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DT238: Applied Mathematics & Theoretical Physics (part-time)

Programme title: Applied Mathematics & Theoretical Physics

Duration of programme: 3 years (typically) part time

Type of programme: Masters (NFQ Level 9)

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About the programme

This programme is designed for graduates in Mathematics, Mathematical Physics, or related disciplines, who wish to extend their expertise and develop a deeper understanding of Mathematics and its applications. Graduates of this programme will be highly-qualified, technical professionals with advanced analytical and problem-solving skills. The programme also provides an effective interface between taught primary degrees and postgraduate degrees by research.
The option of studying elements of the programme via distance learning or undertaking individual modules as Continuing Professional Development (CPD) modules may be available. Interested applicants should contact the programme coordinator for details.

Why study this programme?

The MSc programme consists of four taught modules and a research dissertation. The full-time programme DT234 is typically undertaken over one and a half years and the part-time programme DT238 over two or three years. Awards of Postgraduate Diploma and Postgraduate Certificate and individual modules are also available.

The dissertation component of the MSc programme involves the student in research supervised by a member of the academic staff of the School of Mathematical Sciences. Its duration is usually six months for a full-time student and one year for a part-time student. This element develops the students’ research skills and knowledge in a highly specialised topic of Applied Mathematics and Theoretical Physics.

Therefore, upon completion of the programme, graduates have gained a deep knowledge of mathematics at an advanced level. They are highly-skilled and flexible with a wide range of options and opportunities available to them to pursue technical careers in R&D, careers as analysts or postgraduate research.

What are my career opportunities?

Graduates of this programme have enhanced technical and scientific capabilities, analytical and problem solving skills, and are well equipped for high-level careers in industry, commerce and the public sector. They are also well qualified to proceed to postgraduate degrees by research. The School offers many opportunities for further research and the attainment of research degrees, and the research interests of the full-time staff span Pure and Applied Mathematics, Statistics, Commercial Mathematics and Operational Research.

Contact Details (Programme Chair):

Dr Chris Hills, School of Mathematical Sciences
E-mail chris.hills@dit.ie
Tel: +353 1 402 4611

DT238: Applied Mathematics & Theoretical Physics (part-time)

The School of Mathematical Sciences is based on the Kevin Street campus of DIT. The School understands the importance to its graduates and their employers of modelling real-world problems and acquiring the ICT skills necessary for technical careers. Therefore, programmes make use of specialist computer laboratories which introduce students to modelling and mathematical software. The School has a vibrant research atmosphere and students are encouraged to attend the regular mathematical science seminars. Registered students also have use of the wide range of Institute facilities, including libraries, ICT facilities, study areas and student support services.

DT238: Applied Mathematics & Theoretical Physics (part-time)

Student Testimonial

Student Testimonial “I spent 2 years at DIT studying part-time for the BSc(Hons) qualification as well as 4 years studying for the MSc qualification gaining a 1st Class in both. During some tough times finding the time to commit to studying I was given as much support as I needed from my lecturers and the Head of Department to allow me to continue at my own pace and without too much stress. I am pleased to say that the option of studying at DIT has proven to be a great one and has benefited me on both a personal level and a professional level. I learnt a great deal of interesting mathematics; abstract algebra, functional analysis, spectral theory - from some very good lecturers. Courses are designed to challenge and stimulate and are taught by enthusiastic lecturers who are active researchers in their respective fields; who understand the pressures on people that study part-time. I particularly felt that Algebra and Functional Analysis were thoroughly enjoyable whilst still being very challenging courses.

Every effort is given to support your studies and a coffee break at 8pm on a Tuesday or Wednesday night with classmates can help to solidify material just learnt as well as giving the opportunity to engage in some much needed idle chit-chat with either fellow students or the friendly lecturer; don't ask for the answers to the exam though! Exams are always stressful but the lecturers give the best advice and support they can whilst discussions with classmates help to consolidate material partially digested.

Through my DIT qualifications I was able to successfully change career. I am currently working at NCR, a large global technology firm, as a business analyst training as a Six Sigma Blackbelt and still studying part-time at DIT although this time for a PhD! I made some great friends during my undergraduate and postgraduate studies at DIT and I highly recommend the Mathematical Sciences degree courses.”

Colin, Demand Planner (Business analyst improving supply chain forecasting.)

“I am currently employed by DEPFA BANK plc where I work in the Credit Risk Models team. The team’s main responsibility is the development and validation of the statistical models in use by the business such as: Probability of Default and Loss Given Default covering the following segments: Commercial Real Estate, Public Sector and Infrastructure Finance.

I studied for my MSc in Applied Mathematics at the Dublin Institute of Technology. The knowledge I gained from this course was very practical and directly applicable to my current job. Aside from the analytical, logical and problem-solving skills, the knowledge I gained from subjects such as: Statistical Methods, Financial Mathematics, Optimisation Methods, Numerical Methods and Biomaths are used in the everyday development, validation and calibration of Credit Risk Models.

I believe this course gave me a strong foundation and adequately prepared me for my current role in DEPFA BANK plc. I would definitely recommend this course. The lecturers are great, enthusiastic and helpful. The course itself is very well structured and presented. I wouldn't be where I am today if it wasn't for the preparation I received from Dublin Institute of Technology."

Adrian Rusu, Senior Associate, Specialist for Development and Validation of Credit Risk Models, DEPFA BANK plc

Graduate Testimonial

“I originally graduated with a Bachelors in Mechanical Engineering, however I always had a deep curiosity about physics, cosmology and how the universe works so I decided to pursue a masters in mathematics and theoretical physics (the language of our universe). This program is ideal for anyone who wants to branch into this subject area but already has a technical degree in some other discipline. The program offers a good insight into what it is like to study and research in this subject area and creates the potential to get a job in area of physics/engineering or similarly technical areas and also creates the opportunity to research up to PHD level afterwards. The classes are small and the lecturers are dedicated to helping their students. After my experience with this course I can strongly recommend it to someone with some engineering/university mathematics that is considering this topic. I am now completing a year contract in a research and development job and considering to commence a PHD to further my interest and goals thanks to this degree.”