Drug Discovery & Innovation HUB — Darsons Institute
Research & Innovation

Drug Discovery & Innovation HUB

From Student Ideas to Real-World Innovation

Research • Discover • Innovate • Communicate • Lead

The Drug Discovery & Innovation HUB Project Completion Planner is designed to help Pharm-D students and teams systematically complete their research and innovation projects within the prescribed timeline.

The planner provides students with clear goals, weekly tasks, deliverables, deadlines and academic checkpoints, supporting both the In-House Competition and Mid-Term Project evaluation requirements.

Learning Outcomes

Student Learning Outcomes

By completing the Drug Discovery & Innovation HUB project, students should be able to:

Research

Identify and investigate meaningful problems.

Analyse

Interpret scientific evidence and data.

Evaluate

Assess evidence, feasibility, risks and impact.

Innovate

Develop creative pharmaceutical solutions.

Collaborate

Work effectively within multidisciplinary teams.

Communicate

Present and defend research ideas professionally.

Reflect

Identify limitations and opportunities for improvement.

Innovation & Discovery

Transform creative ideas into innovative pharmaceutical and healthcare solutions through structured research and problem-solving.

Research Excellence

Develop evidence-based research skills through literature review, scientific investigation, data collection and critical analysis.

Drug Discovery

Explore the journey from identifying healthcare problems to designing, evaluating and developing potential pharmaceutical solutions.

AI & Technology

Integrate Artificial Intelligence, Machine Learning, digital tools and modern technologies into pharmaceutical research and innovation.

Collaboration & Leadership

Build teamwork, communication, leadership and interdisciplinary collaboration skills through team-based research projects.

Competition & Impact

Showcase research through In-House Competitions, Innovation Day, project presentations and expert evaluation focused on real-world impact.

Planner

Project Completion Timeline

A month-by-month roadmap from ideation to final presentation and viva.

NOVEMBER 2026
Ideation & Research Foundation

Goal: Select a research topic, define the problem and establish a strong research foundation.

Week 1–2
  • Brainstorm research and innovation ideas.
  • Finalize the problem statement.
  • Assess originality, relevance and potential impact.
Week 3–4
  • Conduct a structured literature review.
  • Evaluate feasibility, resources and potential risks.
Expected Deliverables: Approved project idea summary Problem statement Literature review draft

Responsible: All Team Members + Team Leader

DECEMBER 2026
Methodology Design & Initial Work

Goal: Develop a detailed methodology and initiate preliminary research work.

Week 1–2
  • Design the research methodology.
  • Identify tools, techniques and data sources.
  • Identify opportunities for innovation and interdisciplinary integration.
Week 3–4
  • Set up experiments, simulations or research activities.
  • Begin preliminary data collection.
Expected Deliverables: Methodology outline Experimental/research plan Initial data log

Responsible: Team Leader + Faculty Mentor

JANUARY 2027
Data Collection & Analysis

Goal: Develop reliable datasets and begin critical analysis of findings.

Week 1–2
  • Continue experiments or data collection.
  • Maintain appropriate quality-control procedures.
Week 3–4
  • Begin data analysis.
  • Prepare tables, graphs and preliminary findings.
  • Identify limitations, risks and possible sources of error.
Expected Deliverables: Updated dataset Preliminary data-analysis report

Responsible: Research Leader + Faculty Mentor

FEBRUARY 2027
Report Drafting

Goal: Prepare draft reports for academic review and feedback.

Week 1–2
  • Prepare the draft In-House Competition Report.
Week 3–4
  • Prepare the draft Mid-Term Project Report.
  • Develop preliminary viva/presentation preparation notes.
Expected Deliverables: Draft In-House Competition Report Draft Mid-Term Project Report

Responsible: All Team Members

MARCH 2027
Feedback & Finalization

Goal: Improve the project reports and prepare for final presentation.

Week 1–2
  • Submit drafts for academic/faculty feedback.
  • Incorporate recommended revisions.
Week 3–4
  • Prepare presentation slides.
  • Finalize reports and supporting materials.
Expected Deliverables: Revised final reports Presentation slides

Responsible: Team Leader + Faculty Mentor

APRIL 2027
Presentation & Submission

Goal: Complete final submission and demonstrate the project through presentation and viva.

Week 1
  • Rehearse the presentation.
  • Practice viva questions and answers.
Week 2
  • Submit final reports and presentations.
Week 3–4
  • Deliver final presentation and viva.
  • Complete any final corrections or adjustments.
Expected Deliverables: Submission confirmation Final project presentation Viva completion

Responsible: All Team Members + Faculty Mentor + Research Leader

Assessment Framework

Student Discovery & Innovation Assessment

The HUB uses structured assessment criteria to evaluate students’ research, innovation, scientific reasoning, communication and teamwork.

10 Marks
Quiz
40%
In-House Competition
40%
Mid-Term Project
10%
Other Formative Components
In-House Competition — Evaluation Criteria
Originality of Idea 15
Problem Identification & Relevance 10
Innovation in Methodology 10
Scientific Rationale & Feasibility 15
Impact & Practical Application 20
Interdisciplinary Integration 10
Critical Thinking & Risk Analysis 10
Presentation & Communication 10
Total 100
Mid-Term Project — Evaluation Criteria
Project 20
Viva 10
Molecular Study Design 15
Innovation Day Pitch Presentation 15
Teamwork 20
Peer/Expert Feedback 20
Total 100

The final weightage should be applied according to the approved institutional assessment policy.

Evaluation Guide

Main Areas for Evaluating Innovation Projects

Novel Concept or Hypothesis: The project introduces a new idea, method, product, model or approach relevant to pharmacy or healthcare.

Unique Perspective: The project provides a fresh perspective or proposes an improved approach to an existing pharmaceutical, clinical or healthcare problem.

Real-World Problem: The project clearly identifies an important pharmaceutical, healthcare, clinical or community problem.

Relevance to Pharmacy: The project demonstrates relevance to areas such as:

Pharmacotherapy Clinical pharmacy Pharmaceutical sciences Drug discovery Public health Patient care Medication safety

Creative Research Approach: Students demonstrate creativity in their research methods, models, experimental design or problem-solving approach.

Technology Integration: Where appropriate, projects may incorporate:

Artificial Intelligence Machine Learning Digital tools Data analysis Simulation Mobile applications Computational methods

Evidence-Based Thinking: The research rationale should be supported by credible scientific literature, research evidence, guidelines or relevant academic sources.

Feasibility: The proposed innovation should be realistically testable, implementable or scalable within available resources and ethical requirements.

Potential Health Impact: The project should demonstrate potential benefits for:

Patient care Drug safety Disease management Healthcare delivery Pharmaceutical practice

Scalability & Sustainability: Students should consider whether the innovation can be adapted, expanded or sustained beyond the initial project setting.

Cross-Disciplinary Innovation: Students are encouraged to integrate pharmacy with relevant fields such as:

Biotechnology Data Science Artificial Intelligence Public Health Psychology Biomedical Sciences Healthcare Management

Collaborative Thinking: The project should demonstrate effective teamwork and, where appropriate, collaboration with other healthcare or scientific disciplines.

Identification of Limitations: Students should recognize the limitations, uncertainties, ethical considerations and potential risks associated with their project.

Problem-Solving: Students should propose realistic strategies for overcoming anticipated challenges and improving the feasibility of their innovation.

Clear Communication: Students should communicate their research idea, methodology, findings and innovation in a logical, concise and convincing manner.

Visuals & Prototypes: Where applicable, students are encouraged to use:

Research posters Graphs and tables Molecular models Product prototypes Demonstrations Digital simulations Infographics
Tools

Recommended Innovation Assessment Tools

Scoring Rubric

Each evaluation criterion may be assessed using a standardized 1–5 performance scale to provide transparent and consistent feedback.

Innovation Pitch

Students may present their innovation in a "Shark Tank-style" pitch format, demonstrating:

Problem Solution Innovation Evidence Impact Feasibility Implementation Potential
Peer & Expert Feedback

Where feasible, projects may be evaluated or reviewed by faculty members, industry professionals, clinical experts, researchers or other relevant subject specialists — providing real-world feedback and strengthening professional relevance.

Quick Info

Outcomes at a Glance

Research

Identify and investigate meaningful problems.

Analyse

Interpret scientific evidence and data.

Evaluate

Assess evidence, feasibility, risks and impact.

Innovate

Develop creative pharmaceutical solutions.

Collaborate

Work effectively within multidisciplinary teams.

Communicate

Present and defend research ideas professionally.

Reflect

Identify limitations and opportunities for improvement.

FAQ

Frequently Asked Questions

The Drug Discovery & Innovation HUB is a student-focused research and innovation platform designed to develop Pharm-D students’ skills in pharmaceutical research, drug discovery, critical thinking, technology and real-world problem solving.

Pharm-D students, working individually or in teams, as part of the In-House Competition and Mid-Term Project requirements, under faculty mentorship.

Any research or innovation project relevant to pharmacy or healthcare — including pharmacotherapy, clinical pharmacy, pharmaceutical sciences, drug discovery, public health, patient care or medication safety — and projects that integrate AI, data science or other modern technologies.

Students brainstorm and propose ideas during the Ideation & Research Foundation phase. Topics are reviewed for originality, relevance and potential impact before being approved to proceed.

Through a formative assessment framework combining a quiz, the In-House Competition, the Mid-Term Project and other formative components — each scored against structured criteria such as originality, feasibility, impact and communication.

An early-stage evaluation, worth 40% of the formative assessment, where teams present their project idea and are scored out of 100 marks across criteria including originality, problem relevance, methodology, scientific rationale, impact, interdisciplinary integration, critical thinking and presentation.

A later-stage evaluation, worth 40% of the formative assessment, scored out of 100 marks across the project itself, viva, molecular study design, Innovation Day pitch presentation, teamwork and peer/expert feedback.

Yes. Where appropriate, projects may incorporate artificial intelligence, machine learning, digital tools, data analysis, simulation, mobile applications or other computational methods.

Yes. Students are encouraged to integrate pharmacy with fields such as biotechnology, data science, artificial intelligence, public health, psychology, biomedical sciences and healthcare management.

Research, analysis, evaluation, innovation, collaboration, communication and reflective practice — the seven learning outcomes at the core of the programme.

Have a question? Reach out to Darsons Institute — we’re happy to help.

Turn Your Ideas Into Impact

From a research question to a pitch-ready innovation — follow the planner, build your project, and present it with confidence.