BIOT1010 Biotechnology Research Project Module Handbook 2025-26 | UOG

Published: 12 Jul, 2025
Category Dissertation Subject Education
University University of Greenwich (UoG) Module Title BIOT1010 Biotechnology Research Project
Assessment Title Module Handbook
Academic Year 2025-26

BIOT1010 Aims

This module aims to develop students with critical skills and capabilities that will enable them to make an innovative contribution to applied research within the broad discipline of science. To assess the candidate’s ability to work independently and as a part of a team in the pursuit of the analysis of a novel problem, and develop skills necessary for self-managed and life-long learning (e.g., time management and organisation skills).

On successful completion of this module, a student will be able to:

  1. Develop and plan the execution of a research project that demonstrates suitable time management skills.
  2. Search, reflect, and interpret key information from technical procedures and published works using suitable scientific data management tools.
  3. Critically evaluate the results obtained and produce a scientific interpretation of the data gathered during execution of the project.
  4. Take ownership of the project and be able to identify individual learning needs and map and track the progress of the project.
  5. Critically reflect on their work and be involved in discussions with the supervisor and other students to suggest possible progress.
  6. Apply theoretical principles of various concepts learnt in taught modules to enhance problem-solving in a structured and logical manner
  7. Develop high-level communication skills, written, oral, and visual
  8. Produce a substantial, well-organised written scientific report and defend it under a poster presentation.

Glossary:

  • A pre-requisite module must have been completed successfully before taking this module.
  • A co-requisite module must be taken alongside this module.
  • A learning outcome is a subject-specific statement that defines the learning to be achieved through completing this module.

BIOT1010 Employability

By engaging with this module and completing the necessary work following employability skills will be developed:

  • The critical application of specialist knowledge skills to a wide variety of research and development issues that arise in the biotechnology industry.
  • Demonstrating awareness of the provisional nature of stated facts in the published literature and being able to analyse data critically.
  • Integration of theory with practice.
  • Collecting and analysing evidence in an unbiased manner and drawing appropriate conclusions.
  • Data acquisition, collation, and critical appraisal.
  • Experimental Design and interpretation of complex statistical information.
  • Plan, conduct, evaluate, and report the results of investigations, including the use of secondary data in this process
  • Apply appropriate practical techniques to the solution of research questions
  • Use and develop advanced theories and develop novel concepts to explain experimental data
  • Apply appropriate practical techniques for the analysis and quantification of pharmaceutical formulations
  • Apply Good Housekeeping (GHK) and Good Laboratory Practice (GLP) criteria in practical sessions
  • Work safely and understand risks associated with all practical work.
  • Demonstrate self-direction and originality in tackling and solving problems.
  • Act autonomously in planning and implementing tasks.
  • Develop, value, and apply computer-based and other IT-based analysis tools.
  • Undertake, manage, make decisions, and interpret research data and its application with confidence.
  • Effective written and verbal communication
  • Ability to plan projects and use appropriate time management skills
  • Taking a responsible attitude to academic and personal career development

BIOT1010 Schedule of Teaching and Learning Activities

There will be a series of workshops led by specific members of staff to emphasise valid statistical analysis, literature searching methods, reference management systems, experimental design, the nature of risk and risk assessments, critical evaluation of experimental results and research integrity, how to write a high-quality scientific paper, and produce and present a scientific poster.

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BIOT1010 Assessment

BIOT1010 Summative Assessment schedule:

First sit assessments Deadline or exam period Weighting out of 100%* Maximum length Marking type Learning outcomes mapped to this assessment.
                                                                                                      September Starters
Project report

29.08.2025

11:30 pm

70%

8,000 to 10000 for a dissertation, OR 5000 to 7000 for a scientific manuscript

numerical LO1, LO2, LO3, LO5, LO7, LO8
Poster presentation

TBC

30% A1 to A0 numerical LO3, LO4, LO6, LO7. LO8
                                                                                               January Starters
Project Report

12.12.2025

11:30 pm

70% 8,000 to 10000 for a dissertation, OR 5000 to 7000 for a scientific manuscript numerical LO1, LO2, LO3, LO5, LO7, LO8
Poster presentation

TBC

30% A1 to A0 numerical LO3, LO4, LO6, LO7. LO8

BIOT1010 Formative Assessment Schedule

Item of assessment September starters January Starters
2-page project proposal 29.11.2024, 11:30 pm 18.04.2025, 11:30 pm
Risk Assessment 17.01.2025, 11:30 pm 16.05.2025, 11:30 pm
Introduction 07.02.2025, 11:30 pm 20.06.2025, 11:30 pm
Materials and Methods 21.03.2025, 11:30 pm 11.07.2025, 11:30 pm
Results and Discussions 11.07.2025, 11:30 pm 05.09.2025, 11:30 pm
Draft of the final project 25.07.2025, 11:30 pm 07.11.2025, 11:30 pm

BIOT1010 Your Assessment Brief:

Guidance: This module has several formative assessments and two summative assessments. The formative assessments are designed to help students progress towards the project report, which is the main summative assessment. The other summative assessment is a poster presentation that will provide students with the opportunity to clearly communicate the research they have done, defend data interpretation, and demonstrate critical thinking.

Formative assessments: There is a series of formative assessments scheduled to help you prepare your final project and get it checked before your final submission. The deadlines for the formative assessment are set in such a way that you demonstrate monthly advancement in your project. However, as all projects are not the same, the deadlines for formative assessments can be set in the discussion with the project supervisor.

Feedback for summative coursework: For formative assignments, feedback will be provided to students either verbally during the meeting with the project supervisor/or written on the submitted document.

During laboratory work, students will often get a lot of feedback from supervisors and other colleagues. That feedback is very relevant for the development of necessary skills and summative assignments. The feedback on formative assignments should directly help with summative assessment. For summative assessment, you will receive feedback from your project supervisor after the result letter is issued.

The student will need to get in touch with the project supervisor, who will then assess the submitted document and provide feedback.

Marking schemes: There are different marking schemes for different types of projects and summative assessments. Detailed marking schemes are located on the Moodle module shell. They are further explained in the introduction to the module.

Important note: Coursework is marked on the understanding that it is the student’s own work on the module and that it has not, in whole or part, been presented elsewhere for assessment. Where material has been used from other sources, this must be properly acknowledged in accordance with the University’s regulations regarding Assessment Misconduct.

BIOT1010 Resit assessments

Assessment schedule:

Resit assessments Deadline Weighting out of 100%* Maximum length Marking type

Learning outcomes mapped to this assessment.

                                                                                       September Starters
Project report

12.12.2025

11:30 pm

70% 8,000 to 10000 for a dissertation, OR 5000 to 7000 for a scientific manuscript numerical LO1, LO2, LO3, LO5, LO7, LO8
Poster presentation

TBC

30% A1 to A0 numerical LO3, LO4, LO6, LO7. LO8
                                                                                        January Starters
Project Report

10.07.2026

11:30 pm

70% 8,000 to 10000 for a dissertation, OR 5000 to 7000 for a scientific manuscript numerical LO1, LO2, LO3, LO5, LO7, LO8
Poster presentation

TBC

30% A1 to A0 numerical LO3, LO4, LO6, LO7. LO8

BIOT1010 Resource recommendations

The following are suggested readings for the module. Additionally, more detailed reading recommendations will be provided for the module topics.

Author Title Publisher ISBN
B. Gastel & R.A. Day 2016 How to write and publish a scientific paper, 8th Ed. Greenwood 9780313391972
J. Blackwell & J. Martin 2011 A scientific approach to scientific writing. Springer 9781441997876
M.J. Katz 2006 From research to manuscript: A guide to scientific writing. Springer 9781402040719
M. Davis 2004 Scientific papers and presentations, 3rd Ed. Academic press 9780123847270
Uwe Flick 2019 An Introduction to Qualitative Research Sage 9781526445643
E.M.C.Fisher and R.Thompson 2014 Enjoy Writing Your Science Thesis Or Dissertation! A Step-By-Step Guide To Planning And Writing A Thesis Or Dissertation For Undergraduate And Graduate Science Students (2Nd Edition) Imperial College Press 1783264217
Peter Bruce 2016 Practical Statistics for Data Scientists O′Reilly 1491952962

 

Scientific journals – various available via online databases (via portal)

 

 

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