Harare Institute of Technology Engineering Programs
Harare Institute of Technology Engineering Programs – Details of Harare Institute of Technology (HIT) Engineering Programs
Defining Science, Engineering and Technology
The distinction between science, engineering and technology is not always clear. Science is the reasoned investigation or study of phenomena, aimed at discovering enduring principles among elements of the phenomenal world by employing formal techniques such as the scientific method. Technologies are not usually exclusively products of science, because they have to satisfy requirements such as utility, usability and safety. See Also: Harare Institute of Technology Intake.
- B. Tech (Hons) Industrial & Manufacturing Engineering Technology
- B. Tech (Hons) Electronic Engineering
- B. Tech (Hons) Chemical & Process Systems Engineering
- B. Tech (Hons) Polymer Technology and Engineering
- B. Tech (Hons) Materials Engineering (to be launched soon)
Bachelor of Technology – Industrial & Manufacturing Engineering
Programme is designed to provide top notch engineering.
Practitioners knowledgeable in manufacturing practices and industrial production systems. Graduates have the skills to design, analyse and improve integrated systems of people, equipment and material to produce goods and services. Graduates also have skills in use of computers in integrating phases of a manufacturing enterprise.
The four main strands of this programme are:
- manufacturing systems engineering
- operations research
- computer aided design and modeling
Programme content highlights amongst others courses in Advances in Manufacturing Processes, Mechatronics, Engineering Economic Analysis, CADCAM, Automation and Robotics, Concurrent Engineering, Instrumentation and Control and Engineering Design Principles.
Graduates of the programme will have career paths as Plant managers, plant engineers, manufacturing managers, process engineers or production managers.
Bachelor of Technology – Electronics Engineering
Programme is designed to impart competencies in design, analysis and quality manufacturing of high quality electronic systems and technologies for consumer, medical, industrial and military applications. Graduates will have the ability to model and analyse the dynamics of a wide range of technological systems, acquire a creative and innovative approach to problem solving and have critical awareness of the impact of electronics on society.
The four main strands of this programme are:
- Analogue electronics
- digital electronics
- communications engineering
- instrumentation and Control
Programme content highlights amongst others courses in Industrial Instrumentation and Control, Modern Control Engineering, Biomedical Electronics and Measurements, Fibre Optic Communication, electronic control of electric machines and Digital Instrumentation Systems.
Graduates of the prgramme will have career paths as electronics engineers, electrical equipment maintenance engineers, electrical plant engineers, electronics circuit’s designers, electronics manufacturing plant engineers, managers, production managers, supervisors or engineers.Bachelor of Technology – Chemical and Process Systems Engineering
Programme integrates mechanical engineering, instrumentation and process engineering in the design, construction and operation of equipment and plants in which matter undergoes a change of state and composition. Graduate will be able to construct machines and equipment, including designing complete processing plants and will have knowledge of management of technology, environmental management, reliability and risk analysis.The four main strands of the programme are:
- Engineering processes and product design
- Process instrumentation and control
- Chemical and manufacturing processes
- Plant and Process Equipment design
Programme content highlights amongst others courses in Chemical technology, biochemical engineering, polymer sciences and technology, process modeling, simulation and optimization, advanced computer aided design, plant and process equipment design, process dynamics and control and process systems design.
Graduates of the programme will have career paths as process engineers, chemical engineers, processing equipment designers, plant engineers, production managers, supervisors and plant managers.
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