Mosleh

I am a creative, hardworking, talented and caring lecturer who keens to conduct original research and make a difference in teaching strategies considering innovative ideas and the engineering’s mission in next decades.
I am able to deliver a first-class learning experience through a well-balanced mixture of lecture theatres, classroom lessons, laboratories and workshops. I can teach across a range of program at all levels.
I have worked in both university and industry fields for more than 22 years. According to this experience I have written a Reinforced Concrete Design book in 1100 pages covering both academic and practical analysis and design aspects in a professional level. This book can be considered unique world wide.
My main goal is to make a bridge between taught theory in the universities and industry requirements. We connect students in BSc/MSc/PhD level, junior and professional engineers who are aiming to improve their skills in academic and professional level .
I will help engineers to improve their understanding of the concepts and problem solving ability, increase their confidence, accelerate their learning by focusing on theoretical methods along with practical structural analysis/design, and finally to be able to play a significant role as engineers in their professional career in both consultancy and contractor companies.

Furthermore, I am having precise knowledge and experience of using BS, EURO cods and ACI/AISC/AASHTO, as well as hands on extensive experience of computed and analytical Analysis and design.

Based on my 20 years of experience in the academic and industrial field, I deliver the following lessons at a standard level :

Graduated Engineers:
* professional analysis/design of structures £45/hour
* Chartered Engineer courses £55/hour


PhD/MSc

* Thesis/dissertation supervision: Topic, FEA Modeling and analysis, Report and discussion


List of taught subjects
BSC:
• Statics/strength of materials, Structural analysis , Matrix analysis
• Steel, Concrete, Bridge and Masonry design
• Loading,
• Software: SAP2000/ETABS for structural analysis and design- SAFE for foundation analysis and design
• Seismic analysis and design
• Structural Dynamic
• Steel/Concrete project in Consulting Engineers level i.e. conceptual choice/design, loading, manual analysis, software modelling/analysis/design, verification, professional drawing, cost.

MSc/PhD
• Basic/Advanced FE analysis: Linear and non-linear
• Advanced steel/concrete design,
• Structural Stability
• Plate theory and application
• Research methods
• ABAQUS


Price plan:
PhD Thesis £50/hour
MSc Dissertation £40/hour

Graduated Engineers £45/hour
Chartered Eng Courses £45/hour

Teaching BSc, MSc

£45/hour - One students
£60/hour - two students
£70/hour - Three students

ABAQUS modeling/SAP 2000/SAFE/ETABS Software: £45/hour

Availability: London

Mon-Fri 5:00pm-10:00pm
Saturday 9:00-11:00am and 5:00-8:00pm

Willing to travel: 30 miles

Experience: A highly qualified engineer with extensive experience of teaching, designing, delivering and developing projects to required specifications. I completed my MSc. in Structural Engineering from University of Tehran (Iran). Following which, I became a lecturer in the Azad University of Sanandaj (Iran). After five years, I established a consultancy company. Since then, I have been involved in professional and academic fields over 11 years.

A. PROFESSIONAL EXPERIENCE

2022 The University of West London Post-doc research fellow

Sep 2013-Nov 2016 the London College, UCK Programmed leader/ Head of School
• Steel/concrete design
• Steel/Concrete project
• Independent project
• Innovation
• Math


March 2012 - April 2013 Atkins- Birmingham Office

Jan 2012 - date University of Birmingham
• Performed concrete technology, lab demonstration
• Performed RC Beam, Analysis, design and lab demonstration

1997-2011 Azad University of Sanadaj Sanandaj, Iran
• Structural analysis, Steel/ Concrete/Bridge and Masonry design.

2002-date Alan Consultancy Company
• Design of structures includes more than 110,000 square meters of different buildings
• Undertaken planning, designing, and reviewing plans for structures requiring advanced structural analysis to determine static and dynamic responses. These structures included mid-rise and high-rise (5-13 stories) commercial, residential, hotel and parking projects made of concrete, steel, masonry, etc.
• Performed structural designs to meet strength and deflection limit states of UBC (Uniform Building Code), ASCE 7, AISC ASD and LRFD (Steel), ACI 318 (Concrete) and ACI 530 (Masonry) codes. Also, I am capable to design structure to EC2 and EC3.
• Analyzed and designed substructures, such as structure basemen underground garage, individual-strap-mat-pile foundations, and retaining walls, etc

DBS Check: Yes