Adjunct Lecturer – Discrete Mathematics and Logic (PART-TIME)
Division: Murdoch University Dubai
Reports to: The Dean & Discipline Lead
Employment Type: Adjunct / Part-Time Teaching Role
Overview of the Role:
Murdoch University Dubai is seeking a dedicated and knowledgeable Adjunct Lecturer to deliver MAS162 -Discrete Mathematics and Logic. The Adjunct Lecturer for Discrete Mathematics and Logic will play a key role in delivering foundational mathematical knowledge to undergraduate students.
This unit plays a critical role in developing students foundational understanding of discrete mathematics and logic, which are essential for computer science and related disciplines. It focuses on building analytical and problem-solving skills through topics such as logic, recursion, matrices, probability, and computational methods.
We are seeking high-calibre professionals with a strong blend of academic expertise and practical experience in mathematics, statistics, or related fields. The ideal candidate will have experience in teaching mathematics at a tertiary level and demonstrate proficiency in tools such as MATLAB or other programming languages, with the ability to connect theoretical concepts to practical applications.
Key Responsibilities:
- Deliver lectures and tutorials in Discrete Mathematics and Logic to undergraduate students
- Prepare and mark assessments in line with university standards
- Provide academic guidance and support to students
- Apply real-world and computational examples to enhance student understanding
- Work closely with the Unit Coordinator and adhere to academic delivery guidelines
- Utilise relevant teaching tools and platforms as required
Required Qualifications
- AQF Level 9 Master's degree or higher in Mathematics.
- Required Teaching Experience
- Bachelor's degree in Mathematics, Statistics, Physics.
- Candidates with a Computer Science background may be considered if the degree includes a significant mathematics component.
Knowledge, Attributes & Skills Required
- The ideal candidate will have demonstrable experience and knowledge in:
- Strong foundation in discrete mathematics, logic, and linear algebra
- Proficiency in MATLAB/Octave and/or other programming languages
- Ability to explain complex mathematical concepts in a clear and engaging manner
- Strong analytical and problem-solving skills
- Ability to connect theoretical mathematics to computing and real-world applications
- Effective communication and student engagement skills
Expected Learning Outcomes of the Unit
Upon successful completion of this unit, students will be able to:
- Apply recursive definitions in various contexts
- Develop and implement MATLAB programs for mathematical problem-solving
- Perform base conversions and understand computer arithmetic
- Apply counting techniques and basic discrete probability
- Use matrix algebra and solve systems of linear equations
- Analyse logical arguments using propositional and predicate logic
- Apply mathematical induction and Boolean algebra concepts
- Understand the role of discrete mathematics in computer science
- Present clear and structured solutions to mathematical problems
