Ajmal Roshan

An analytical, versatile and enterprising post-graduate mechanical engineer from the University of Manchester, U.K. Experiences include engineering design, project management and coding. The ability to promote best engineering practices at all times. Strong team collaboration skills. Demonstrates strong attention to detail with a methodical approach to problem solving. Produced successful results from analysing data, reviewing and writing accurate technical documentation.

Accepted job of intern following an industry switch. • Familiarized with ATA chapterization and numbering system. • Completed the dent and buckle charts on aircrafts in AMOS. Ensured all damages are within allowable limits, escalated the issue if out of limits. • Assisted in reading, interpreting and reviewing technical drawings with split scimitar winglets installation. Communicated and collaborated the vital information with other departments within the airline and, aircraft and winglet manufacturers

• Using SolidWorks 3-D CAD modeling software, generated designs and evolved them into products • Communicated and collaborated across cross functional teams to produce and implement self-sustaining solutions and achieved optimized design within stipulated project schedules. • Directed and assisted team of technicians to assure compliance to approved processes. • Delivered presentations to decision-making team and reviewed designs/modifications developed.

• Digitized the experimental forging operations in SolidWorks, maintained designs and files. • Modeled, simulated, validated the simulations and forging process in FEA software. • Redesigned, developed and implemented an alternative and cost-effective method to plot the complex geometric contours of forged parts. • Proactively participated in forging trials with the project teams and recorded the data. Processed and analyzed these data using MATLAB and determined correlations among influencing parameters.

• Acted as a strong link between tutors and students by gathering views from peers regarding various aspects of the course and communicated them with members of staff . • Attended monthly meetings with post-graduate program coordinator ensuring student involvement in development and planning of courses. • Organized football tournament for mechanical engineering students to encourage team spirit by booking the venue as well as marketing them via emails and course's facebook page.

• Won the President's Prize for Halls Committee of the Year 2017'. • Organized annual ball at the Midland Hotel, Manchester as well as Christmas Party. Responsibilities include negotiating and liaising with venue managers. • Negotiated with tour companies to arrange trips to various part of United Kingdom for the residents. • Raised an amount of £300 collected was handed over to 'Invest in ME (IiME)' for treatment of patients.

• Utilized CATIA 3-D CAD modelling software to design products used in oil and gas industries in accordance with the concepts of fatigue and failure as well as ‘Assessment of the Integrity of Structures Containing Defects’ (Failure Assessment [R6] Diagram). • Actively participated in problem solving meetings to assist in product line issues and produced Finite Element Analysis graphs to provide insight into the issue. • Implemented corrosion protection techniques together with chief engineer.

• Thesis entitled ‘Optimization of Scaling in Metal Forming.’ . • Group leader: Making an innovative walking-aid - features both of a walker and a crutch. • Finite Elements, accredited by NAFEMS. • Structural Integrity, Robotics, Meterology and Bioengineering, Composites and Polymers

Modules include Thermal Engineering, Aerodynamics, Fluid Mechanics, Gas Dynamics, Solid Mechanics, Manufacturing Science, Robotics, Industrial Economics and Operations Research