Department of Polymer Science,
Faculty of Applied Sciences, University of Sri Jayewardenepura
(Offered through the External Degrees and Extension Courses Unit – EDECU)
UGC Approved | SLQF Level 6 | External Honours Degree | Hybrid Mode of Delivery | Annual Intake 70–75 students | Medium of Instruction: English
Programme Overview
The BSc (Honours) in Polymer Products Manufacturing and Industrial Management is a four-year external degree programme designed to develop highly skilled graduates with integrated expertise in polymer science, product manufacturing technologies, and industrial management. The programme responds directly to the growing demand for professionals who can bridge advanced material science with modern industrial practices in the polymer, rubber, plastics, and allied manufacturing sectors.
Offered by the Department of Polymer Science, Faculty of Applied Sciences, University of Sri Jayewardenepura, this programme adopts a unique hybrid learning model, combining online and on-site lectures with compulsory on-site laboratory sessions and industrial training. This structure ensures both academic flexibility and strong practical competence, enabling students to acquire real-world skills alongside rigorous theoretical foundations.
Through a carefully structured curriculum aligned with the Sri Lanka Qualifications Framework (SLQF Level 6), the programme equips students with the technical, analytical, and managerial capabilities required to operate effectively in complex manufacturing environments, pursue professional advancement, or engage in further academic and research-oriented pathways.
Unlike conventional external degrees, this programme is built around a strong industry-integrated and practice-oriented learning model, ensuring graduates are academically sound and professionally competent.
Key distinguishing features
| · Sri Lanka’s first UGC approved external honours (SLQF Level 6) degree in polymer manufacturing, offered by a state university. |
| · Hybrid mode of delivery, combining structured online and on-site lectures with compulsory on-site laboratory sessions conducted at the University of Sri Jayewardenepura. |
| · Strong emphasis on hands-on practical training, with physical laboratory-based course units embedded throughout the curriculum. |
| · Industrial visits, enabling the students to see real world polymer product manufacturing processes and management processes. |
| · Credit-bearing industrial internship, enabling students to gain direct exposure to real manufacturing environments and professional work culture. |
| · Curriculum designed with industry participation, ensuring alignment with current industrial technologies, standards, and workforce needs. |
| · Delivered by a blend of university academics and industry experts, providing students with both rigorous academic foundations and practical industrial perspectives. |
Together, these features position the programme as a unique national platform for developing future professionals and leaders in the polymer and manufacturing industries.
Entry Qualifications
Who Should Apply
This programme is designed for motivated individuals who aspire to build professional careers at the intersection of advanced materials, manufacturing, and industrial management. It is particularly suitable for
- A/L Bioscience students interested in applying scientific knowledge to industrial materials, product development, and manufacturing technologies.
- A/L Physical Science students seeking careers in engineering-oriented industries such as polymers, rubber, plastics, composites, and advanced materials.
- A/L Engineering Technology students aiming to upgrade their technical qualifications into a full honours degree with strong academic and industrial recognition.
- Working professionals in polymer, plastics, rubber, and manufacturing sectors who wish to enhance their technical competence, managerial capacity, and career progression through a recognised university qualification.
This programme is ideal for candidates who are industry-oriented, practically driven, and interested in technology-based problem solving, while also developing leadership and management capabilities for modern manufacturing environments.
Minimum Entry Requirements
i. Three passes in one sitting in General Certificate of Education (Advanced Level) in the following streams
-
- C. E. A/L Examination (local) bio science stream (Chemistry with any other two subjects)
- C. E. A/L Examination (local) physical science stream (Chemistry with any other two subjects)
- C. E. A/L Examination (local) Engineering Technology Stream (Science for Technology and Engineering Technology together with any other subject)
or
ii. Three passes in one sitting in an equivalent qualification to the General Certificate of Education (Advanced Level) such as Pearson Edexcel or Pearson Cambridge AL
- A foundation course equivalent to SLQF level 2 after a minimum of 12 years of schooling including the following qualifications
-
- City and Guilds, HNDE, SLQF 2/NVQF 4 or higher qualifications in relevant field, etc.
- Completion of NVQF level 4 or accredited work experience or accredited prior learning followed by a corresponding cognitive bridging programme of minimum 30 credits in the field of bio science/physical science/engineering technology as determined by the faculty and the senate
Candidates who possess the above qualifications are eligible to apply for the degree programme. Shortlisted candidates will be required to sit for an aptitude test, and final selection will be based on the results of this test.
Programme Structure
The BSc (Honours) in Polymer Products Manufacturing and Industrial Management is structured as a four-year academic programme comprising eight semesters, with a total requirement of 120 academic credits, in accordance with the Sri Lanka Qualifications Framework (SLQF Level 6). The curriculum is progressively organized across four academic levels, moving from fundamental scientific and managerial principles in the early years to advanced manufacturing technologies, industrial applications, and independent research in the final year.
The programme integrates theoretical instruction, laboratory-based practical training, industrial exposure, and a supervised research project, ensuring a balanced and coherent learning pathway that develops both technical expertise and professional competence.
|
Course Code |
Name of course unit |
Credit Value
|
Status (Core/Optional) |
1st Year 1st Semester |
|||
|
PPM 1113 |
Fundamentals of Chemistry |
03 |
Core |
|
PPM 1122 |
Physical Chemistry |
02 |
Core |
|
PPM 1133 |
Fundamentals of Physics |
03 |
Core |
|
PPM 1142 |
Mathematics I |
02 |
Core |
|
PPM 1313 |
Fundamentals of Polymer Chemistry |
03 |
Core |
|
PPM 1212 |
Business Economics |
02 |
Core |
|
Total number of credits |
Core– 15 Optional – 00 |
||
1st Year 2nd Semester |
|||
|
PPM 1153 |
Physics for Material Science |
03 |
Core |
|
PPM 1162 |
Mathematics II |
02 |
Core |
|
PPM 1323 |
Polymer Structures and Properties |
03 |
Core |
|
PPM 1332 |
Polymer Identification and Characterization |
02 |
Core |
|
PPM 1341 |
Polymer Fundamentals Laboratory |
01 |
Core-Laboratory |
|
PPM 1222 |
Management for Practitioners |
02 |
Core |
|
PPM 1232 |
Information Systems and Enterprise Resource Planning |
02 |
Core |
|
Total number of credits |
Core– 15 Optional – 00 |
||
2nd Year 1st Semester |
|||
|
PPM 2311 |
Polymer Characterization and Analysis Laboratory |
01 |
Core Laboratory |
|
PPM 2322 |
Polymer Viscoelasticity and Rheology |
02 |
Core |
|
PPM 2332 |
Polymer Degradation |
02 |
Core |
|
PPM 2342 |
Raw Rubber Manufacturing |
02 |
Core |
|
PPM 2391 |
Raw Rubber Manufacturing Laboratory |
01 |
Core Laboratory |
|
PPM 2213 |
Fundamentals of Accounting and Finance |
03 |
Core |
|
PPM 2222 |
Human Resource Management |
02 |
Core |
|
PPM 2232 |
Marketing Management |
02 |
Core |
|
Total number of credits |
Core– 15 Optional – 00 |
||
2nd Year 2nd Semester |
|||
|
PPM 2113 |
Introductory Statistics and Statistical Software |
03 |
Core |
|
PPM 2352 |
Polymer Blends and Composites |
02 |
Core |
|
PPM 2362 |
Polymer Compounding |
02 |
Core |
|
PPM 2373 |
Testing of Polymers |
03 |
Core |
|
PPM 2383 |
Dipping Technologies |
03 |
Core |
|
PPM 2242 |
Organizational Behavior |
02 |
Core |
|
Total number of credits |
Core– 15 Optional – 00 |
||
3rd Year 1st Semester |
|||
|
PPM 3312 |
Plastic Product Manufacturing |
02 |
Core |
|
PPM 3323 |
Tyre Manufacturing Technology |
03 |
Core |
|
PPM 3333 |
Fiber Forming Polymers for Textile Industry |
03 |
Core |
|
PPM 3342 |
Fundamentals in Manufacturing Process Design |
02 |
Core |
|
PPM 3351 |
Fundamentals of LEAN Management |
01 |
Core-Laboratory |
|
PPM 3212 |
Entrepreneurship |
02 |
Core |
|
PPM 3222 |
Operations Management |
02 |
Core |
|
Total number of credits |
Core– 15 Optional – 00 |
||
3rd Year 2nd Semester |
|||
|
PPM 3113 |
Industrial Statistical Methods |
03 |
Core |
|
PPM 3361 |
Polymer Products Manufacturing and Testing Laboratory |
01 |
Core Laboratory |
|
PPM 3372 |
Biopolymer Products and Testing |
02 |
Optional |
|
PPM 3382 |
Tools and Material Selections for Die and Mold Design |
02 |
Optional |
|
PPM 3392 |
Latex Based Products Manufacturing |
02 |
Core |
|
PPM 3411 |
LEAN in Polymer Product Manufacturing |
01 |
Core-Laboratory |
|
PPM 3232 |
Operational Research |
02 |
Core |
|
PPM 3242 |
Business Innovation and Technology Management |
02 |
Core |
|
PPM 3252 |
Sustainability Management |
02 |
Core |
|
Total number of credits |
Core– 13 Optional – 04 At least one out of PPM3372 or PPM3382 must be taken |
||
4th Year 1st Semester |
|||
|
PPM 4311 |
Solidworks – Fundamentals of Parametric Modeling |
01 |
Core Laboratory |
|
PPM 4322 |
Quality Assurance Tools and ISO Procedures |
02 |
Core |
|
PPM 4331 |
Fundamentals of Finite Element Analysis |
01 |
Core |
|
PPM 4342 |
Paints, Coatings and Adhesives Manufacturing |
02 |
Core |
|
PPM 4411 |
Practical Aspects of Finite Element Analysis |
01 |
Core Laboratory |
|
PPM 4212 |
Business Law |
02 |
Core |
|
PPM 4222 |
International Business Management |
02 |
Core |
|
PPM 4232 |
Supply chain management |
02 |
Core |
|
PPM 4242 |
Project management |
02 |
Core |
|
Total number of credits |
Core– 15 Optional – 00 |
||
4th Year 2nd Semester |
|||
|
PPM 4352 |
Polymer Waste Management and Environmental Sustainability |
02 |
Core |
|
PPM 4361 |
Solidworks for Product design and development in Polymer Industry |
01 |
Core Laboratory |
|
PPM 4372 |
Occupational Health and Safety |
02 |
Optional |
|
PPM 4382 |
Polymer Packaging and Printing |
02 |
Optional |
|
PPM 4392 |
Life Cycle Assessment for Polymer Products and Processes |
02 |
Optional |
|
PPM 4428 |
Polymer Product Manufacturing Industrial Based Research Project |
08 |
Core |
|
PPM 4432 |
Internship |
02 |
Optional |
|
PPM 4252 |
Strategic Management |
02 |
Core |
|
Total number of credits |
Core– 13 Optional – 08 At least one out of PPM 4372, PPM4382, PPM4392 or PPM 4432 must be taken |
||
Learning Experience
The BSc (Honours) in Polymer Products Manufacturing and Industrial Management is delivered through a carefully designed hybrid learning model that combines academic flexibility with strong practical engagement. This approach enables students to balance independent learning with structured face-to-face training in a real university environment.
Key features of the learning experience
- Online lectures covering approximately 50% of the taught course content, conducted on weekday evenings from Monday to Thursday, 6.00 pm to 10.00 pm, enabling flexible participation for both school leavers and working professionals.
- On-site sessions covering the remaining 50% of taught content, conducted on weekends from 8.00 am to 4.00 pm, with 100% of laboratory and practical components delivered physically.
- , providing hands-on training in polymer processing, testing, and characterization.
- A supervised research project, allowing students to undertake independent investigation under the guidance of academic staff.
- An industry-based internship, offering direct exposure to professional manufacturing environments and real-world industrial practices.
This blended structure ensures that graduates acquire not only strong theoretical foundations, but also practical competence, research skills, and industry readiness.
Career Pathways
Graduates of the BSc (Honours) in Polymer Products Manufacturing and Industrial Management are equipped with a unique combination of technical expertise, practical skills, and managerial competence, enabling them to pursue diverse and high-value career opportunities across the polymer, rubber, plastics, and advanced manufacturing sectors.
The programme prepares graduates for professional roles such as
- Polymer Production Engineer – overseeing polymer processing operations, manufacturing systems, and product quality.
- Quality Control / Quality Assurance Officer – ensuring compliance with industrial standards, product specifications, and regulatory requirements.
- Research and Development (R&D) Executive – contributing to product innovation, materials development, and process optimization.
- Manufacturing Manager – managing production teams, resources, and industrial workflows within manufacturing organizations.
- Process Engineer – designing, optimizing, and troubleshooting polymer manufacturing processes and technologies.
- Technical Sales / Product Specialist – providing technical expertise in marketing, customer support, and industrial product solutions.
- Entrepreneur in the polymer products sector – establishing and managing technology-based ventures in polymer and manufacturing industries.
In addition to immediate employability, the programme also provides a strong foundation for career advancement, leadership roles, postgraduate studies, and research-oriented pathways in polymer science, engineering, and industrial management.
Fees
- Application fee including aptitude test fee Rs. 5000.00 (non-refundable)
If selected for admission you have to do the following payments.
- Registration fee Rs. 5 000.00 (non-refundable)
- Refundable laboratory deposit Rs. 10 000.00
- Refundable library deposit Rs. 10 000.00
- Course Fee (Sri Lankan Students) – Approximately LKR 350,000 per year (tentative – final approved fee will be announced soon)
- Course Fee (International Students) – Approximately USD 3,000 per year (tentative – final approved fee will be announced soon)
*If full course fee is paid for 04 years 10% discount will be given
Apply Now!
Coming soon…..
Contact Information
Prof. Thusitha Etampawala
Coordinator
0766911980

