Role and Responsibilities:Academic Leadership: Providing strategic oversight for the Mechanical Engineering department and the MSc Mechanical Engineering program.Curriculum Development: Innovating curriculum design to align with industry standards and best practices.Teaching and Research Excellence: Delivering engaging lectures and advancing impactful research in mechanical engineering.Empowering Student Growth: Mentoring students and guiding their research projects.Programme Coordination: Managing all aspects of the MSc Mechanical Engineering program.Diversity and Inclusion Advocate: Promoting a diverse and inclusive academic environment.Research and Publication: Spearheading research in mechanical engineering and contributing to the academic community.Community Engagement: Actively engaging with industry partners and local communities.Committee Participation: Influencing university-wide decisions and policy development.Innovative Education: Pioneering innovative teaching methods to enhance the educational experience.Professional Development: Dedication to staying current with field advancements.Collaborative Research: Fostering interdisciplinary collaboration on research projects.Mentoring and Faculty Development: Providing valuable mentorship to postgraduate research students and early-career faculty.

1) Responsible for the design, delivery and development of Mechanical Engineering Masters level programme2) Developed new modules mapped to AHEP3 and UK-SPEC guidelines.3) Restructured and validated the course specification as per Academic Quality and Enhancement manual.(3) Scrutinised modules with Competitions & Markets Authority (CMA) and Quality Assurance Agency (QAA).(4) Managing eight members of staff and personal tutoring all students.(5) Developed the course following the curriculum map, educational framework and personal development planning. Validated the course specification and module descriptors.

Responsibilities: Teaching, Research, academic leadership and consultancy roles.Module Leader and Teaching: i) Level 7 Advanced Solid Mechanics ii). Level 6 Solid Mechanics (Undergraduate)iii). Level 4 Statics (Undergraduate)

Responsibilities: Teaching, Research, academic leadership and consultancy roles.Module Leader and Teaching: i) Level 7 Advanced Solid Mechanics ii). Level 6 Solid Mechanics (Undergraduate)iii). Level 4 Statics (Undergraduate)

Main research areas: Finite element analysis of stress-assisted oxygen diffusion in Ni-based superalloys, deformation and damage of metalic alloys.Achievements:● Proficiently planned and managed research activities-mechanical testing, simulation, validation. ● Developed and validated FE models for deformation and damage behaviour of matelas under fatigue loading conditions.● Experienced working with advanced materials-metals, polymers and composite. ● Developed constitutive materials models and technical codes for Abaqus software. ● Professionally solved technical issues in the project- to fully coupled diffusion-stress analaysis in Ni-based superalloys.FEA Software- ABAQUS, MSC. Marc, MSC. Patran, FortranTeaching - I contributed and teaching some hours in the following modules.i). Level 5 Finite Elemetn Analysis (Mechanical Engineering)ii). Level 7 Solid Mechanics (Mechanical Engineering)

Research - Understanding the deformation and damage mechanisms of low-density thermally bonded composite nonwoven networks and development of a numerical model to predict the performance of this type of materials under real-life loading conditions. Teaching - Teaching/assisting undergraduate and graduate level courses in Mechanical & Manufacturing Engineering Departments and Aeronautical and Automotive EngineeringSupervision - Co-supervision of undergraduate and master’s final years project students

- Delievered lectures in Mechanical Engineering and Industrial & Manufacturing Engineering Department- Supervised and co-supervised several undergraduate final year/term projects- Timetable in-charge for undergraduate final year - Development/Modification of course contents