Global rank:
8,122 / 112,841
Skill pts: 5

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Experience

  • Manufacturing Engineer Specdrum Engineering · Full-time Feb 2025 – Present 9 mos United Kingdom • Evaluated existing manufacturing processes and identified areas for improvement.
    • Performed Pulley shaft load calculations and proposed Pulley design proposals to customers identifying
    the shaft size, locking device specs, End plate design compatible to the overall conveyor design for
    customers
    • Sphere headed the design, Manufacturing and Assembly of Projects to aid Lean Manufacturing.
    • Developed Capability Analysis of Machines/Processes, outlying the functionality, capabilities, limits,
    consumables used for Machines their suppliers, costs associated the overall production of pulleys.
    • With technical skills and product analysis, developed new or amended product & equipment drawings.
    • Improved lean manufacturing, collaborating with the production team to source new technology,
    • Complete drawings and production nests as necessary for pulley sales orders to meet customer
    specifications.
    • Participated in stock control & purchase of raw materials & consumables to maintain a lean workflow.
    • Prepared & presented productivity reports for manufacturing operations
    • Maintained and communicated high quality standards of information, data and drawings.
    • Develop new solutions in conjunction with colleagues to improve HSE manufacturing processes for team
    members, creating new safer ways of working within the factory.
    • Provided technical support for Sales, Costing, IMS team and Customer Account Managers
    • Liaised with Production Supervisors to ensure manufacturing processes are on schedule as per the
    • production plan.
    • Operated and maintain work equipment correctly & safely, in accordance with training, riskassessments,
    safe systems of work and Standard Operating Procedures.
    • Lead continuous improvement projects & support the Pulley Production Manager to achieve
    manufacturing development goals e.g. automated welding & plate machining, offline CNC
    programming etc.
  • Production Design Engineer Larsen & toubro limited · Full-time Jul 2019 – Sep 2020 1 yrs 2 mos India • Preparation of vendor management reports including design, quality issues, discrepancy from lead time
    and so on and communication to senior management about the supply chain issues.
    PRAMODH A S
    • Utilized Solidworks, Creo and AutoCAD to effectively create and develop mechanical design
    specifications. Supported engineering design development through analysis and simulation of prototypes
    and 3D computer models.
    • Built functional prototypes of products, components and mechanisms using Solidworks and Creo to meet
    design specifications.
    • Designed the GD&T, Bill of Materials for Back stitcher Sub assembly in CEAT tire building machine (TBM).
    • Worked with SAP -Materials management.
    • Worked in the selection and design of pneumatic cylinders, valves, and filters for various HTCP projects.
    • Obtaining the products and services needed for the company with the most suitable quality to meet those
    needs at the lowest long-term total cost.

Education

  • Queen's University, Belfast Msc, Mechanical Engineering, 2:1 2020 – 2022 Completed MSc in Mechanical Engineering with Management (Commendation) at Queen’s University Belfast, gaining expertise in CAE, manufacturing technology, and data analytics. Worked in the Polymer Processing Lab on the design and optimisation of a Type-IV hydrogen storage composite pressure vessel (COPV). Modelled in SolidWorks and performed FEA in ANSYS, achieving 40% mass reduction and 50% cost savings while maintaining structural integrity.
  • Sri Ramakrishna engineering college B.Eng, Mechanical Engineering, 2:1 2015 – 2019 Completed BEng in Mechanical Engineering at Sri Ramakrishna Engineering College, building a strong foundation in mechanical design, materials, thermodynamics, and manufacturing processes. Gained hands-on skills in CAD modelling, design analysis, and basic FEA, applying them to academic projects focused on optimising mechanical components and developing a practical understanding of engineering problem-solving.