What Students Say About the Course

Here’s a sampling of feedback provided anonymously by students in the official departmental end-of-course surveys for the University of Cambridge courses 4B25 (Embedded Systems) and GB3 (RISC-V Processor Design) from which this site evolved.

 
Excellent and interesting material that is also challenging.
— Anonymous feedback in official Department of Engineering teaching survey, University of Cambridge course 4B25 (Embedded Systems), 2018–2019 cohort.
The lecture series featured in this module was really quite fantastic. In particular, the content was interesting and practical, highlighting obscure aspects about the field which one would otherwise require years of experience to unearth. The lecturing style was interactive and stimulating, with the lecturer facilitating and encouraged participation without making the student feel anxious about making an incorrect submission.
— Anonymous feedback in official Department of Engineering teaching survey, University of Cambridge course 4B25 (Embedded Systems), 2018–2019 cohort.
Actual real engineering taught in a relevant way with many examples. Interesting content taught in an engaging way.
— Anonymous feedback in official Department of Engineering teaching survey, University of Cambridge course 4B25 (Embedded Systems), 2018–2019 cohort.
This was one of the most interesting modules. The care that has gone into it is really evident.
— Anonymous feedback in official Department of Engineering teaching survey, University of Cambridge course 4B25 (Embedded Systems), 2018–2019 cohort.
Very clear and informative lectures, really good handouts.
— Anonymous feedback in official Department of Engineering teaching survey, University of Cambridge course 4B25 (Embedded Systems), 2018–2019 cohort.
The lectures are great - coursework is very hard.
— Anonymous feedback in official Department of Engineering teaching survey, University of Cambridge course 4B25 (Embedded Systems), 2018–2019 cohort.
It has obviously been a pretty hectic year, and thanks to all of you who’ve put in time to make these projects happen considering. I felt that in GB3 Phillip made a great effort at shifting this online. He was very present and available throughout much of the week on Microsoft Teams and he put a lot of time and effort into some greatly presented, and quite meticulous, videos. Phillip is great at answering questions very clearly and from different angles. He obviously puts a lot of thought into his responses which is great.
— Anonymous feedback in official Department of Engineering teaching survey, University of Cambridge course GB3 (RISC-V Processor Design), May 2020 cohort.
Quite different to normal lecture style, enthusiastic lecturer
— Anonymous feedback in official Department of Engineering teaching survey, University of Cambridge course 4B25 (Embedded Systems), 2019–2020 cohort.
Very interesting module; useful knowledge (communication protocols, reading datasheet, memory structure); mini-projects very good idea. Provided mini-project ideas very interesting.
— Anonymous feedback in official Department of Engineering teaching survey, University of Cambridge course 4B25 (Embedded Systems), 2019–2020 cohort.
Good breadth and depth; concepts explained clearly and to the right level of detail.
— Anonymous feedback in official Department of Engineering teaching survey, University of Cambridge course 4B25 (Embedded Systems), 2019–2020 cohort.
informative, easy to follow lectures. Phillip is a good lecturer, interactive and at times funny.
— Anonymous feedback in official Department of Engineering teaching survey, University of Cambridge course 4B25 (Embedded Systems), 2019–2020 cohort.
Never had a lecturer able to get such a conversation or discussion in lectures, was great that people were made comfortable suggesting their intuition even if it was wrong.
— Anonymous feedback in official Department of Engineering teaching survey, University of Cambridge course 4B25 (Embedded Systems), 2019–2020 cohort.
I liked the question and answer style that allowed a more dynamic lecture.
— Anonymous feedback in official Department of Engineering teaching survey, University of Cambridge course 4B25 (Embedded Systems), 2019–2020 cohort.
clear fundamental explanations
— Anonymous feedback in official Department of Engineering teaching survey, University of Cambridge course 4B25 (Embedded Systems), 2019–2020 cohort.
This lecture course has been a refreshing change to the standard Cambridge (UK) approach to teaching.
— Anonymous feedback in official Department of Engineering teaching survey, University of Cambridge course 4B25 (Embedded Systems), 2019–2020 cohort.
Lecturer was smart, friendly, funny but above all a good communicator. He put an enormous amount of effort into providing support tools and information for students. Brilliant!
— Anonymous feedback in official Department of Engineering teaching survey, University of Cambridge course 4B25 (Embedded Systems), 2019–2020 cohort.
Dr Stanley-Marbell makes a real effort to engage with every class member with lots of questions and taking the time to learn everyone’s names. This results in all class members being more actively involved with the lectures and made to think about the problems being posed as you cannot rely on not being asked. I also enjoyed Dr Stanley-Marbell’s enthusiasm about the subject material and how the relevance of it was explained.
— Anonymous feedback in official Department of Engineering teaching survey, University of Cambridge course 4B25 (Embedded Systems), 2019–2020 cohort.
Good pace and a really interesting mix of topics. I like how lectures give a high level overview which you can then read more about in the notes. The class also felt much more interactive due to questions and answers which was nice.
— Anonymous feedback in official Department of Engineering teaching survey, University of Cambridge course 4B25 (Embedded Systems), 2019–2020 cohort.
Lectures were very clear and actually taught a lot of useful things.
— Anonymous feedback in official Department of Engineering teaching survey, University of Cambridge course 4B25 (Embedded Systems), 2020–2021 cohort.
Very well presented, the best of any module Ive taken
— Anonymous feedback in official Department of Engineering teaching survey, University of Cambridge course 4B25 (Embedded Systems), 2020–2021 cohort.
The lecturer used a few different presentation techniques and I believe this really helped to maintain focus better (it’s normal for minds to wonder, but this was interesting enough to be more engaged)
— Anonymous feedback in official Department of Engineering teaching survey, University of Cambridge course 4B25 (Embedded Systems), 2020–2021 cohort.
They covered interesting topics and gave a good practical grounding in embedded system design. I thought the course- works were well designed and gave you an understanding of what was actually happening in the system (something all too rare in other modules coursework!)
— Anonymous feedback in official Department of Engineering teaching survey, University of Cambridge course 4B25 (Embedded Systems), 2020–2021 cohort.
The handouts were every well written and detailed, and explained concepts clearly. The lecturer is very knowledgeable and his presentation style is clear and easy to follow. I particularly liked the way he derived equations in his lectures, writing on the transparent board. Much easier to follow mathematical derivations when the lecturer is writing and explaining as they go.
— Anonymous feedback in official Department of Engineering teaching survey, University of Cambridge course 4B25 (Embedded Systems), 2020–2021 cohort.
Interactivity, clearly and concise information, worked examples
— Anonymous feedback in official departmental survey, Cambridge 4B25 (Embedded Systems), 2020–2021 cohort.
Well presented and professional prerecorded videos. I liked how we could submit questions / muddiest points through the survey anonymously.
— Anonymous feedback in official departmental survey, Cambridge 4B25 (Embedded Systems), 2020–2021 cohort.
Phillip Stanley-Marbell

Currently: I am an Associate Professor in the Electrical Engineering Division of the Department of Engineering at the University of Cambridge, a Faculty Fellow at the Alan Turing Institute, and the founder of Signaloid, a startup developing a new approach to computation that interacts with the physical world. At Cambridge, I lead the Physical Computation Laboratory. At the Turing I co-lead the Interest Group on Resource- and Data-Constrained AI.

My research explores how to exploit the structure of signals in the physical world and the flexibility of human perception to make computation more efficient. Some of my ongoing work applies this idea to new hardware architectures for tracking uncertainty in computation and sensing and new methods for learning models from physical sensor data.

Previously: Ph.D., 2007, CMU. I spent 2006–2008 at Technische Universiteit Eindhoven in the Netherlands, joined IBM Research in Zürich, Switzerland, as a permanent Research Staff Member from 2008–2012, and then joined Apple in Cupertino from 2012–2014. I moved back to academia in 2014: I was in the MIT Computer Science and Artificial Intelligence Laboratory (CSAIL) from 2014-2017 and joined the University of Cambridge as a faculty member in 2017.

http://phillipstanleymarbell.org
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