| Program start date | Application deadline |
| 2023-09-01 | 2023-07-09 |
| 2024-01-01 | 2023-11-26 |
Program Overview
The Chemical Engineering by Flexible Open Learning HND program equips individuals with the knowledge and skills to excel as technicians/technician engineers in the chemical or process engineering sectors. Through a blend of theory and practical work, participants gain expertise in manufacturing, maintenance, and testing procedures. The program offers flexibility for busy professionals or individuals with other commitments, allowing them to study at their own pace and location. Successful completion opens opportunities for employment in management-focused roles within the process and related industries or further academic study at the degree level.
Program Outline
Chemical Engineering by Flexible Open Learning HND: A Detailed Extraction
Degree Overview:
This HND program is specifically designed for individuals aspiring to become technicians/technician engineers within the chemical or process engineering sectors. Participants will gain expertise in manufacturing, maintenance, and testing. Developed in consultation with local industry, the program emphasizes industrial applications with a blend of theory and practical work. The HND can be pursued as a top-up option after completing the HNC program in Chemical Engineering.
Objectives:
- Equip individuals with the necessary knowledge and skills to excel as technicians/technician engineers in the chemical or process engineering field.
- Develop expertise in manufacturing, maintenance, and testing procedures.
- Provide a thorough understanding of key principles within chemical engineering through a blend of theoretical and practical coursework.
- Prepare participants for potential further education at the degree level.
Outline:
This HND program comprises 15 modules, selected to encompass various industry needs and provide a comprehensive understanding of fundamental concepts.
Course Structure:
- 8 Core Level 4 Modules (Engineering Design, Engineering Maths, Engineering Science, Fluid Mechanics, Heat Transfer and Combustion, Managing a Professional Engineering Project, Mass and Energy Balance, and Analytical Instrumentation/Materials Engineering/Measurement of Process Variables)
- 7 Core Level 5 Modules (Further Maths, Mass Transfer operations, Professional Engineering Management, Project, Control Systems and Automation/Petroleum Processing Engineering/Plant Services/Safety Engineering/Statistical Process Control, and 3 optional modules from the Level 5 choices listed above)
Module Descriptions:
- Engineering Design: Covers the design process from client brief and planning to design specifications, design reports, and evaluation.
- Engineering Maths: Provides fundamental analytical tools and techniques needed for advanced engineering modules.
- Engineering Science: Introduces core physical sciences principles and their application to problem-solving within engineering.
- Fluid Mechanics: Examines the behavior of fluids in engineering applications.
- Heat Transfer and Combustion: Delves into principles of heat transfer and combustion for solving practical problems.
- Managing a Professional Engineering Project: Introduces essential management skills for successful project delivery.
- Mass and Energy Balance: Focuses on the principles of mass and energy conservation in chemical engineering processes.
- Analytical Instrumentation/Materials Engineering/Measurement of Process Variables: Students choose one option for a deeper dive into these specialized areas.
- Further Maths: Introduces advanced mathematical concepts and applications relevant to engineering problem-solving.
- Mass Transfer operations: Covers fundamental theories of mass transfer and equipment design for processes such as distillation and extraction.
- Professional Engineering Management: Explores business perspectives on product/service design and lifecycle management from an engineering standpoint.
- Project: Involves applying acquired knowledge and skills to a work-related project, demonstrating higher-technician-level performance.
- Control Systems and Automation/Petroleum Processing Engineering/Plant Services/Safety Engineering/Statistical Process Control: Students choose three from these advanced modules for further specialization.
Assessment:
Assessment of learning outcomes is primarily conducted through tutor-marked assignments (TMAs). Some modules also require practical work, for which specific kits or software might be provided. Each TMA contains questions designed to fulfill the learning outcomes of the corresponding module.
Teaching:
Teaching Methods:
- Open learning format provides flexibility to study at your own pace and location.
- Learning resources are accessed through the e-learning platform.
- Each module comes with comprehensive materials, including user guides, explanations, self-assessment questions, and answer keys.
- Practical modules include loaning of specialized kits for home-based activities.
- Tutor support is available throughout the program via email, phone, and (by arrangement) in person.
Faculty:
- Tutors are assigned to individual modules and provide feedback on TMAs through the online platform.
- Tutors are available for consultations to address student queries and challenges.
Unique Approaches:
- The open learning format offers flexibility for busy professionals or individuals with other commitments.
- Online resources and learning platform offer accessibility and self-paced learning.
- Practical kits for hands-on experience enhance theoretical learning.
Careers:
Career Opportunities:
- Successful completion of the HND program can lead to employment within the process and related industries in management-focused roles.
- The qualification opens opportunities for career advancement into senior positions within national and international companies.
- Graduates may choose to pursue further academic study by progressing to an appropriate engineering degree program at Teesside University.
Other:
- Virtual Learning Environment (VLE): This platform serves as the hub for accessing course materials, completing assignments, and interacting with tutors. It offers a user-friendly interface, progress tracking, and readily available assistance.
- Software Requirements: Some modules might require specific software applications, which are often made available for free download upon module enrollment.
Please note:
- Entry requirements and fees are not covered in this detailed extraction and can be found in the provided context for more information. I hope this comprehensive extraction provides all the required details about the Chemical Engineering by Flexible Open Learning HND program. If you have further questions or require specific information not covered in this extraction, please let me know.
