Photo of Jasmine Montgomery

Engineering project exhibition 2023: Jasmine Montgomery, Electrical and Electronic Engineering BEng(Hons)

I have enjoyed my final year project as it has given me the chance to create and build my own project to work on, and it is a topic I find interesting. The independence is a great skill to carry forward into my career.

Please tell us a bit about your project

My project is an investigation into communication networks and how different configurations of networks change the network metrics and behaviour of traffic.

I have used simulation tools like Cisco Packet Tracer and GNS3, along with my research, to run simulations of scenarios, used to compare changes in a network. Videos of the simulations being built and run are also provided as an aside to the dissertation, which will run alongside my poster on the poster exhibition day to give a visual aid to what my investigation entailed.

My supervisor, Dr Deshinder Singh Gill, has been extremely supportive in my progress in many ways, including setting up weekly meetings with students, being there for many 1-to-1 meetings, always doing his best to advise me on how to make my project the best I can, and also for general support and advice. I could not have asked for a better project supervisor.

How did you choose your course – why did you choose to study an engineering degree and why Brighton?

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Three students with their model rocket car

Getting motivated through competition and seeing projects come to life

In the third and final blog in this series about the Engineering Practice module, Cristian, one of our Electrical Engineering students from Group 17, shares his thoughts on researching, workshops, cooperation, competition, and public speaking as part of this module.

Read about Theodore, Connor and Will’s experiences of the Engineering Practice module here

Read about Jake, Valentin, Edward, Connor and Isabel’s experience here

Engineering Without Borders

Since our objective was to help a region of the UK with relatively low life expectancy, we chose to go with a sustainable and overall cheaper way for the consumer to motivate them into exercising more frequently. Using our field in electrical engineering we opted to lower membership prices and have a reward system integrated by connecting electricity generating attachments to gym equipment. What made us the proudest was finishing a full-fledged project with complete research and being able to present in such a way that would be appealing to regional infrastructure developers and investors underlining the importance of physical exercise with some niche improvements on sustainability.

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Four students with their rocket car

Engineering projects for future careers

In the second blog in this series about the Engineering Practice module, Mechanical Engineering students Jake, Valentin, Edward, Connor and Isabel from Group 15 tell us about their experience, and how they developed and enhanced their skills individually and as a group which will now help them in their professional futures.

Read about Theodore, Connor and Will’s experiences of the Engineering Practice module here

Read about Electrical Engineering student Cristian’s experience here

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Group of students testing antweight robots

Engineering projects – rocket cars, robots and Engineering Without Borders.

The Engineering Practice module, co-delivered by over a dozen Personal Academic Tutors, and led by Dr Angad Panesar, is our first-year flagship module on our Aerospace, Automotive, Electrical and Mechanical courses. We’ve asked three groups of students taking part in the projects for this module, to talk about their experiences.

In this blog Theodore, Connor and Will, our Mechanical Engineering Students, from Group 14 discuss their experience on the module, about sustainability, multidisciplinary projects, and communal aspects of the technical activities, leading to their first-class output and poster. 

Read our other blogs about electrical engineering student Cristian’s experience of these projects and the way Jake, Valentin, Edward, Connor and Isabel worked together on theirs.

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Tech drawing of engineering part

Engineering project exhibition 2023: Harry Michell, Mechanical Engineering BEng(Hons)

“The biggest highlight of my course was the final year. It’s a chance for you as a student to prove to yourself and others what you can achieve. Also, with your final year project you can steer it in the direction you want. This paired with more practical work – there isn’t much better.”

My project is looking to improve the steering of a F24 Greenpower kit car. These kit cars are currently used by the university as an outreach activity for local school children aged 11-16, the purpose of this is for each student to get an insight into engineering and what can be done with certain skills. I chose this project because I have been involved with Greenpower for almost a decade now, participating in Greenpower events throughout upper school and now university also, due to this I know what activities like this can do for people and it’s part of the reason I’m an engineering student today.

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Still of water rocket launching

Challenge to design, build and fire a water rocket

To kick start a project to design and build a water rocket, our first-year engineering students took a trip to Wild Park to see some live test firing. With some final year students helping lecturers to lead the session, it was a great opportunity for the project students to see different water rocket designs in action and understand what they are aiming for.

A fun project firmly rooted in engineering and product design, students focus on measurements, building rigour into the design and keeping in mind what they want the rocket to be able to do. Gathering and using data is key, from fluid dynamics analysis to data assimilation which can be tested in the wind tunnel.

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Smiling photo of Gerard Assoumou engineering student

Investigating a sustainable technology solution to help reduce global warming

Gerard Assoumou is part of one of the project teams working in the Sustainable Technology and Engineering Projects (STEP) lab. Here he tells us about his Aerospace Engineering MEng final year team project, as well as some insights into why he chose to study at Brighton.

“I’ve always been passionate about planes and wanted to be a pilot since really little. In high school my interest for the technicality and complexity behind an aircraft kept growing and pushed me towards applying for aeronautical engineering. I chose Brighton because from the very few universities that proposed this course and that I visited on open days, Brighton had a more interactive touch to the learning process. I was looking forward to some of the classes and projects described on the open day by the students, and of course the Simulation Suite. I also found Brighton to be a really beautiful interesting city which played a huge part in deciding to come here.

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Close of engineering equipment in the STEP lab

Engineering students STEP into sustainable technology projects

Engineering students have created a supportive community to help each other to improve and build the skills they’ll need to be ready for their future engineering career.

Welcome to STEP lab (Sustainable Technology and Engineering Projects). This exciting, collaborative, project-based way of working is open to all of our engineering students.

Led by the students themselves, STEP lab members work on projects that reflect real engineering projects in industry, developing their technical skills alongside the professional skills needed in the work place.

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