Numerical Analysis (MATH 351) - Telecommunications Engineering
Academic telecommunications engineering course: Numerical Analysis with lessons, labs, quizzes and practice tests.
Independent university-level study of Numerical Analysis (MATH 351), part of the Erudex Telecommunications Engineering programme. Project: Compare numerical methods for a communications-related estimation or differential-equation problem, reporting convergence, conditioning and runtime tradeoffs. This original curriculum is not an official KNUST syllabus, university credit or accreditation.
Curriculum
One complete track with its own final exam and certificate.
Suggested 120-minute final. Test foundational concepts through numerical computation foundations and nonlinear equations; analytical application through linear algebra algorithms and approximation and interpolation; design/case reasoning through numerical differentiation and integration and differential equation solvers; and integrative judgment through optimization and spectral computation and computational engineering study. Use the course-type exam weighting in the program guidance.
Numerical computation foundations. Applied task: Demonstrate numerical cancellation and a
- Floating-point arithmetic Lab60 min
- Error analysis Lab60 min
- Conditioning and stability Lab60 min
Careers this prepares you for
- Telecommunications engineer
- RF engineer
- Network engineer
- Transmission engineer