Academic Colloquium Presentation Design
Budget: $30 – $250 USD
Project: High-Quality Colloquium Presentation (Bachelor Thesis – Medical Engineering)
Project Goal
For the colloquium of my Bachelor thesis at IU International University of Applied Sciences, I require a professional, academic PowerPoint presentation.
The colloquium begins with a 15-minute presentation that must clearly present the entire research process, from the research question through methodology and results to conclusions and recommendations.
The presentation must be scientifically accurate, visually high-quality, and suitable for an academic examination setting.
⸻
Mandatory Framework Conditions
• Software: strictly Microsoft PowerPoint (.pptx)
• Template: the official IU PowerPoint template must be used (provided as an attachment and must not be modified)
• Duration: approximately 15 minutes
• Length: ideally 10–12 slides
• Language: English
• Audience: professors and academic examiners
⸻
Core Requirement
The presentation must be based strictly on my existing Bachelor thesis.
• No new content
• No independent interpretations
• No simplifications that reduce scientific accuracy
The complete thesis will be provided.
⸻
Required Content Structure (Mandatory)
The presentation must be logically structured and academically sound:
1. Title Slide
• Thesis title
• Name, degree program, university
2. Agenda / Presentation Outline
3. Introduction and Relevance
• Clinical and scientific relevance
• Context: sports orthopedics in Switzerland
4. Problem Statement and Research Question
• Clearly formulated research question
• Core trade-off: sterility versus biomechanical integrity
5. Methodology
• Literature-based study
• PRISMA approach (simplified, visual)
• Inclusion and exclusion criteria (compact)
6. Investigated Sterilization Methods
• Gamma irradiation
• Ethylene oxide (EtO)
• Peracetic acid–ethanol (PAA–EtOH)
• Plasma or supercritical CO₂ (if relevant)
7. Results – Tendons
• Key biomechanical findings
• Charts with clear labeling
8. Results – Bone
• Key biomechanical findings
• Charts with clear labeling
9. Discussion and Clinical Implications
• Interpretation of results
• Relevance for sports orthopedic practice
10. Conclusions and Recommendations
• Key takeaways
• Recommendations by tissue type
11. Limitations and Outlook (optional, if space allows)
12. References
• Selection of key references from the thesis
• Clean, academic formatting (not the full bibliography)
⸻
Additional Requirement: PowerPoint Professional Pack (PPP)
In addition to the presentation itself, the slides must be visually strong and professionally structured.
A PowerPoint Professional Pack (PPP) shall be created and integrated.
Objective
The presentation should not be text-heavy, but instead:
• visually clear
• well structured
• academically professional
⸻
Mandatory PPP Elements
1. Professional Tables
• Tables derived directly from the thesis, for example:
• comparison of sterilization methods
• tendon versus bone
• mechanical property retention in percent
• Clean and consistent table design
• Subtle highlighting only where meaningful (e.g. best-performing method)
• Fully editable in PowerPoint (no screenshots)
2. Charts and Diagrams
• Bar charts, comparison charts, radar charts where appropriate
• Every chart must include:
• a clear title
• labeled axes
• units (percent, MPa, etc.)
• Calm, academic color scheme
• Charts must be self-explanatory without verbal explanation
3. Schematic Graphics (PowerPoint-based)
• Tendon structure (hierarchical)
• Bone structure (cortical versus cancellous)
• Sterilization trade-off: sterility increase versus biomechanical integrity decrease
• Methodological workflow (simplified PRISMA)
No copied external graphics are allowed.
Only clean PowerPoint graphics using shapes, icons, SmartArt or vector elements.
4. Images and Illustrations
• Used sparingly and purposefully
• Scientifically neutral (laboratory, histology, schematic visuals)
• No marketing or stock-photo appearance
• Images must support the scientific message
⸻
Design and Style Guidelines
• Academic, calm, professional appearance
• No marketing or flashy design
• Consistent typography according to the provided template
• Clear visual hierarchy
• Bullet points instead of paragraphs
⸻
Deliverables
• Final PowerPoint file (.pptx)
• Fully compatible with Microsoft PowerPoint
• Ready for presentation (no placeholders or comments)
• All tables, charts and graphics fully editable
⸻
Required Freelancer Profile
• Proven experience with scientific or academic presentations
• Strong skills in:
• data visualization
• chart logic
• table design
• Preferably a background in:
• medical engineering
• biomedical sciences
• Engineering
Project Goal
For the colloquium of my Bachelor thesis at IU International University of Applied Sciences, I require a professional, academic PowerPoint presentation.
The colloquium begins with a 15-minute presentation that must clearly present the entire research process, from the research question through methodology and results to conclusions and recommendations.
The presentation must be scientifically accurate, visually high-quality, and suitable for an academic examination setting.
⸻
Mandatory Framework Conditions
• Software: strictly Microsoft PowerPoint (.pptx)
• Template: the official IU PowerPoint template must be used (provided as an attachment and must not be modified)
• Duration: approximately 15 minutes
• Length: ideally 10–12 slides
• Language: English
• Audience: professors and academic examiners
⸻
Core Requirement
The presentation must be based strictly on my existing Bachelor thesis.
• No new content
• No independent interpretations
• No simplifications that reduce scientific accuracy
The complete thesis will be provided.
⸻
Required Content Structure (Mandatory)
The presentation must be logically structured and academically sound:
1. Title Slide
• Thesis title
• Name, degree program, university
2. Agenda / Presentation Outline
3. Introduction and Relevance
• Clinical and scientific relevance
• Context: sports orthopedics in Switzerland
4. Problem Statement and Research Question
• Clearly formulated research question
• Core trade-off: sterility versus biomechanical integrity
5. Methodology
• Literature-based study
• PRISMA approach (simplified, visual)
• Inclusion and exclusion criteria (compact)
6. Investigated Sterilization Methods
• Gamma irradiation
• Ethylene oxide (EtO)
• Peracetic acid–ethanol (PAA–EtOH)
• Plasma or supercritical CO₂ (if relevant)
7. Results – Tendons
• Key biomechanical findings
• Charts with clear labeling
8. Results – Bone
• Key biomechanical findings
• Charts with clear labeling
9. Discussion and Clinical Implications
• Interpretation of results
• Relevance for sports orthopedic practice
10. Conclusions and Recommendations
• Key takeaways
• Recommendations by tissue type
11. Limitations and Outlook (optional, if space allows)
12. References
• Selection of key references from the thesis
• Clean, academic formatting (not the full bibliography)
⸻
Additional Requirement: PowerPoint Professional Pack (PPP)
In addition to the presentation itself, the slides must be visually strong and professionally structured.
A PowerPoint Professional Pack (PPP) shall be created and integrated.
Objective
The presentation should not be text-heavy, but instead:
• visually clear
• well structured
• academically professional
⸻
Mandatory PPP Elements
1. Professional Tables
• Tables derived directly from the thesis, for example:
• comparison of sterilization methods
• tendon versus bone
• mechanical property retention in percent
• Clean and consistent table design
• Subtle highlighting only where meaningful (e.g. best-performing method)
• Fully editable in PowerPoint (no screenshots)
2. Charts and Diagrams
• Bar charts, comparison charts, radar charts where appropriate
• Every chart must include:
• a clear title
• labeled axes
• units (percent, MPa, etc.)
• Calm, academic color scheme
• Charts must be self-explanatory without verbal explanation
3. Schematic Graphics (PowerPoint-based)
• Tendon structure (hierarchical)
• Bone structure (cortical versus cancellous)
• Sterilization trade-off: sterility increase versus biomechanical integrity decrease
• Methodological workflow (simplified PRISMA)
No copied external graphics are allowed.
Only clean PowerPoint graphics using shapes, icons, SmartArt or vector elements.
4. Images and Illustrations
• Used sparingly and purposefully
• Scientifically neutral (laboratory, histology, schematic visuals)
• No marketing or stock-photo appearance
• Images must support the scientific message
⸻
Design and Style Guidelines
• Academic, calm, professional appearance
• No marketing or flashy design
• Consistent typography according to the provided template
• Clear visual hierarchy
• Bullet points instead of paragraphs
⸻
Deliverables
• Final PowerPoint file (.pptx)
• Fully compatible with Microsoft PowerPoint
• Ready for presentation (no placeholders or comments)
• All tables, charts and graphics fully editable
⸻
Required Freelancer Profile
• Proven experience with scientific or academic presentations
• Strong skills in:
• data visualization
• chart logic
• table design
• Preferably a background in:
• medical engineering
• biomedical sciences
• Engineering