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COURSES > UG > FHS > HSCI4012

HSCI4012

Bioinformatics in Action

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Offering Unit

FHS

Offering Department

DPM

Pre-requisite

2 of CISC1004 - Introduction to Computer Science/HSCI3003 - Biostatistics and Experimental Design

Credits

3

Course Type

Non-GE

Suggested Year of Study

Year 4

Duration

Semester Course

Grading System

Letter Grade

Medium of Instruction

English

Course Description

This course introduces the applications in bioinformatics and computational biology, covering the analyses of genomics, transcriptome, epigenome and multi-omics. It provides exposure and training in data analysis of bioinformatics and computational biology.

Intended Learning Outcomes (ILO)

CILO-1: Develop the analytical tools in bioinformatics and computational biology. CILO-2: Apply the analytical processes in genomics, transcriptomics and epigenomics. CILO-3: Apply and create the integration analysis of multi-omics. CILO-4: Evaluate and create bioinformatics databases in the analyses.

Undergraduate

Course Catalog

Back to Search

COURSES > UG > FHS > HSCI4012

HSCI4012

Bioinformatics in Action

---

Offering Unit

FHS

Offering Department

DPM

Pre-requisite

2 of CISC1004 - Introduction to Computer Science/HSCI3003 - Biostatistics and Experimental Design

Credits

3

Course Type

Non-GE

Suggested Year of Study

Year 4

Duration

Semester Course

Grading System

Letter Grade

Medium of Instruction

English

Course Description

This course introduces the applications in bioinformatics and computational biology, covering the analyses of genomics, transcriptome, epigenome and multi-omics. It provides exposure and training in data analysis of bioinformatics and computational biology.

Intended Learning Outcomes (ILO)

CILO-1: Develop the analytical tools in bioinformatics and computational biology. CILO-2: Apply the analytical processes in genomics, transcriptomics and epigenomics. CILO-3: Apply and create the integration analysis of multi-omics. CILO-4: Evaluate and create bioinformatics databases in the analyses.

Undergraduate

Course Catalog

Back to Search

COURSES > UG > FHS > HSCI4012

HSCI4012

Bioinformatics in Action

---

Offering Unit

FHS

Offering Department

DPM

Pre-requisite

2 of CISC1004 - Introduction to Computer Science/HSCI3003 - Biostatistics and Experimental Design

Credits

3

Course Type

Non-GE

Suggested Year of Study

Year 4

Duration

Semester Course

Grading System

Letter Grade

Medium of Instruction

English

Course Description

This course introduces the applications in bioinformatics and computational biology, covering the analyses of genomics, transcriptome, epigenome and multi-omics. It provides exposure and training in data analysis of bioinformatics and computational biology.

Intended Learning Outcomes (ILO)

CILO-1: Develop the analytical tools in bioinformatics and computational biology. CILO-2: Apply the analytical processes in genomics, transcriptomics and epigenomics. CILO-3: Apply and create the integration analysis of multi-omics. CILO-4: Evaluate and create bioinformatics databases in the analyses.

Undergraduate

Course Catalog

Back to Search

COURSES > UG > FHS > HSCI4012

HSCI4012

Bioinformatics in Action

---

Offering Unit

FHS

Offering Department

DPM

Pre-requisite

2 of CISC1004 - Introduction to Computer Science/HSCI3003 - Biostatistics and Experimental Design

Credits

3

Course Type

Non-GE

Suggested Year of Study

Year 4

Duration

Semester Course

Grading System

Letter Grade

Medium of Instruction

English

Course Description

This course introduces the applications in bioinformatics and computational biology, covering the analyses of genomics, transcriptome, epigenome and multi-omics. It provides exposure and training in data analysis of bioinformatics and computational biology.

Intended Learning Outcomes (ILO)

CILO-1: Develop the analytical tools in bioinformatics and computational biology. CILO-2: Apply the analytical processes in genomics, transcriptomics and epigenomics. CILO-3: Apply and create the integration analysis of multi-omics. CILO-4: Evaluate and create bioinformatics databases in the analyses.

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