BackEngineering Physics 1A (PHYE0A1) Study Guide and Syllabus Overview
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Engineering Physics 1A: Course Structure and Syllabus
Introduction
This study guide provides an overview of the Engineering Physics 1A (PHYE0A1) module at the University of Johannesburg. The course is designed to introduce students to the foundational principles of Mechanics, Waves, and Thermodynamics, with an emphasis on problem-solving, scientific interpretation, and application to related disciplines. The course follows the textbook "Physics for Scientists and Engineers, with Modern Physics" by Douglas Giancoli (5th Edition, Pearson, 2024).
Course Administration and Structure
Required Materials and Access
Prescribed Textbook: Douglas Giancoli, "Physics for Scientists and Engineers, with Modern Physics" (5th Edition, Pearson, 2024).
Timetable: Includes lectures, practicals, tutorials, and examinations.
Online Access: Course materials and announcements are available via Moodle and uLink.
Entry Requirements
Grade 12 Physical Science and Mathematics with a minimum grade of "5" or equivalent.
Recognition of prior learning is possible according to university policy.
A pass in Engineering Physics 1A is required for admission to Engineering Physics 1B.
Consultation and Communication
Regular consultation with lecturers and tutors is encouraged.
Professional and clear communication via email is required for all academic correspondence.
Purpose and Learning Strategy
Course Objectives
Develop a broad understanding of the principles of Mechanics, Waves, and Thermodynamics.
Apply mathematical concepts to physical problems.
Emphasize scientific problem identification, solution strategies, and interpretation of results.
Learning Methods
Multimodal learning: Lectures, tutorials, practical sessions, and online content.
Active participation and note-taking are strongly recommended.
Physics is best learned through understanding and application, not memorization.
Assessment Overview
Assessment Components
Semester Tests: Three tests; best two count toward the theory mark.
Tutorial Tests: Five in-person tests; all count.
Practical Reports: Four reports and one practical test; all count.
Final Examination: Written exam at the end of the semester.
Admission to Examination
Minimum 40% in Theory Mark and 50% in Practical Mark required.
Attendance at tutorials and submission of assignments are mandatory.
Course Syllabus
Overview of Topics
The syllabus is divided into three main sections, covering the following topics:
Course | Chapters / Topics |
|---|---|
Mechanics |
|
Waves |
|
Thermodynamics |
|
Additional Information
Some sections from later chapters may be covered earlier for conceptual clarity.
Not all sections of each chapter will be covered; only those most relevant to the course objectives.
Changes to the syllabus may occur and will be communicated via Moodle and lectures.
Attendance and Participation
Attendance at all lectures, tutorials, and practicals is compulsory and will be monitored.
Punctuality is required; late arrivals may be denied entry.
Deferred Assessment Policy
Standard Operating Procedure (SOP)
Deferred assessments are allowed for valid reasons such as illness (with proper medical documentation) or personal crisis (with supporting documents).
Applications must be submitted within seven (7) calendar days of the missed assessment.
All supporting documentation must be authentic and verifiable.
Special requests for additional or deferred assessment opportunities are considered by the Faculty Board.
Timetable Overview
The course includes scheduled lectures, tutorials, and practical sessions. Students are divided into groups for practical and tutorial sessions. The timetable and group allocations are communicated at the start of the semester.
Summary Table: Assessment Weighting
Component | Weighting |
|---|---|
Theory Mark (Best 2 of 3 Semester Tests) | 70% |
Tutorial Assessments | 30% |
Practical Test | 30% of Practical Mark |
Practical Reports | 70% of Practical Mark |
Semester Mark | 70% Theory + 30% Practical |
Final Mark | 50% Semester Mark + 50% Exam Mark |
Conclusion
Engineering Physics 1A provides a comprehensive introduction to the core areas of physics essential for engineering students. Success in this module requires active participation, consistent study, and engagement with all course components. Students are encouraged to utilize all available resources and seek support from lecturers and tutors as needed.
