1 Course Information Hub

Welcome to the central hub for course organization in BIOL 497/597 – Genomics & Bioinformatics. This webpage consolidates all essential information related to assignment deadlines, the weekly schedule, and the typical structure of class meetings.

Here you will find:

  • Assignment Deadlines: Dates and point allocations for graded work, along with submission instructions.
  • Tentative Weekly Schedule: Topics, activities, and milestones for each class session.
  • Class Structure: Overview of how lectures, laboratory exercises, and group activities are integrated throughout the semester.

This page serves as a single reference point to help you plan your semester, stay on top of coursework, and engage fully with both theoretical and applied aspects of genomics and bioinformatics.

2 Assignment Deadlines

To facilitate communication, deadlines and point allocations for all course assignments are provided in Table 2.1.

For more detailed information on each assignment, please see Assessments and Grading.

All assignments must be submitted via Google Drive.

Table 2.1: Deadlines of graded assignments for Genomics and Bioinformatics, Spring 2026 semester.
Assignment Points Date Time
Mini-Report 1 25 2026-02-06 5 PM MT
Mini-Report 2 25 2026-02-20 5 PM MT
Mini-Report 3 50 2026-03-11 5 PM MT
Group Lab presentation 50 2026-04-29 9 AM MT
Group Lab report 150 2026-04-29 5 PM MT

💡 Information

  • Extra credit assignments will be announced later in the semester. Deadlines will be posted here.

3 Schedule

The tentative schedule for this course is provided in Table 3.1. Please note that the instructor may adjust our schedule to accommodate the course’s progress and students’ needs. Any changes will be communicated to enrolled students in a timely manner.

Table 3.1: Tentative schedule for Genomics and Bioinformatics, Spring 2026 semester.
WeekID Date Weekday Topic Homework
1 2026-01-14 Wednesday Review Syllabus and start Chapter 1 No homework
2 2026-01-21 Wednesday Complete Chapter 1 and start Chapter 2 Review Syllabus and read giant panda publication using the following resources: How to read a scientific paper and How to (seriously) read a scientific paper
3 2026-01-28 Wednesday Chapters 1, 2 and Mini-Report 1 Review material from Chapter 1 (up to slide 26) and watch the video on Sanger sequencing
4 2026-02-04 Wednesday Chapter 2 and Mini-Report 3 Review material from Chapter 2 (up to slide 12) and read Ellestad et al. (2022)
5 2026-02-11 Wednesday Invited lecture and Mini-Report 2 Work on Mini-Report 2
6 2026-02-18 Wednesday Mini-Report 3 - PART 2 TBD
7 2026-02-25 Wednesday Mini-Report 3 - PART 3 TBD
8 2026-03-04 Wednesday Mini-Report 3 - Work on Reports and Q&A TBD
9 2026-03-11 Wednesday Group accounts & Introduction to Linux OS and Chapter 4 - Introduction and Chapter 4 - PART 1 TBD
11 2026-03-25 Wednesday Chapter 4 - PART 1 TBD
12 2026-04-01 Wednesday Chapter 4 - PARTS 2-3 TBD
13 2026-04-08 Wednesday Complete Chapter 4 and Introduction to group lab report TBD
14 2026-04-15 Wednesday Mining genome: Modules 1 to 4 TBD
15 2026-04-22 Wednesday Mining genome: Group work TBD
16 2026-04-29 Wednesday Mining genome - Oral group presentations TBD

4 Class Structure

The weekly class structure is summarized in Table 4.1.

A typical class meeting is structured as follows:

  • An initial lecture component (ca. 50 minutes) introducing key concepts and methods
  • A brief break and transition period
  • A laboratory session (ca. 1 hour 40 minutes), which may include group activities, guided exercises, or computer-based data analysis

During the first several weeks of the semester, class time will emphasize lectures and structured group activities to build foundational knowledge and skills. As the semester progresses, the course will gradually transition to primarily computer-based laboratory work, with increased emphasis on independent and applied problem-solving.

Table 4.1: Weekly class structure for Genomics and Bioinformatics, Spring 2026 semester.
WeekID 9:00–9:50 a.m. 9:50–10:05 a.m. 10:05–11:45 a.m.
1 Syllabus and Chapter 1 (lecture) BREAK Chapter 1 - Group activity
2 Chapter 1 (lecture) BREAK Chapter 2 - Group activity
3 Chapter 1 (lecture) (starting at slide 27) BREAK Chapter 2 - Quiz (40 minutes) – Chapter 2 (lecture) (30 minutes) – Mini-Report 1 (30 minutes)
4 Chapter 2 (lecture) (starting at slide 13) BREAK Mini-Report 3 - Group activity (1 hour 20 minutes) – Mini-Report 2 (20 minutes)
5 Invited lecture BREAK Students work on Mini-Report 2