Senior Lecturer Department Of Computer Systems Engineering at Tshwane University of Technology

Key performance areas/Core functions: 
Teaching and Instruction 

• Develop and deliver lectures and seminars in computer systems engineering, ensuring content is up to date with the latest developments in the field. 
• Design and implement innovative teaching strategies to enhance student learning and engagement. 
• Supervise and mentor students in their academic studies, projects, and in preparation for examinations. 
• Assessment and evaluation of student work to maintain high academic standards.

Curriculum Development 

• Develop and revise curriculum offerings to ensure they reflect the current state and advancements in computer systems engineering. 
• Integrate practical and theoretical aspects of computer systems engineering into the curriculum to provide students with a comprehensive education. 
• Collaborate with colleagues in continuous improvement of teaching resources and curriculum planning.

Research 

• Engage in scholarly research activities leading to publication in peer-reviewed journals within the field of computer systems engineering. 
• Secure funding for research projects through grant writing and collaborations with industry and other academic institutions. 
• Supervise undergraduate, graduate, and doctoral research, providing expertise and guidance. 
• Contribute to the advancement of the field through innovative, high-quality research. 

Academic Leadership and Service 

• Participate in the administration and governance of the department, such as attending faculty meetings, serving on committees, and providing input on departmental decisions. 
• Mentor junior faculty members and contribute to their professional development.
• Engage with the broader academic and professional community through seminars, workshops, and conferences. 

Industry Collaboration 

• Establish and maintain relationships with industry partners to facilitate cooperative research, internships, and placement opportunities for students. 
• Stay updated with industry trends to ensure that the academic program maintains relevance and provides students with employable skills. 
• Develop projects and case studies that reflect real-world challenges and require practical solutions. 

Student Advisement and Support 

• Provide academic advising and career guidance to students within the department. 
• Promote a supportive and inclusive educational environment that addresses the needs of a diverse student body. 
• Implement student retention strategies and actively contribute to efforts aimed at increasing graduation rates. 

Minimum Requirements 
Academic Qualifications: 

• A Doctoral degree (NQF level 10) in Computing with a specialization in Computer Systems Engineering, or in Engineering with a specialisation in Electronics. 

Experience: 

• Three (3) years relevant lecturing experience in Computer Systems Engineering or related fields. 

Knowledge and Skills: 

• Core Knowledge: Extensive knowledge of core subjects in Computer Systems Engineering. 
• Programming Languages: Proficiency in programming languages relevant to embedded systems, such as C, C++, and Assembly. 
• Hardware Description Languages: Experience with HDLs (VHDL or Verilog) for FPGA and ASIC design. 
• Artificial Intelligence: Skills in designing and implementing Al models and algorithms, particularly for embedded and real-time systems. 
• Internet of Things (loT): Knowledge of loT technologies and protocols essential for automation and smart systems integration. 
• Sensor Technology: Familiarity with sensor technologies, data acquisition, and signal processing. 
• Simulation and Modeling: Proficiency in using simulation and modeling tools such as Python, MATLAB/Simulink, and LabVIEW. 

 Professional Registration: 

• Registration with the Engineering Council of South Africa (ECSA) is highly desirable. 
• Membership in relevant academic or professional bodies, such as IEEE, is strongly recommended.