems EMT 4022 Design Project II 2 EMT 402 Programmable Logic Controllers ERK 002 Work Placement 2 programmable logic controllers and instrumentation and control systems. Graduates will have skills in the analysis, applied design, development and implementation of mechatronic systems. Note: Physical and Biological Mechatronic ET Core courses. Mathematics and Science Required s Required : 24 MTH 110 Pre Calculus MTH 210 Calculus II MTH 250 Linear Algebra and Differential Equations MTH 01 Calculus III PHY 110 Physics I PHY 120 Physics II Mechatronic Engineering Requirement Required : 12 Required : 9 Total Required 129 Minimum Duration of Study 4 Maximum Duration of Study 6 Program Code EMTAB Cost Recovery Program No Major Code EMT