ZEIT8031 Reliability Engineering Fundamentals Assessment Brief 2026 | UNSW, Singapore

ZEIT8031 Assessment Brief

Description

This course explores the foundational and advanced concepts of reliability engineering, emphasizing the importance of dependability in product and system design. Students will learn to define, measure, and improve reliability using statistical and probabilistic methods. Key topics include life-cycle analysis, failure modes, reliability testing, and probabilistic design techniques. The course bridges theoretical concepts with practical applications, fostering skills to address real-world challenges in engineering reliability.

Aims

The course aims to:

Provide a comprehensive understanding of reliability engineering concepts and their applications in modern industries.

Equip students with tools and methodologies to evaluate and improve the dependability of engineering systems.

Enhance problem-solving skills related to system failure analysis and reliability modeling. Prepare students to contribute to product development and quality assurance through reliability-focused strategies.

Learning Outcomes

Assessment Details

 Assessment 1 (Online Questions)

Assessment Overview

This test covers material from Chapters 1 – 3 of the course text and is designed to scaffold students’ preparation for Assessment 2.

Course Learning Outcomes

CLO1 : Apply reliability engineering principles to enhance the performance and lifespan of systems across various industries.

Detailed Assessment Description

This test evaluates your understanding of foundational concepts from Chapters 1–3, including hazard rates, probability distributions, and basic reliability measures and definitions.

The test duration is 45 minutes. The additional last 15 minutes are intended for you to upload any notes you may want to in order to support awarding partial marks in the event of an incorrect answer. Uploading notes is completely optional.

Please upload your notes as part of the last question (Question 21). Files may be in Microsoft Word, Microsoft Excel, PDF or JPG formats.

Expectations and Timeline

• Duration: 1 hour [45 minutes + 15 minutes (for uploading steps)].
• Deadline: Complete the test by the end of Week 3.
• Submissions: Conducted online; no late submissions accepted without approved special consideration.

Assessment Length

20 Questions

Submission notes Online Exam

Assignment submission Turnitin type

This is not a Turnitin assignment

Generative AI Permission Level No Assistance

This assessment is designed for you to complete without the use of any generative AI. You are not permitted to use any generative AI tools, software or service to search for or generate information or answers.

For more information on Generative AI and permitted use please see here.

 Assessment 2 (Life-Cycle Profile)

Assessment Overview

To provide students with an opportunity to demonstrate their ability to apply the knowledge and understanding they have gained throughout the course through an essay assignment.

Course Learning Outcomes

CLO1 : Apply reliability engineering principles to enhance the performance and lifespan of systems across various industries.

CLO2 : Develop strategies for assessing, managing, and mitigating system failures using advanced reliability techniques.

Detailed Assessment Description

This essay demonstrates your ability to analyze the life-cycle profile of a product or system, identifying reliability challenges and proposing solutions. The essay should cover all topics discussed in Chapters 1 – 5.

Format

The essay should be 1500 words and must include:

Introduction: Overview of the product/system.

Life-cycle Analysis: Discussion of reliability challenges at each stage.

Challenges and Solutions: Proposed strategies for mitigating challenges.

Conclusion: Reflection on the importance of reliability integration. References: Properly cited sources in APA format.

Rubric and more details will be provided in the Assessment Guidelines in Moodle.

Assessment Length

Max. 1500 Words

Assignment submission Turnitin type

This assignment is submitted through Turnitin and students can see Turnitin similarity reports.

Generative AI Permission Level Simple Editing Assistance

In completing this assessment, you are permitted to use standard editing and referencing functions in the software you use to complete your assessment. These functions are described below. You must not use any functions that generate or paraphrase passages of text or other media, whether based on your own work or not.

If your Convenor has concerns that your submission contains passages of AI-generated text or media, you may be asked to account for your work. If you are unable to satisfactorily demonstrate your understanding of your submission you may be referred to UNSW Conduct & Integrity Office for investigation for academic misconduct and possible penalties.

For more information on Generative AI and permitted use please see here.

 Assessment 3 (Reliability Capability Evauation)

Assessment Overview

To provide students with an opportunity to present their ability to apply the knowledge and understanding they have gained throughout the course through discussing and exploring the research works in this field.

Course Learning Outcomes

CLO1 : Apply reliability engineering principles to enhance the performance and lifespan of systems across various industries.

CLO2 : Develop strategies for assessing, managing, and mitigating system failures using advanced reliability techniques.

CLO3 : Integrate probabilistic design concepts and reliability testing methodologies to ensure optimal system performance under diverse operational conditions.

Detailed Assessment Description

This presentation evaluates your ability to analyze and improve reliability practices within an organization or industry. All topics covered in Chapters 1 – 8 should be used in this assessment.

Format

The presentation should be 10 minutes long and include:

Introduction: Overview of the organization/industry.

Analysis: Discussion of current reliability practices.

Recommendations: Suggestions for improvement. Conclusion: Reflection on the role of reliability.

Rubric and more details will be provided in the Assessment Guidelines in Moodle.

Assessment Length

10 minutes presentation

Submission notes

Submit as a MP4 video along with the PowerPoint slides and final report.

Assignment submission Turnitin type

This assignment is submitted through Turnitin and students can see Turnitin similarity reports.

Generative AI Permission Level Simple Editing Assistance

In completing this assessment, you are permitted to use standard editing and referencing functions in the software you use to complete your assessment. These functions are described below. You must not use any functions that generate or paraphrase passages of text or other media, whether based on your own work or not.

If your Convenor has concerns that your submission contains passages of AI-generated text or media, you may be asked to account for your work. If you are unable to satisfactorily demonstrate your understanding of your submission you may be referred to UNSW Conduct & Integrity Office for investigation for academic misconduct and possible penalties.

For more information on Generative AI and permitted use please see here.

 Assessment 4 – Final Exam – Online Questions

Assessment Overview

The final exam contains material from all covered chapters of the course text.

Course Learning Outcomes

CLO1 : Apply reliability engineering principles to enhance the performance and lifespan of systems across various industries.

CLO2 : Develop strategies for assessing, managing, and mitigating system failures using advanced reliability techniques.

CLO3 : Integrate probabilistic design concepts and reliability testing methodologies to ensure optimal system performance under diverse operational conditions.

Detailed Assessment Description

The final exam tests your cumulative understanding of all course materials and assesses your ability to apply reliability engineering concepts.

Assignment submission Turnitin type

This is not a Turnitin assignment

Generative AI Permission Level No Assistance

This assessment is designed for you to complete without the use of any generative AI. You are not permitted to use any generative AI tools, software or service to search for or generate information or answers.

For more information on Generative AI and permitted use please see here.