Earth Science Field Course

Studying at university doesn’t just involve lectures.  In our latest blog post, Hannah, a first year Earth Science student, writes about her 6 day field course that starts today.

The ‘Geology and GIS’ module in the first year of my Earth Science degree course, will be spent on a 6 day field trip in the Lake District.

We’re going to spend time in the mountainous areas studying the diverse geology and we will be visiting local working quarries. One of the aims of this trip is to introduce field mapping. Our field observation and measurement skills will be developed and we will use these to help us understand the geological history of this region. Our tablets will come in handy whilst out in the field, for taking notes and photographs, these will be used in our final presentations and group reports at the end of the residential.

The course is based in Grange-over-Sands at the Castle Head field centre.  It looks like a great location as we’ll be able to see a broad range of earth processes nearby including coastline and river morphology.

I am really looking forward to this field trip, spending time with my course friends and learning new practical skills in the outdoors.

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Civil Engineering expedition to Malaysian Borneo

Lucy, a fourth year MEng Civil Engineering student, writes about this week’s expedition to Borneo and the work that the students have had to do before they depart.

On March 10th, a group of 20 final year students will be travelling to two small villages in the Sabah region of Malaysian Borneo to build and install gravity-fed water systems and sanitation blocks for up to 300 people. The project gives us the opportunity to put into practice the engineering skills we have learnt over the last 4 years in a real-life design and build project. It also gives us the opportunity to develop our teamwork and leadership skills in a completely new and challenging environment.

Borneo Expedition 2014

Laying pipe during the Borneo Expedition 2014

In the run up to the trip, we have produced basic plans and taken part in training to make sure that we are as prepared as we can be for the expedition. Over the last four months, in teams of 5, we have conducted a feasibility study and produced concept designs for a gravity-fed water supply system. We have also considered the social and environmental impacts of our work, by undertaking comprehensive risk assessments and discussing as a group, the ways in which we can limit any negative impacts on the community. Whilst in the community, our aim is to immerse ourselves in the Malaysian culture and embrace life in the community. To help with this, we have learnt some basic Malay phrases and cultural traditions, as well as the rules of Sepak takraw, a popular Malaysian volleyball-type game.

Over the last 8-10 months, we have been completing fundraising activities to raise the £2300 needed for the trip. Efforts have included sponsored walks, runs, triathlons, bake sales, 3 peaks and much more. Our group fundraising activities have not only helped to raise much needed cash, but have also helped us to bond as a team before having to live together for 3 whole weeks!

Raleigh International play a major role in the organisation of the expedition, including holding a preparation day in advance of the trip. On the Raleigh day we learnt some key information about the villages we would be helping and had a run through of all the kit that we would need before we travel. We also learnt more about the conditions that we would be living in, including constructing our own toilets and showers and the all-important Raleigh rations!

So, here we go!  We have had our jabs, bought our kit and prepared our designs. I am nervous and excited all at the same time, but most importantly I can’t wait to be able to put the skills I have learnt during our course into practice into a real-life environment, to improve the lives of people in the communities and leave a lasting legacy.

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The Institution of Civil Engineers QUEST Scholarship

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Final year MEng Civil Engineering student Lucy Manners reviews how beneficial The Institute of Civil Engineers QUEST Scholarship has enhanced her employability and professional development.

Being awarded a QUEST Scholarship has been invaluable to me, as I have been able to develop a strong link with my sponsor company Morgan Sindall over the last 4 years. Not only have I been allocated a Supervising Civil Engineer to give career guidance along the way, but I have also met countless people at different stages of their careers who I am now able contact to get advice about anything from careers to uni work.ice_InsCivEng_master_2011 copyThe Institution of Civil Engineers QUEST Scholarship offers £10,000 in bursaries over the length of an undergraduate degree in Civil Engineering, as well as the opportunity to undertake paid work placements each summer and the potential to gain full time employment upon graduation. In addition to this, the Scholarship gives you the opportunity to begin your professional development early, by signing a Training Agreement and beginning the process of Professional Chartership from the outset.

Throughout my time as a QUEST Scholar I have undertaken three 8-12 week summer placements on site, experiencing everything from quality control to building a bridge over a motorway! Through each placement I have developed my skills as an engineer, and as my confidence has grown I have been given more and more responsibility. The Scholarship is a fantastic way of gaining experience in the industry in a controlled environment before taking on the responsibility of a graduate role!

As my final year at Newcastle University comes to an end, it is clear that obtaining the QUEST Scholarship has helped me develop both at university and professionally. The combination of external support and guidance from my Sponsor Company, as well as on-going professional experience, has helped with my personal development no end, and I look forward to starting my role as a graduate site engineer with Morgan Sindall in September this year.

Applications for 2016 will open on the 7 March and close on the 15 April 2016.       Click here to find out more about ICE Quest Undergraduate Scholarships.

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ACCESS – industry event for second year students

Second year MEng Civil Engineering student Lorena reviews the recent ACCESS event that brought students and industrial partners together.

Earlier this month, the University organized ACCESS – Awareness of Careers in Civil Engineering for Second Year Students. The event took two hours and gave us the chance to meet and chat with people from industry who had come to see us.

No one in my family works in engineering and so having the opportunity to talk face-to-face with practising engineers made me clear my mind about the path I want to follow. Asking people about their day at work made me realise that consultancy (design work)  fits me better than the contracting (on-site construction) side of the profession.

ACCESS is an annual event for second year civil engineering students to meet and chat with the industrial partners from the civil engineering degrees.

ACCESS is an annual event for second year civil engineering students to meet and chat with the industrial partners that help to deliver the civil engineering degrees.

Moreover, prior to the event, when I thought about jobs big companies like Arup, Atkins, Jacobs would come into my mind. Now, I’m thinking about medium/smaller companies like BT Bell and local authority engineering teams like the one at Northumberland County Council.  The projects might be smaller but I discovered that they have great opportunities to grow as an engineer.

The part that I enjoyed the most was that everyone from industry was really friendly and helpful, answering all our questions. Some of them were graduates from Newcastle University, so I took the chance to ask them about the differences between uni and their job and what role did uni play in what they are doing now. Their answers made me quite excited about what my future career might be.

My favorite question to ask was, “what’s the most challenging aspect of your job?”  I was surprised by the fact that no one named any technical issue. However, answers like “politics” and “public consultation” made me realise working with people will be one of the hardest parts of my career.  I’ve come to see it like this: a maths problem will always have the same answer, no matter what method we use to find it. When it comes to people … they can change what they want and believe in a matter of seconds.

Overall, I was really happy with the way the event was organized. I believe it is a great opportunity and it made me look forward towards a job in engineering. But, for now, it’s back to coursework!

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Memories of the first year Geomatics field course

As we count down to the first year geomatics field course in March, second year BSc Surveying and Mapping Science student Matt recalls what he did during his week-and-a-half long stay in the Lake District.

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Matt’s photo of the Glaramara field centre where the field course is based.

One of my highlights of my first year at Newcastle University was the field course to the Lake District. During the week-and-a-half that we were there, we saw all forms of weather and worked long, hard days, but I wouldn’t hesitate to do it all over again.

The field course was based in Seathwaite Valley, just a few miles from Keswick. Constantly, and somewhat gleefully, our lecturers would remind us that this exact valley cops the most rainfall in the whole of England. We stayed at the Glaramara Field Centre, in the quaint village of Seatoller, which is just at the southern end of Honister Pass. Firstly, and most importantly, the food at the centre – although it was more of a hotel – was all really good, with huge cooked breakfasts every morning and three-course meals each night. On some of those long days that were spent out in the valley, the idea of returning to the centre for a hot meal and an even hotter shower was what kept me going. There’s a well-stocked bar, too…

The first couple of days of the course involved re-familiarising ourselves with the equipment we had used during practical sessions earlier in the year, and creating a control network for the whole valley. Hundreds of traverse observations were taken with the result being a set of coordinates that would be used to create some topographic maps. Luckily, the weather was good with a warm sun and little breeze: almost perfect conditions!

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“Prism watch” – Matt took this photo whilst protecting a survey control station from being knocked over or moved by sheep!

After being split into our groups, the overall aim for the fieldcourse was to produce a detailed topographic map of a section of the floor of the valley. Over the next few days, a secondary control network was established. Part of this task requires someone to be on ‘prism watch’, which means sitting by a prism to make sure that the copious amounts of lambs and sheep surrounding the tripod wouldn’t knock it over. It was possible to end up sitting there for hours on end, but this was not a negative; there isn’t a nicer place to have an hour in the tranquility of the Lakes.

Each detail point we surveyed over the week had to be hand-plotted onto the plan. This was a bit repetitive but the finished product was something that we could really be proud of: an accurate, hand-drawn 1:1,000 map with a separate (again hand-drawn) contour overlay.

There are fewer than thirty people in my year group and so the fieldcourse really helped everyone to get to know each other. I can safely say that I’d spoken to everyone at least once after the time we spent in Seatoller. It was really nice to have a social area where we could get a pint after a long day, and it meant the lack of mobile signal didn’t really matter.

As I mentioned at the start of this post, I wouldn’t hesitate to do it all over again … and it’s only making me look forward to the Stage 3 field course in Kielder even more!

 

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Day in the life of a first year Earth Science student

Elizabeth, a first year Earth Science student, writes about a typical day,

In Earth Science there is a mix of lectures and practical sessions, the lectures teaching you the theory which is then put to use in the practicals. A typical day will start at 9 with lectures, normally a couple, but the timetable varies day to day. The lectures are usually in a lecture theatre with the seats banked, and the lecturer at the front. Copies of the lecture slides are normally available beforehand so, if you want, you can download everything beforehand.  Most lectures are recorded as well meaning you can play them back to help with revision or to re-visit something you didn’t quite get first time round..

After a few lectures it is usually time for lunch. As the campus is so close to the city centre, a lot of people go to buy lunch, but if you want to bring lunch with you, maybe to save a few pennies, then there is a large common room that we use with a mix of tables and comfy seats. This is a great space for chatting with friends but also getting work done.

The afternoons are often for practicals, from field trips to microscope practicals they are all great fun and are very hands on, so if you are a practical learner then they are great. The microscope practicals are pretty cool – we are trusted to use petrological microscopes as these are what professionals actually use. We work in pairs to go through worksheets aimed to get us used to the particular minerals to look for. Don’t worry though, you aren’t expected to be an expert straight off! There is always a lecturer and a few PhD students to help if needed.  First year is about getting everyone to the same level of knowing fundamentals, so there will be things that you have learnt before and brand new topics all mixed together. In the practicals tablets can be connected to a camera on the microscope so that what you are looking at is shown on the tablet. This is very useful when it comes to the coursework, as instead of drawing the samples, you can just take a picture to include in your work.

A normal day can finish anytime between 3 and 5, giving you plenty of time to take part in other activities around the University. Overall the days on the Earth Science course are pretty varied, but that is what makes them so good!

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Differences between first and second year civil engineering

Phoebe, a second year BEng Civil Engineering student, describes the differences between first and second year studies.

In second year we are building on a lot of the basics we learnt in first year in really interesting ways. Instead of learning equations and content, we are now applying this and starting to design things such as roads and water treatment plants. This year’s modules follow on really well from last year’s, solidifying and adding to the knowledge we have and using it in a more practical, problem solving way. We are starting to get a real insight into the way engineers approach these massive infrastructure problems.

Laboratory and practical sessions are also getting a lot more hands on. In first year structures modules, we did some strength testing of various materials and used some demonstration rigs to learn about basic mechanics.  In second year, this has moved on a lot and recently we constructed our own 4m long, steel-reinforced concrete beams that will be tested-to-destruction once cured. Making the beams involved making measurements, tying reinforcement bars in place and pouring and vibrating the fresh concrete on to some formwork.

In another module, we are learning the process of cleaning water and wastewater, and actually going into a lab and trying to put our knowledge to the test.

Our major group design project this year is the theoretical redevelopment of Newcastle International Airport so that it can take a daily flight of an Airbus A380. It is a major task and requires us to draw on all the knowledge we have gained so far. The first phase of the project allowed for a lot of design work and sketching, which was a great chance to get creative. The second phase asks us to go into a lot more detail, where we will have to use what we have learned in other modules and apply it to this real world task. For example, if we plan to move a road, we now have to use what we learned in our transport modules to design the new road layout. We also have to draw on our mechanics and materials knowledge to ensure our terminals are built to a safe and environmentally sustainable standard.

Women in Engineering Netball team

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In our latest student blog, Daisy (second year MEng Civil Engineering) writes about the Women in Engineering netball team that was set up this year.

The ‘WinE’ netball team was created as a part of the Women in Engineering group that’s being set up at Newcastle University. It was suggest that sport is one way for all Engineering students to meet, have fun and get to know each other as well as including a social aspect where students can talk to other like-minded students.

This has proved to be true with the netball team consisting of women from all year groups and most engineering subjects (civil / mechanical / electrical / chemical / marine). We have had the chance to give advice and discuss our courses in a less formal and more relaxed setting.

One thing I have enjoyed most about the netball group is being able to spend time with other girls who have similar interests to me. With the engineering sector currently consisting mainly of men, the opportunity to talk to other females interested in the industry is rare and so it’s nice to be able to do this in the early stages of my career.

We are currently third in our league, with the top four teams progressing to the next stages of the competition. For a new team with little training we are doing well and improving with every match. Hopefully next year we can hold trials and possibly have more than one team.

As well as meeting up for netball training the team also meets outside of university to relax and get away from the pressures of our course. Currently we have been on a cocktail social and are planning more now that the exam season is over.

I have thoroughly enjoyed being a part of the ‘Women in Engineering’ netball team this year and hopefully we will progress to the final stages of the competition.

 

 

 

FC Civille

With the semester 1 exams ow out of the way, our students have started blogging for us again.

Hi, my name is Max. I’m a third year MEng Civil Engineering student and am currently the captain of FC Civille. Cleverly named after our counterparts in Spain (Seville FC), FC Civille is an 11-a-side Intramural football team that welcomes all students, from Undergrads to Postgrads and from Civil Engineers to Politicians. Newcastle University’s Intramural football scene consists of three divisions, normally with ten teams in each league. Teams play each other twice throughout the course of the academic year whilst also partaking in cup competitions. League games are always played on Saturdays, usually at the University’s 3G and grass pitches located in Longbenton with varied kick off times throughout the day from 10am to 4pm.

In my first year at University, I decided I wanted to play football on a regular basis but also wanted to have a laugh whilst doing so.  I then heard about the trials for FC Civille and haven’t looked back since. When I joined the team, we were sitting precariously at the foot of the second division, where we remained for the rest of the season, narrowly escaping relegation. Having reshuffled the squad the following year, we managed to win the league and are currently playing our football in the ‘top flight’ this season.

In addition to playing football, social nights are regularly held and we always work hard to make new players feel welcome and part of the squad.

I would urge anyone who is interested in playing enjoyable but competitive football to join FC Civille as it is a fantastic club that works alongside the School of Civil Engineering & Geosciences to provide a great sport and social outlet during your studies.

What is first year civil engineering like?

Just before Christmas, somebody got in touch through social media asking what it is like to study first year civil engineering.  Martin Jolley, a first year BEng Civil Engineering student wrote the following about his experiences so far.

Introduction

With civil engineering being such a broad subject you have to enter the first year with an open mind about the subject knowledge you will learn. Within the first semester of Newcastle civil engineering, you have on average 18-23 hours of contact time a week, learning the basic skills of engineering of which I’ll go into more detail below.

What Modules Do I Study in First Semester?

  • Structural Mechanics Here you learn about the basic concepts of physics, with the module focusing very much on truss designs, and reaction forces from moments of applied force.
  • Engineering Maths This year-long module is shared across all engineering schools and builds upon A-level maths, incorporating small parts of further maths also, such as Imaginary Numbers and Matrices
  • Environmental Systems This module has you think about effects (e.g. pollution) that engineering may have on water systems such as river catchments or water supply systems.
  • Surveying Although its not one of the most popular modules amongst the civil engineers, surveying is a very useful tool a civil engineer can have. With 3 practical tasks through the first semester, surveying can be one of the fun modules if you enjoy hands on work.
  • GIS (Geographical Information Systems) This module focuses on maps and building IT skills around map building to help plan and design engineering projects. With a computer practical session each week, GIS is a coursework-heavy module, where independent study is vital, as there is only one hour of lecture time allocated a week.
  • Human Systems Demands and Impacts This is a 100% coursework module which builds upon ideas around sustainability and the people and environment that civil engineers affect with any work done.
  • Design of Sustainable Engineering Systems DSES is another coursework-based module but is mostly group work and lasts all year. This module is a fantastic way to get to know people on your course and involves the design and construction of a scaled engineering piece, in a very professional manner.
  • Tutor Meeting Periods These timetabled pieces aren’t lectures as such, but more of an opportunity for you to broaden your skill set and knowledge with talks from various university staff and guest lectures from engineering companies. The sessions are also used to convey information about the course from your course leaders such as guidance about preparing for exams.
  • In Semester 2, I will be studying: Structural Materials; Geotechnical Properties of Rocks and Soil; and Fluid Mechanics.

What Can I Expect from The Course?

Newcastle is a great university in a great city. The one thing you can expect from the course is an abundance of opportunity in not only learning and furthering yourself now, but also improving the possibility of employment in the future. Anyone who has taken a science at A Level knows that it isn’t easy and you get out of the subject what you put into it … well civil engineering at Newcastle is no different. Much of the work isn’t easy, but at the same time its not impossible, all the work is achievable and if you go into it with the right mindset from the start, is easy to keep on top of.

Third Year Civil Engineering Design

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Charlotte, a third year MEng Civil Engineering student writes about her work on the third year Design of Sustainable Engineering Systems module …

For the first three years of the civil engineering degrees we have one main design module, DSES (Design of Sustainable Engineering Systems) each year, which is designed to incorporate different elements from the other modules that we do.

The project we were given this year was based on the ‘Science Central’ site in Newcastle which, when completed, will be a mixed use development site that consists of business, university and residential buildings.

For our work in the first term we had two main deliverables:

  • A poster presentation – in our design teams we had to produce three A1 posters that showcased our development site and the work we had done to get to this point.
  • A 75 page desk study – talk in detail about our conceptual design for the site and all of our research.

DSES is one of my favourite modules each year because you get to see where all the information learnt in lectures will actually be applied in the ‘real world’.

For the first time in DSES we got to select our teams ourselves so we had to pick between working with our friends or working with people we know work hard and produce good work. Luckily for me I managed to get a team that contained both! We had to produce a masterplan of the site, a conceptual design for the flagship University building alongside waste management plans, geotechnical appraisals and transport assessments.

This sounds like a lot of work, and it was! We spent a lot of hours outside of university meeting and working as a group to produce the final outputs and we lost a couple of weekends to the cause. We weren’t thrown completely in the deep end with it however. As I said before these modules are designed to interlink with and support the rest of our learning, and we received lectures on the specific deliverables for each section from members of staff and people from ARUP (who have worked on the masterplan for the actual ‘Science Central’ development.

My personal favourite part of the module is the poster presentation – we had to design three posters that looked aesthetically pleasing but were also informative to industry and the public. I am a perfectionist, it is probably one of the best and worst traits about me. I need everything to be 100% in order and looking good, and although for posters this is important, it was also important to ensure the relevant information was actually on the posters. This is why it’s good to achieve a real mix of people in your group because everybody keeps everyone else on track. Also, on the day of the presentation everyone dresses smart in their best outfits and presents to the ‘clients’ and the public which is really fun because we get to see what all the other groups have produced and at the end of the day one team wins. (This year it was my team that won so I’m probably a bit biased towards liking the presentation!)

The most time consuming of this project was, as expected, the actual report. This is where the real detail came in. All of our research from the past 11 weeks of work had to be consolidated, referenced, written up and formatted into a fully coherent report. At the end of the day though we produced a really high quality body of work.

Even after all this work, DSES is still one of the best modules. Working in and depending on a group of people to help you get a good grade is hard but in the end the work is most definitely worth it and for want of a non-cheesy way to say this – you do become better friends with you team mates.

Geomatics visit to Wardell Armstrong

As a student, it’s always exciting when we get to leave the lecture theatre and even more exciting when we go on a visit. The rest of Stage 2 Geomatics (that’s the Surveying & Mapping and GIS students) and I visited the Newcastle offices of Wardell Armstrong. As we walked through the offices on the way to one of the meeting rooms, it was good to see some of the employees on software packages that we recognised and often use in our degree programmes, such as ArcGIS and QGIS. The company has a specialised mapping team of 10 staff. We heard from four different speakers, two of whom were alumni of our own degree courses.

The first speaker, Chris, was the Director of the mapping team and introduced us to the company, its history and a few of their major clients. They are a very international company, with operations all over the planet. Having many opportunities to travel after graduation is one of the reasons why I like the course I’m studying. He was very complimentary of his team and their work, which was good to hear.

Claire, an alumna of the GIS course, then spoke about a project regarding an Armenian gold mine where they are planning to literally take the top off a mountain.  She had to collaborate with teams in Denver, Colorado as well as Armenia and South Africa, which demonstrates the global nature of the industry and shows what an important role that we as graduates would be able to take up after only a few years of experience. The video below shows the project.

https://www.youtube.com/watch?v=jusjrlRLaoA

The third person to speak to us, Harriet, talked about challenging act of managing a huge amount of GI data that covers England, Wales and Scotland, and some other countries around the world. To maintain a complete and comprehensive database of information for the United Kingdom, as Harriet explained, was much more efficient and effective than only collecting the information that was necessary for a project.

The final speaker, Dave, was a graduate of the Surveying & Mapping course who graduated in 2003. He’d been with Wardell Armstrong since leaving university and had worked his way up the ranks from a graduate surveyor through to a being an Associate Director.

The final part of the session was a quick talk about careers and Q&A session with lots of staff. It was very useful of Chris to not focus the careers talk on WA, but instead the whole industry. He mentioned how, as employers, they considered ‘life’ experience to be as relevant as ‘work’ experience, and emphasised how important it was to display initiative.

All in all, the visit was really worthwhile and gave a useful and realistic insight into the workings of a surveying consultancy that utilises all the skills gained during the SMS and GIS degree programmes.