5 Pages

ECEN 3031 Focus Group Summary

Course: ECEN 3031, Fall 2008
School: Oklahoma State
Rating:
 
 
 
 
 

Word Count: 1937

Document Preview

3031 ECEN Focus Group Summary Focus Group conducted by Alison Babitzke 1. Do you feel the amount of work required for this class reflects the amount of student credit hours that you receive for this class? All focus group participants agreed that the amount of work required for this class was substantially greater than the amount of credit hours received. I remember spending 6-8 hours every week for the two hours...

Register Now

Unformatted Document Excerpt

Coursehero >> Oklahoma >> Oklahoma State >> ECEN 3031

Course Hero has millions of student submitted documents similar to the one
below including study guides, practice problems, reference materials, practice exams, textbook help and tutor support.

Course Hero has millions of student submitted documents similar to the one below including study guides, practice problems, reference materials, practice exams, textbook help and tutor support.
3031 ECEN Focus Group Summary Focus Group conducted by Alison Babitzke 1. Do you feel the amount of work required for this class reflects the amount of student credit hours that you receive for this class? All focus group participants agreed that the amount of work required for this class was substantially greater than the amount of credit hours received. I remember spending 6-8 hours every week for the two hours I spent in lab. Comment: You could easily spend 10-15 hours a week Response: To reflect 3 credit hours. 2. Is the grade that you got in this class a fair reflection of how much you learned and the amount of effort that you put forth? Initially, the majority of group participants indicated that the grade they received in this class reflected the amount learned and the amount of effort contributed. However, most participants also agreed that they put forth more effort in dealing with equipment than their class grade reflected. Im going to go with yes, because I put forth a lot of effort and I got rewarded for that. I put in a lot more effort than I learned because I was fighting the equipment a lot. 3a. Looking back, how well do you understand the material that was covered in the course? The majority of participants reported that they understand the material that was covered in the course. I understood it okay. It was better than my previous methods just because I enrolled in a class that was smaller, so the TA/student ratio was a lot smaller. I mean, I got help from the TA a lot. I think that I understood it because its one of those courses that require that you know that knowledge that we were learning. 3b. Looking back, how well do you remember the material that was covered in this course? Most participants indicated that they either remember the material well or are able to reference it in their lab manuals when needed. With these labs you can get like a lab manual and they outline exactly what you do. Its always a good thing to reference it. So, thats helpful. I know Ive gone back and, Oh, how do I do this? And then, I look it up and its right there. So, the memory is not so well, but the reference for that class is good. I dont know, I remember it pretty well, basically because I had to hear it before I took the class. Most of the stuff we covered, you get to cover it all over again. 4. How well did the laboratory or design part of this course help you to understand the material that was covered in this course or other courses? The majority of focus group participants reported that the laboratory part of this course helped them to understand the material covered in the course. However, they also noted that several problems related to this course. I think the lab definitely helps. You take methods III and devices at the same time, but youre not required to. But, I thought that the students who didnt take it at the same time really didnt know what was going on in the class. Like they couldnt figure out how this worked or why that worked or things like that. And so, it really seemed like a waste of time for them to be in class and it was wasting our time on reiterating information that we already had a basic understanding of. I mean, I think it helped. I think the labs definitely help, because you understand what youre covering in class. But, sometimes you dont cover it in class until after you do the lab, so thats an issue. You get the application part of it in the lab. 5. How well did the laboratory or design experience help you put what your learned in electrical engineering in a larger context? In other words, did it help you see the importance of what you have learned and why it is relevant to a real engineering problem? Most participants indicated that the laboratory experience helped them understand the importance of their knowledge in a real engineering problem. However, most also agreed that using the class lecture hour would likely aid in increasing their understanding of the relevance of their knowledge in real world applications. I think the lab is essential. I think that if we were all starting design I right now and had never had a lab before, we wouldnt be getting anything out of it. I mean, it just, it would be a constant battle with equipment and parts and stuff, you dont understand how it works in real life. And so, its necessary, but theres things that could be better about how its run and how it works. So, I think that yes, I mean, its definitely a good thing. Its just not organized as well as maybe it could be. During the class, I mean, when you build something, youre just learning how it works just then, but you cant see how you apply it. But, maybe if we spent that lecture hour, he could explain how its used. 6. Judging from the description of what ECEN hopes to accomplish in laboratory and design courses, how might the laboratory or design experience at OSU be improved? All participants indicated that certain improvements could be made in laboratory design experiences. The most common areas of improvement included using the lecture period and hiring TAs with better teaching skills. Maybe using that one hour lecture period thats assigned to the class would help. And also, it would give the professor an understanding of what we are understanding and what we arent. So, I really think that one hour should be utilized. I know its another hour in class, but I wouldve gone to it. And, looking back now, really I wish wed had it. It wouldve saved us maybe like three hours of our own time by just using that hour. I think we need more qualified TAs, and qualified in more areas than just the knowledge that they have and the grades theyve made in the previous classes. I mean, I think they need to speak a little better English and I think they need to be a little bit more, like better people skills. 7. What would you say is the strongest or most valuable aspect of this course? Several participants indicated that the most valuable aspect of this course was having fewer labs and spending more time on each lab. Several other participants reported that more practical aspects, such as learning to use the equipment and to troubleshoot a circuit, were the most valuable aspect of the course. I thought 3031 was good because there were less labs and more spent time per lab. I thought that was great, especially having a good TA when you had more time to work on a lab was really good, because you could really utilize that time. Learning to use the equipment Its nice just to have a reference. If you go back, you forget what you need to do for a certain thing. Learning how to troubleshoot a circuit Learning how to measure current 8. What would you say is the weakest or least valuable aspect of this course? Most participants cited weaknesses of this course. Two participants indicated that the professor for this course didnt provide adequate guidance. Further, most participants agreed that although the TA for this class was helpful, this experience is a rarity in classes overall. Dr. Allison didnt necessarily provide very good guidance for methods, but he did make sure that what we were doing in devices was at least in the same area as what we were doing in the lab. TA/professor, material understanding. 9. Is there something that should be covered in this course but isnt? The majority of participants reported that there are not any additional topics that should be covered in this class. I think they did a good job, too, because devices is a little more in depth about like certain subjects, like certain parts of a subject. And, I think that adding anything else to it, like the time pressure wouldve gotten really bad, because its a lot of stuff to learn about a few things. 10. Do you have any other comments or criticism about this course you would like to bring to the attention of the faculty? Participants reported varied criticisms about this course. Several participants agreed that using the one hour lecture and having available office hours would be useful. Probably just that we ought to use that one hour lecture; it could help. And, maybe have some office hours. 11. Do you have any other comments or criticisms about the engineering department as a whole that you would like to bring to the attention of the faculty? Participants cited several comments and criticisms about the department as a whole. Criticisms included the lack of women in the department, low class averages, lack of direction from professors for working in groups, and competitiveness among students. I have a criticism: there are no women. None on staff, not even one ...I hate to be that way, but I just feel like there should be somebody there who rea...

Find millions of documents on Course Hero - Study Guides, Lecture Notes, Reference Materials, Practice Exams and more. Course Hero has millions of course specific materials providing students with the best way to expand their education.

Below is a small sample set of documents:

Oklahoma State - ECEN - 3031
ECEN 3031 Focus Group Transcript Focus Group conducted by Alison Babitzke 1. Do you feel the amount of work required for this class reflects the amount of student credit hours that you receive for this class? ALL: No. 3: I remember spending 6-8 hours
Oklahoma State - ECEN - 3113
School of Electrical and Computer Engineering Fall 2004 Focus Group Transcript ECEN 3113 Prepared by: Chuck Edgington Department of Psychology, OSUThe following is a transcript of the ECEN 3113 focus group meeting held Tuesday, November 2, 2004. Pa
Oklahoma State - ECEN - 3113
School of Electrical and Computer Engineering Fall 2004 Focus Group Summary Report ECEN 3113 Power Conversion Prepared by: Chuck Edgington Department of Psychology, OSUThe following report is a summary of the feedback provided by students who took
Oklahoma State - ECEN - 3213
ECEN 3213 Spring 2005 Lab 5Due in Lab Section, Feb. 21, 23 Objective. Gain familiarity with 6811 I/O ports. Discussion. If you look through the TExaS help menu for information about input and output (I/O), you will not find anything. There are no I/
Oklahoma State - ECEN - 3213
ECEN 3213 Spring 2005 Lab 9Due in Lab Section, Apr. 25, 27 Objective. Keyboard and Display Interface with Interrupts. Discussion. In the previous lab, the microcomputer was forced to continuously monitor the keyboard input. If the microcomputer has
Oklahoma State - ECEN - 3213
Oklahoma State - ECEN - 3213
ECEN 3213 Spring 2005 Lab 6Due in Lab Section, Feb. 28, Mar. 2 Objective. Understand stack data structures. Discussion. A stack data structure is convenient for temporary data storage. Rather than permanently allocating RAM locations for several dif
Oklahoma State - ECEN - 3314
ECEN 3314 Final Outline Small signal models for Opamps, diodes, FETs and BJT with correlations of circuit parameters with physical data and/or physics and SPICE parameters. Op amp Avol, GBP, f3dB, Vos, Ro, and Rin (Zo and Zin), CMRR. Opamp Model Ri
Oklahoma State - ECEN - 3613
ECEN 3613 Homework #3 1. Ulaby problem 2-34. 2. a. Design a quarter wave transformer to match a load of 6 Ohms to a 50 Ohm RG-58 transmission line at a frequency of 735 MHz. Assume that the velocity of propagation is 0.67c. b. Design a quarter wave t
Oklahoma State - ECEN - 3613
Oklahoma State - ECEN - 3613
Oklahoma State - ECEN - 3613
Oklahoma State - ECEN - 3623
ECEN 3623 Assignment 2EXERCISES 1. Run the program, chrgrod, for the following cases and discuss the results. Provide analytical validation for at least one point in each case below. a) y = 0.1 m b) y = 1.0 m c) y = 10.0 m 2. Modify the program, chr
Oklahoma State - ECEN - 3623
Computational Exploration Of Plane Wave Interactions ECEN 3623 Project 4:Resources: TE_Horn.m, Sullivan excerpt. EXERCISES 1. Develop a FDTD code that will model a pulse interacting with a lossless dielectric medium (r = 4.8). [This is a single inte
Oklahoma State - ECEN - 3623
ECEN 3623 Assignment 1 EXERCISES 1. Run the program, cforce, for the following cases and report the force on each charge. v r1 0 x 0 y; q1 2 v r2 1x 1y; q2 2 v r3 2 x 2 y; q3 2 v r1 0 x 0 y; q1 2 v r2 1x 1y; q2 2 v r3 2 x 2
Oklahoma State - ECEN - 3723
OKLAHOMASTATEUNIVERSITYSCHOOL OF ELECTRICAL AND COMPUTER ENGINEERINGECEN 3723 Systems I Spring 2003 Midterm Exam #1DO ALL FIVE PROBLEMSName : _ Student ID: _ E-Mail Address:__Page 1Problem 1: (Signal Representation)t Make a labeled
Oklahoma State - ECEN - 3723
ECEN 3723 Systems I Spring 2003 Oral Presentation March 27, 2003Team 1: Control in Future Entertainment 2:00-2:10pm Walter Stinnett, Matt Szabo, Steve Waldrop, Darren Shattuck AbstractI. Introduction: What is a control system? What is entertainment?
Oklahoma State - ECEN - 3723
ECEN 3723 Systems I Spring 2001 SyllabusTime: Place: Prerequisite: Text: References: Tuesday/Thursday 2:00-3:15 PM Classroom Building 207 ENGSC 2613- Introduction to Electrical Science MATH 2613- Differential Equations System Dynamics Katsuhiko Ogat
Oklahoma State - ECEN - 3723
OKLAHOMASCHOOL OFSTATANDUNIVERSITYCOMPUTER E N GI N E E R I N GELECTRICALECEN 3723 Systems I Fall 2000 Final ExamDO ALL FIVE PROBLEMSName : _Student ID: _E-Mail Address:__Page 1Problem 1: (Laplace Transform) Determine the Laplac
Oklahoma State - ECEN - 3913
Oklahoma State - ECEN - 4010
ECEN 4010/5060 Compiler Optimizations for Computer Architecture Summer 2007 June 4th- July 27th Course SyllabusInstructor: Sohum Sohoni sohum.sohoni@okstate.edu 403 ES Office Hours: Th-Fr 10:00-11:30. Walk in any time and Ill be happy to talk to y
Oklahoma State - ECEN - 4013
ECEN 4013: Senior Design Lab I SurveyDue to the new format for ECEN4013, Senior Design I, the ECEN faculty is interested in obtaining student opinions of this course. Specifically we are interested in your perception of the course content and worklo
Oklahoma State - ECEN - 4023
ECEN 4023: Senior Design Lab II SurveyDue to the new format for ECEN4023, Senior Design II, the ECEN faculty is interested in obtaining student opinions of this course. Specifically we are interested in your perception of the course content and work
Oklahoma State - ECEN - 4133
HOMEWORK LOG ECEN 4133 Power Electronics Dr. R.G. Ramakumar Date Logged In 9-25-08 9-26-08 9-9-08 9-23-08 10-1-08 10-2-08 10-7-08 10-22-08 10-27-08 10-27-08 11-6-08 11-14-08 11-25-08 12-1-08 12-1-08 12-5-08 12-12-08 12-16-08 Time Logged In 9:37 am 4:
Oklahoma State - ECEN - 4213
HOMEWORK LOG ECEN 4213 Computerbased System Design Dr. Weihua Sheng Date Logged In 12-12-08 12-16-08 11-13-08 11-13-08 12-12-08 12-16-08 Time Logged In 4:58 pm 1:40 pm 4:12 pm 4:12 pm 4:58 pm 1:39 pm Delivery Mode Rec. Email Courier T Courier T Couri
Oklahoma State - ECEN - 4213
ECEN 4213Lab 7Computer Based System DesignNAME:_ECEN 4213 Computer Based System Design Lab 7: More Sensors and NavigationEx # Max Points Points Earned Grading criteriaCircuit is wired correctly. (1.0) _Instructor Initial13Program ent
Oklahoma State - ECEN - 4213
ECEN 4213Lab 8Computer Based System DesignNAME:_ECEN 4213 Computer Based System Design Lab 8: Line FollowerEx # Max Points Points Earned Grading criteriaCircuit is wired correctly. (1.0) _ (2.0) _ (0.5) __ (2.5) _ (3.0) _ (1.0) _ (2.0) _ (4
Oklahoma State - ECEN - 4213
ECEN 4213Lab 6Computer Based System DesignNAME:_ECEN 4213 Computer Based System Design Lab 6: Basic Robot ControlEx # Max Points Points Earned Grading criteriaCircuit is wired correctly. (1.0) _Instructor Initial13Program entered cor
Oklahoma State - ECEN - 4243
ECEN 4243 Course SyllabusInstructor: Sohum Sohoni sohum.sohoni@okstate.edu 403 ES Office Hours: T-Th 10:00-11:30. Walk in any time and Ill be happy to talk to you. Stillwater TA: David Fritz david.fritz@okstate.edu 408 ES Office Hours: Hours: Da
Oklahoma State - ECEN - 4243
ECEN4243ComputerArchitectureData HazardsOperand Forwarding. Note that the pipeline reads the register file source register before writing results into the register file from the previous instruction. Thus, ADD R1,R2,R3 SUB R4,R3,R1 the above
Oklahoma State - ECEN - 4243
ECEN4243ComputerArchitectureModeling Memory Elements in VerilogRegisters and Latches First, must review the difference between registers and latches: Registers are edge sensitive. The output changes only once when an edge occurs on the cloc
Oklahoma State - ECEN - 4243
ECEN4243ComputerArchitectureVerilog IntroductionThe objective for this course is to let students learn how computers work by designing their own computer. Designing a modern computer is a complex effort requiring knowledge of sophisticated l
Oklahoma State - ECEN - 4273
HOMEWORK LOG ECEN 4273 Software Engineering Dr. Mansur Samadzadeh Date Logged In Time Logged In Delivery Mode Rec. Logged By Students Name Item Date Logged Out Time Logged Out Delivery Mode Ret. Logged By Comments
Oklahoma State - ECEN - 4303
HOMEWORK LOG ECEN 4303 Digital Electronics Circuit Design Dr. James Stine Date Logged In 9/4/07 8/30/07 9/18/07 10/8/07 10/22/07 12/10/07 12/12/07 12/13/07 8/30/07 9/18/07 10/4/07 10/22/07 11/1/07 11/9/07 12/10/07 12/12/07 12/13/07 10/26/07 10/30/07
Oklahoma State - ECEN - 4303
ECEN 4303 Fall 2008Design Project 2 Part A Due Fri. Oct. 17, 1700 Use the cadence tools to layout a circuit that implements one bit comparator described by the following table. The output, Z, is 1 when the input bits, X and Y, are the same.X 0 0 1
Oklahoma State - ECEN - 4303
ECEN 4303 Fall 2008Design Project 1 Due Fri., Sept. 19, 1700 hrs. Use the cadence tools to make an inverter similar to fig. 1.41b, p.32 in Weste and Harris. This project can be done by completing the inverter tutorial up to step 11. Your layout shou
Oklahoma State - ECEN - 4313
HOMEWORK LOG ECEN 4313 Linear Electronics Circuit Design Dr. Reza Abdolvand Date Logged In 9-2-08 9-16-08 9-23-08 10-1-08 10-8-08 11-5-08 11-13-08 11-21-08 9-23-08 9-2-08 9-2-08 9-16-08 9-23-08 10-1-08 10-8-08 11-13-08 11-21-08 10-8-08 9-2-08 9-23-08
Oklahoma State - ECEN - 4413
ECEN 4413/MAE 4053 Automatic Control Systems Spring 2006 SyllabusTime: Place: Prerequisite: Text: Tuesday/Thursday 10:30-11:45 AM Cordell 127 ECEN3713-Network Analysis and ECEN3723-System I Automatic Control Systems, John Wiley, 2003 8th Edition, Be
Oklahoma State - ECEN - 4413
OKLAHOMASTATEUNIVERSITYSCHOOL OF ELECTRICAL AND COMPUTER ENGINEERINGECEN 4413/MAE 4053 Automatic Control Systems Spring 2006 Midterm Exam #1Choose any four out of five problems. Please specify which four listed below to be graded: 1)_; 2)_;
Oklahoma State - ECEN - 4413
ECEN 4413/MAE 4053 Automatic Control Systems Spring 2006 Computer ProjectShow all your works, plots and clearly state your explanations if required. Include all the MATLAB codes with documentation. Problem 1 Given the equation of motion for a system
Oklahoma State - ECEN - 4413
ECEN 4413 Automatic Control Systems Spring 2005 SyllabusTime: Place: Prerequisite: Text: Tuesday/Thursday 3:30-4:45 PM Engineering South 214A ECEN3713-Network Analysis and ECEN3723-System I Automatic Control Systems, John Wiley, 2003 8th Edition, Be
Oklahoma State - ECEN - 4503
ECEN 4503 Random Signals and Noise Spring 2004 SyllabusTime: Place: Prerequisite: Tuesday/Thursday 5:00-6:15 PM Engineering South 214A Completeion of the junior block courses, in particular this course builds on the material covered in ECEN 3513- Si
Oklahoma State - ECEN - 4503
OKLAHOMASTATEUNIVERSITYSCHOOL OF ELECTRICAL AND COMPUTER ENGINEERINGECEN 4503 Random Signals and Noise Spring 2004 Final ExamChoose any four out of five problems, Please specify 1)_; 2)_; 3)_; 4)_;Name : __ Student ID: _ E-Mail Address:_
Oklahoma State - ECEN - 4503
HOMEWORK LOG ECEN 4503 Random Signals & Noise Dr. Weili Zhang Date Logged In Time Logged In Delivery Mode Rec. Logge d By Students Name Jamie Jamie Jamie Jamie Jamie Jamie 10-1-08 11-5-08 11-5-08 12-10-08 4:14 pm 2:41 pm 4:25 pm 4:04 pm Courier T Ema
Oklahoma State - ECEN - 4503
ECEN 4503 Random Signals and Noise Spring 2002 Computer ProjectRandom Number Generators This computer project is to simulate the use of computer assisted tool such as MATLAB in the analysis and design of random signals and noise. The goal is to desi
Oklahoma State - ECEN - 4613
HOMEWORK LOG ECEN 4613 Microwaves Engineering Dr. Charles Bunting Date Logged In 9/4/07 9/18/07 10/22/07 12/3/07 12/4/07 12/4/07 Time Logged In 11:36 am 12:51 pm 11:06 am 10:10 am 10:50 am 4:38 pm Delivery Mode Rec. Courier T Courier T Courier T Cour
Oklahoma State - ECEN - 5060
Oklahoma State - ECEN - 5123
FALL 2007 ECEN 5123 - CID No. 12270 (001)/12273 (801)/19399 (604) ENGINEERING SYSTEMS RELIABILITY EVALUATION M - W - F 11:30 AM to 12:20 PM; Room EN 511 Prerequisite: Instructor: Graduate standing in any branch of engineering. Dr. R. Ramakumar, PSO/A
Oklahoma State - ECEN - 5193
HOMEWORK LOG ECEN 5193 Power Economics and Regulation Dr. Thomas Gedra Date Logged In Time Logged In Delivery Mode Rec. Logged By Students Name Item Date Logged Out Time Logged Out Delivery Mode Ret. Logged By Comments
Oklahoma State - ECEN - 5253
HOMEWORK LOG ECEN 5253 Digital Computer Design Dr. Louis Johnson Date Logged In 9-25-08 9-26-08 11-7-08 12-11-08 12-12-08 1-5-08 10-2-08 10-7-08 11-12-08 11-19-08 12-18-08 12-19-08 9-25-08 9-26-08 11-14-08 11-17-08 12-7-08 Time Logged In 4:10 pm 4:39
Oklahoma State - ECEN - 5253
ECEN5253CourseSyllabus Instructor:SohumSohonisohum.sohoni@okstate.edu407ES OfficeHours:TTh9:3011:00. Prerequisites:ECEN4243orequivalent,andpreviousexperienceinahighlevelprogramming language. TextBook:ShenandLipasti,ModernProcessorDesign,Fundament
Oklahoma State - ECEN - 5253
ECEN 5253 Fall 2006 Design Project 5Due Fri., Dec. 1, 1700 hrs. Add instruction and data memory interfaces to the design of project 4 to make it a fully pipelined 32 bit CPU capable of doing load and stores as shown in fig. 6.11 on p. 388 of Patters
Oklahoma State - ECEN - 5253
ECEN 5253 Fall 2006 Design Project 3Add a register file to your design from project 2. Your design should run at a 100 MHz clock rate (a full clock cycle is 10 nsec. and a half cycle is 5 nsec.). Part a: Due Fri., Oct. 13, 1700 hrs. The register fil
Oklahoma State - ECEN - 5263
ECEN 5263 Spring 2008Design Project 2 Part A Due Wed. Feb. 6, 1700 Use the cadence tools to layout a circuit that implements one bit comparator described by the following table. The output, Z, is 1 when the input bits, X and Y, are the same.X 0 0 1
Oklahoma State - ECEN - 5263
Oklahoma State - ECEN - 5263
Oklahoma State - ECEN - 5263
ECEN5263DigitalVLSIDesignState MachinesThe most general finite state machine (called a Mealy FSM) does not force clocked elements on the external inputs and outputs (fig. B.2a p. 913). This can be dangerous if Mealy machines are cascaded.
Oklahoma State - ECEN - 5363
ECEN 5363 Supplemental Homework # 1 Using the transistor data provided on the web page (Transistor data) using your knowledge of transistor behavior in the saturation region determines the following SPCICE model parameters; Lambda, VT0, and KP for th
Oklahoma State - ECEN - 5363
ECEN 5363 Supplemental Homework #2 Due 9/23/02 Using the transistor model data provided on the web page and the circuit below with MN2 deleted find the following: The small signal model, the small signal gain, bandwidth, and GBP, the small signa
Oklahoma State - ECEN - 5613
Oklahoma State - ECEN - 5613