HUN-REN-BME Research Group





Writing a BSc thesis

The thesis is intended to give the student an experience in independent work to demonstrate advanced knowledge in a field of study. It is an opportunity to put the knowledge acquired during the programme into practice. The Bachelor’s thesis is used to assess the student’s initiative and ability to plan, report and present a project.

All students undertake thesis work during their 7th semester. The thesis consists of one-semester long work within the scope of BMEGEPTA4SD. First, the student must choose a topic and a supervisor from one of the above-mentioned partner departments. (Department of Materials Science and Technology, Department of Machine and Product Design, Department of Manufacturing Science and Engineering, and the Department of Polymer Engineering). Each department announces the current thesis topics and corresponding supervisor on their own web pages. Students can find the contact information of topic announcers on the department web pages in order to schedule a meeting. After this, the student must choose the subject called Final Project in the Neptun System. The recommended period for choosing a topic is registration week–first study week of the semester. The student can also determine the topic before or early in the final semester of full-time studies, with a goal of completing the thesis the following spring or fall semester. The supervisor and consultant prepare an assignment sheet of the thesis in order to set tasks for the student’s thesis work. The tasks indicated in the assignment sheet are shared with the student. Meanwhile, the student should choose three subjects for the final examination from their curricula. The chosen subjects shall be indicated in the assignment sheet. Hereafter, the assignment sheet is handed to the Head of Department and Dean's office for approval. The student receives the assignment sheet and confirms it via signing it. The approved and signed assignment sheet is inserted in the printed version of the thesis. The student attaches the signed assignment sheet into their manuscript as page iii and iv and fill in the required information.

A thesis usually consists of a literature review, collecting information and independent engineering work, supervised and guided by the supervisor and perhaps other internal or external consultant(s). The student is responsible for maintaining regular contact with their supervisor and/or consultant(s), and to follow the progress and meeting plan.

At the end of the “Final project” subject, the student submits two printed copies of the final thesis approved by the supervisor. The full and completed thesis in both electronic and printed form should be submitted to the Department of Polymer Engineering until the end of 14th week of the semester. The thesis shall be defended in the Final Exam.
The “Final project” subject ends with a mark within the semester based on the joint decision of supervisor and/or consultant(s). The mark is based on the quality of the thesis (e.g. content and form, and how well the student has fulfilled the requirements in the thesis description) and the progress, originality of the work and the importance of the conclusions). If the student does not submit their thesis or does not satisfy at least 50% of the requirements specified in the thesis assignments, the mark for the “Final Project” subject shall be fail, regardless of the amount and quality of the work done. No resubmission is permitted within the late submission week without the supervisor’s knowledge.

Prior to the final exam, thesis work is reviewed by a reviewer. The reviewer prepares a written thesis review.

Final year thesis template

Suggested thesis topics

1. Systematic design of injection-molded wheels
 Consultant: Dr. Kovács József Gábor

2. Finite element design for dynamically loaded injection molded products
 Consultant: Dr. Kovács József Gábor, Dr. Krizsma Szabolcs

3. Analysis and qualification of injection molded wheels
 Consultant: Dr. Kovács József Gábor, Dr. Bakonyi Péter, Dr. Kotrocz Krisztián

4. Material development from recycled materials
 Consultant: Dr. Kovács József Gábor, Dr. Bakonyi Péter

5. Impact of mold and product design on cost efficiency in injection molding
 Consultant: Dr. Kovács József Gábor

6. Applicability of injection molding simulations for recycled materials
 Consultant: Dr. Kovács József Gábor

7. Development of a shrinkage measurement method
 Consultant: Dr. Kovács József Gábor

8. Color analysis of injection molded products
 Consultant: Dr. Kovács József Gábor, Dr. Török Dániel

9. Injection molded product optimization, warpage minimization
 Consultant: Dr. Kovács József Gábor, Dr. Krizsma Szabolcs

10. Development of injection-compression molding technology
 Consultant: Dr. Kovács József Gábor, Dr. Krizsma Szabolcs

11. Optimizing the injection-compression molding technology of a bipolar plate
 Consultant: Dr. Kovács József Gábor, Dr. Zink Béla

12. Injection molding and final assembly of a hydrogen cell casing
 Consultant: Dr. Kovács József Gábor, Dr. Zink Béla

13. Development of injection molding simulation, comparative analysis
 Consultant: Dr. Kovács József Gábor, Dr. Zink Béla

14. Economy in injection molding, energy efficiency
 Consultant: Dr. Kovács József Gábor, Csapó Maja

15. The impact of recycled materials on the ecological footprint and economics of injection molded products
 Consultant: Dr. Kovács József Gábor, Csapó Maja

16. Ecological footprint of injection molding technology
 Consultant: Dr. Kovács József Gábor, Csapó Maja

17. Impact of material flows on economics and ecological footprint
 Consultant: Dr. Kovács József Gábor, Csapó Maja

Ongoing thesis topics

18. Development of ground tyre rubber and ground printed circuit board-filled polyolefin compaunds
 Student: Szabó István Ábel
 Consultant: Dr. Bárány Tamás, Dr. Török Dániel

19. The effect of rubber phase retardation on thermoplastic dynamic vulcanizates using ground tire rubber
 Student: Cser Ádám
 Consultant: Görbe Ákos, Dr. Bárány Tamás

20. Qualification of two-component injection-molded wheels
 Student: Halmy Lőrinc
 Consultant: Dr. Kovács József Gábor, Dr. Bakonyi Péter, Dr. Kotrocz Krisztián

21. Injection molding development of hydrogen cell seals
 Student: Kóbor Dániel
 Consultant: Dr. Kovács József Gábor, Dr. Zink Béla, Hajagos Szabolcs

22. The role and determination of adhesion in thermoplastic composites
 Student: Kis-Tamás Bence
 Consultant: Dr. Morlin Bálint, Dr. Kovács József Gábor, Csapó Maja

23. Effect of test speed on shear strength using thermoplastic cylinder test
 Student: Jebuszek György András
 Consultant: Dr. Morlin Bálint

24. Development of manufacturing technology for electrically conductive polyamide printing filaments
 Student: Dávid István Dávid
 Consultant: Dr. Petrény Roland, Dr. Mészáros László

25. Development of filaments from biopolymer blends for additive manufacturing
 Student: Nagy Gergő
 Consultant: Dr. Tomin Márton, Dr. Kovács Norbert Krisztián

© 2014 BME Department of Polymer Engineering - Created by: Dr. Romhány Gábor