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Curriculum Vitae

Abdulsatar AL-Juburie

1 Personal and Contact Information

• Name: Abdulsatar Jmah Theib AL-Juburie

• Date of Birth: January, 1973

• Sex: Male

• Country of Origin: Iraq

• Marital Status: Married

• Certification: Doctor of Philosophy in Mathematics

• Phone: +9647714081151

• E-Mail: bdlstrguma@yahoo.com

abdalstar@puresci.uodiyala.edu.iq

2 Educational Qualifications

• B.Sc. Degree in Mathematics, AL-Mustansirya University,

1997 Baghdad, Iraq.

• Postgraduate student (master in mathematics) at Al-al-Bayt

University, (1999-2002) Jordan.

• Doctor of Philosophy Degree in Pure Mathematics, Newcastle

University, 2015 Newcastle Upon Tyne, United Kingdom.

PhD Thesis: Partially Commutative and Differential Graded

Algebraic Structures,

supervised by Andrew Duncan.

3 Scientific Grade

• Assistant researcher at AL-Mustansirya University, (1997-2003)

Baghdad.

• Assistant Lecturer at Diyala University, (2003-2007) Diyala.

• Postgraduate student at Western Michigan University, (2008-

2010) USA.

• Postgraduate student (PhD in pure mathematics) at Newcastle

University, (2011-2015) UK.

• I have marked the undergraduate homework and examination

scripts for 4 years (2011-2015) at the school of Maths and Stats, Newcastle University,

UK.

• Lecturer at Diyala University, (2015-).

4 Publications

• A.J. AL-Juburie and A.J. Duncan, Finite Presentation for the

Subgroup ConjV ,Journal of Group Theory, 2015.

• A.J. AL-Juburie and A.J. Duncan, AutParCommGrp (Finite

Presentations of Automorphism Groups of Partially Commutative Groups and Their

Subgroups) package, a GAP package for computation of a finite presentation for the automorphism

group of a partially commutative group G with commutative graph Γ and some

of its subgroups (Conj(GΓ) and ConjV ), 2015, GAP System packages, GAP Center, St.

Andrews University, UK, 2016.

• A.J. AL-Juburie, SDGM (Solvable Differential Graded RModules)

package, a GAP package to construct a classification for some types of differential

graded R-modules. This classification gives an algorithm to test whether such

modules are solvable, 2015, GAP System packages (Submitted).

5 Computer and Programming Proficiency

• GAP (Groups, Algorithms, Programming) System: is

a system for computational discrete algebra, with particular emphasis on Computational

Group Theory. GAP provides a programming language, a library of thousands of functions

implementing algebraic algorithms written in the GAP language as well as large data

libraries of algebraic objects. GAP is used in research and teaching for studying groups

and their representations, rings, vector spaces, algebras, combinatorial structures, and

more. For more information about GAP see (http://www.gap-system.org/).

• LaTeX Software is a high-quality typesetting system; it includes

features designed for the production of technical and scientific documentation. For

more information about GAP see (http://www.latex-project.org/).

• TeX Software is a popular means by which to typeset complex

mathematical formulae; it has been noted as one of the most sophisticated digital

typographical systems in the world. TeX is popular in academia, especially in mathematics,

computer science, economics, engineering, physics, statistics, and quantitative

psychology, see (https://en.wikipedia.org/wiki/TeX).

• Microsoft application, Word, and Internet.

6 Conferences and Workshops

• Asymptotic Group Theory and Module Theory, (26-27

March, 2012).

Two days devoted to the theory and applications of group

geometry and module theory. Hosted at the Royal Holloway University of London, UK.

• North British Geometric Group Theory seminar NBGGT (one

day, March, 25th, 2012) in Edinburgh, Centre For Mathematical Sciences (ICMS), Scotland.

• Cubical Complexes and Applications (16-20 July, 2012).

A week devoted to the theory and applications of Cubical

Complexes. An international conference hosted at the Centre For Mathematical Sciences

(ICMS), Edinburgh, Scotland.

• North British Geometric Group Theory seminar NBGGT (one

day, August, 24th, 2012) Held at Glasgow University, UK.

• North British Geometric Group Theory seminar NBGGT (one

day, December, 5th, 2012) Held at Newcastle University, UK.

• North British Geometric Group Theory seminar NBGGT (one

day, March, 22th, 2013) Held at the Centre For Mathematical Sciences (ICMS),Edinburgh,

Scotland.

• North British Geometric Group Theory seminar NBGGT (one

day, June, 20th, 2013) Held at Durham University, UK.

• Parallel programming in GAP (18-24 August, 2013).

An international workshop devoted to the GAP system. Hosted

at the University of St Andrews, Scotland.

• North British Geometric Group Theory seminar NBGGT (one

day, June, 11th, 2014) Held at York University, UK.

• North British Geometric Group Theory seminar NBGGT (one

day, March, 4th, 2015) Held at Durham University, UK.

• North British Geometric Group Theory seminar NBGGT (one

day, May, 27th, 2015) Held at York University, UK.

• I have attended more than 20 workshops which were organized

by (PGRDP. Faculty of SAgE) in Newcastle University, UK.

• GAGTA (Geometric and Asymptotic Group Theory with Applications)

conference (June 13th through June 17th 2016) at the Stevens Institute of

Technology, USA.

7 Personal Skills

• Very good Communications Skills.

• Excellent Interpersonal Skills.

• Ability to follow given instructions and perform duties given

by employers.

8 Hobbies

• Reading, Traveling and Sport.

9 Referees

1. Sarah Rees(Professor in Mathematics)

School of Mathematics and Statistics

Newcastle University

Newcastle upon Tyne NE1 7RU, UK

Email: Sarah(DOT)Rees@ncl(DOT)ac(DOT)uk

Phone: +44 (191) 208 7236

FAX: +44 (191) 208 8020

2. Andrew Duncan(Associate Professor in Mathematics)

School of Mathematics and Statistics

Newcastle University

Newcastle upon Tyne NE1 7RU, UK

Email: andrew.duncan@ncl.ac.uk

Phone: (0191 or +44 191) 208 8737

FAX: (0191 or +44 191) 208 8020

3. Dr. Alexander Konovalov(GAP system director)

University of St Andrews

School of Computer Science

Centre for Interdisciplinary Research in Computational Algebra

Room 1.02, Jack Cole Building, North Haugh, St Andrews,

Fife, KY16 9SX, Scotland

Tel: +44/0 1334 461633

FAX: +44/0 1334 463278

Email: alexander [dot] konovalov (at st-andrews.ac.uk)

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