Bioinformatics Data Visualization – 1 Day Workshop Melbourne

💡 Group Discount Alert – Learn More, Save More Together!
🎟️ Check tickets now for exciting group discounts!

Duration: 1 Full Day (8 Hours)
Delivery Mode: Classroom (In-Person)
Language: English
Credits: 8 PDUs/Training Hours
Certification: Course Completion Certificate
Refreshments: Lunch, Snacks and beverages will be provided during the session

Course Overview

This workshop introduces participants to the essentials of bioinformatics and data visualization, combining biology with computer science in a simple and approachable format. Learners explore DNA and protein sequences, biological databases, sequence alignment, protein structure prediction, omics datasets, and basic data visualization techniques. No coding or computational background is required. All tools and concepts are explained in plain language, using real biological examples and guided activities. By the end of the training, participants will understand how biological data is analyzed, stored, compared, and visualized in modern research and healthcare.

Learning Objectives

• Understand the foundations of bioinformatics in simple language
• Navigate and use major biological databases
• Interpret DNA, RNA, and protein sequences
• Perform basic sequence searches using BLAST
• Understand high-level protein structure prediction
• Recognize omics data and create simple visualizations
• Use real biological datasets for basic analysis

Target Audience

• Biology students and beginners
• Medical, biotech, and life science learners
• Researchers entering computational biology
• Healthcare and laboratory trainees
• Students preparing for molecular or genomic studies
• Anyone curious about bioinformatics without coding

©2026 MG Aussie Events. This content is protected by copyright law. Copy or Reproduction without permission is prohibited.

Why Choose This Course?

This workshop explains bioinformatics in a simple, beginner-friendly format while still covering the essential tools used in modern biology. You will learn through real examples, guided demonstrations, and practical data exercises, making complex concepts easy to understand.

Contact us today to schedule a customized in-house, face-to-face session: [email protected]

Info: • Meaning of bioinformatics and its importance
• Biological data types: DNA, RNA, proteins and how computers analyze them
• Real applications in disease diagnosis, drug development, and research
• Icebreaker activity

Info: • Purpose and structure of biological databases
• Major resources: NCBI, Ensembl, UniProt, PDB
• How genome, protein, and 3D structure data is organized
• Activity

Info: • Simple explanation of DNA, RNA, and protein sequences
• Understanding mutations and common file formats (FASTA/FASTQ)
• How sequence information is stored and interpreted
• Case study

Info: • Purpose of sequence alignment and what similarities reveal
• High-level idea of how BLAST works
• Basics of interpreting BLAST output (identity score, matches)
• Role play

Info: • Why protein structure matters for health and disease
• Meaning of predicted structures in AlphaFold
• Simple idea of how AI models generate protein shapes
• Activity

Info: • Meaning of genomics, transcriptomics, and proteomics
• Understanding gene expression and biological patterns
• Basics of visualizing data using heatmaps and bar graphs
• Brain storming Activity

Info: • Simple meaning of machine learning in biology
• How ML predicts diseases or biomarkers
• Basic ideas: training data, accuracy, predictions (no coding)
• Action plan review

Know what’s Happening Next — before everyone else does.

Get App

Host or Publisher MG Aussie