Recondit
ヽ(" `Д´)ノ
- Joined
- May 3, 2012
- Messages
- 400
- Gender
- Male
- HSC
- 2013
CVEN1300: Engineering Mechanics for Civil Engineers
Ease: 8.5/10
This course, from what I have understood, underpins most of the advanced civil engineering units so this is where you should try to understand the content as much as you can. The course is divided into a two sections: statics for 8 weeks and dynamics for the remainder 4 weeks, so content is roughly 65% statics and 35% dynamics. I think it is ideal to get a textbook for statics, not so much for dynamics as a bare minimum. The majority of this course involves calculations of axial force members in trusses and other systems, devising AFDs, SFDs and BMDs, centroids and second moment of areas of different shapes, projectile motion, rectilinear and curvilinear motion and conservation of energy which are not so hard to understand. The assessment of this course is divided as follows: 10% Quiz 1, 10% Quiz 2, 10% Tutorial homework check and 70% Final exam. In all the exams, they give plenty of time to finish and the tutorial component is an easy 10%, they would really only check if you have attempted the question or even if you have just attended the tutorial. They introduced this semester a 2 bonus mark assignment which is additive to the final mark, where for me, you attended a demonstration during a lecture, a truss system is demonstrated with different applied loadings and the corresponding strains (change in lengths) of each truss member were recorded to determine the theoretical and experimental axial force of each member and whether they were in compression or tension. This was quite interesting as well, as you see the calculations you have learnt get applied to practical situations, with fluctuations in results due to variable factors.
Lecturer (Statics): 8/10 (Hamed)
Hamed left a lot of holes in the lecture notes as an incentive for people to come. He is very informed in the field of statics but I don't think he is particularly engaging... Especially in the afternoon at 4 to 6. He answers all queries to the fullest, and sometimes you can get information out of that. I was able to grasp more on the content in my tutorials than I did here, the lectures were more of a foundation towards learning the content so to speak.
Lecturer (Dynamics): 9/10 (Kellermann)
Kellermann's lectures were very engaging and the lecture slides felt very complete and concise. He has a slight British accent and his voice is very permeating so I was very hooked on the content while I attended the lectures, in comparison to Hamed. A fair bit of the component comes from PHYS1121/PHYS1131 which is a pre-requisite of this course, so it is refreshing after having learnt new content in statics.
Tutorial: 9/10 (Walker)
Every tutorial has a predefined structure: (1) Questions which tutor solves at the beginning, (2) Questions to be done during the tutorial and if there is time will be gone through and worked out, and also (3) Homework questions for next week's tutorial which are marked on attempts. I had two tutors, originally one but classes were combined I think due to the initially small classes. The other tutor I forgot his name. Both tutors were 3rd/4th year UNSW students so the tutorials were quite engaging to be honest. When explaining each step, they would always emphasise viable shortcuts in answering questions and with previous experience of doing the course, they provided hints for exam techniques or topics which may need more attention to others. Most queries were answered on the spot with conciseness and some more advanced queries understandably left to the next week. I guess not the most knowledgeable of tutors in terms of academic qualifications, but it is worth reiterating that they were engaging and made content much easier to delve into. It also helped that the tutorials were during the day and not in the afternoon like lectures were (probably will need to get used to that with future CVEN units).
Overall: 8.5/10
Course was not chunky in any aspect, straightforward exam layout and assigned assessment weightings. This course may as well decide whether you want to further pursue in the field of civil engineering as well. A personal preference for me is for the lectures to be slightly earlier, and this can be echoed by others in the course since probably only around 50 of 115 people attended the lectures. I really liked how they introduced the 2 bonus point assignment, as it incorporates a pseudo-practical, provides incentive, and also allows us to get the hang of handing in assignments (note that this is a 1st year course/elective). Make sure you attend the tutorials and understand the method of calculating the basic questions. The final exam has 6 questions and you get to choose 5 to solve which makes things a lot easier. If you are fairly confident in solving all tutorial and exam questions, it is virtually a guaranteed high distinction. That was not the case for me though, I still have nightmares regarding SFDs and BMDs in complex systems - How they manage to write solutions for those questions with minimal working out still baffles me.
Ease: 8.5/10
This course, from what I have understood, underpins most of the advanced civil engineering units so this is where you should try to understand the content as much as you can. The course is divided into a two sections: statics for 8 weeks and dynamics for the remainder 4 weeks, so content is roughly 65% statics and 35% dynamics. I think it is ideal to get a textbook for statics, not so much for dynamics as a bare minimum. The majority of this course involves calculations of axial force members in trusses and other systems, devising AFDs, SFDs and BMDs, centroids and second moment of areas of different shapes, projectile motion, rectilinear and curvilinear motion and conservation of energy which are not so hard to understand. The assessment of this course is divided as follows: 10% Quiz 1, 10% Quiz 2, 10% Tutorial homework check and 70% Final exam. In all the exams, they give plenty of time to finish and the tutorial component is an easy 10%, they would really only check if you have attempted the question or even if you have just attended the tutorial. They introduced this semester a 2 bonus mark assignment which is additive to the final mark, where for me, you attended a demonstration during a lecture, a truss system is demonstrated with different applied loadings and the corresponding strains (change in lengths) of each truss member were recorded to determine the theoretical and experimental axial force of each member and whether they were in compression or tension. This was quite interesting as well, as you see the calculations you have learnt get applied to practical situations, with fluctuations in results due to variable factors.
Lecturer (Statics): 8/10 (Hamed)
Hamed left a lot of holes in the lecture notes as an incentive for people to come. He is very informed in the field of statics but I don't think he is particularly engaging... Especially in the afternoon at 4 to 6. He answers all queries to the fullest, and sometimes you can get information out of that. I was able to grasp more on the content in my tutorials than I did here, the lectures were more of a foundation towards learning the content so to speak.
Lecturer (Dynamics): 9/10 (Kellermann)
Kellermann's lectures were very engaging and the lecture slides felt very complete and concise. He has a slight British accent and his voice is very permeating so I was very hooked on the content while I attended the lectures, in comparison to Hamed. A fair bit of the component comes from PHYS1121/PHYS1131 which is a pre-requisite of this course, so it is refreshing after having learnt new content in statics.
Tutorial: 9/10 (Walker)
Every tutorial has a predefined structure: (1) Questions which tutor solves at the beginning, (2) Questions to be done during the tutorial and if there is time will be gone through and worked out, and also (3) Homework questions for next week's tutorial which are marked on attempts. I had two tutors, originally one but classes were combined I think due to the initially small classes. The other tutor I forgot his name. Both tutors were 3rd/4th year UNSW students so the tutorials were quite engaging to be honest. When explaining each step, they would always emphasise viable shortcuts in answering questions and with previous experience of doing the course, they provided hints for exam techniques or topics which may need more attention to others. Most queries were answered on the spot with conciseness and some more advanced queries understandably left to the next week. I guess not the most knowledgeable of tutors in terms of academic qualifications, but it is worth reiterating that they were engaging and made content much easier to delve into. It also helped that the tutorials were during the day and not in the afternoon like lectures were (probably will need to get used to that with future CVEN units).
Overall: 8.5/10
Course was not chunky in any aspect, straightforward exam layout and assigned assessment weightings. This course may as well decide whether you want to further pursue in the field of civil engineering as well. A personal preference for me is for the lectures to be slightly earlier, and this can be echoed by others in the course since probably only around 50 of 115 people attended the lectures. I really liked how they introduced the 2 bonus point assignment, as it incorporates a pseudo-practical, provides incentive, and also allows us to get the hang of handing in assignments (note that this is a 1st year course/elective). Make sure you attend the tutorials and understand the method of calculating the basic questions. The final exam has 6 questions and you get to choose 5 to solve which makes things a lot easier. If you are fairly confident in solving all tutorial and exam questions, it is virtually a guaranteed high distinction. That was not the case for me though, I still have nightmares regarding SFDs and BMDs in complex systems - How they manage to write solutions for those questions with minimal working out still baffles me.
Last edited: