Rehan Akram

• Prepared conceptual, basic, and detailed designs for mechanical systems, piping layouts, fabrication, and industrial
projects in compliance with international standards (ASME, ASTM, ISO, API, etc.).
• Conducted engineering estimations including material take-offs (MTO), cost analysis, and manpower requirements for
projects across mechanical, piping, and structural domains.
• Developed 2D/3D CAD models and drawings using software such as SOLIDWORKS, AutoCAD, and CATIA for
manufacturing and client approval.
• Collaborated with sales and project management teams to prepare technical proposals, quotations, and tender
documents within deadlines.
• Reviewed client specifications, drawings, and BOQs to ensure technical and commercial compliance.
• Coordinated with suppliers and subcontractors to obtain quotations, verify specifications, and finalize competitive
project costing.
• Conducted feasibility studies and value engineering to optimize design, reduce costs, and improve project profitability.
• Supported R&D and prototyping for new product development and ensured design validation through testing and
simulations (FEA/CFD).
• Monitored project execution stages, providing technical support during fabrication, installation, and commissioning
phases.
• Maintained accurate documentation, drawings, and records in line with QA/QC standards and ISO procedures.

• Client Consultation & Relationship Management - Engage with clients to understand their project requirements,
ensuring their expectations are met while maintaining high-quality structural designs that are easy to decipher.
• Proposal Development & Cost Estimation - Prepare detailed project proposals, quotations, and cost estimates,
ensuring financial feasibility and minimizing risks during construction.
• Overseeing the Design & Sales Process - Utilize technical expertise to ensure that design solutions align with cost
effective project execution, maintaining compliance with industry standards and client needs.
• Ensuring Timely Delivery & Quality Standards - Work closely with internal and external design teams to ensure
structural drawings are produced on time and meet high-quality standards.
• Negotiation & Contract Management - Lead negotiations with clients, suppliers, and vendors to secure cost-effective
solutions while ensuring compliance with building legislation and codes of practice.
• Health, Safety, and Risk Management - Review designs with health and safety in mind, avoiding errors and reducing
financial risks during construction and implementation.
• Bill of Quantities (BOQ) & Vendor Coordination - Develop BOQs and pricing structures, liaising with suppliers to secure
the best materials while ensuring cost-effectiveness and timely delivery.
• Documentation & Compliance - Maintain thorough documentation of the design, estimation, and sales processes,
ensuring all stakeholders have access to the necessary information.
• Market Research & Business Development - Stay up to date with evolving industry trends, building regulations, and
new technologies to enhance sales strategies and design efficiency.
• Site Visits & Implementation Oversight - Conduct site visits as needed to ensure that project execution aligns with
estimated designs, cost structures, and safety regulations.
• Lead and manage cross-functional project teams to ensure successful execution of fabrication and repair projects.
• Plan and execute projects based on design drawings, material planning, and fabrication sequences.
• Take full responsibility for the estimation, fabrication, repair, and modification of heavy machinery and attachments,
including booms, sticks, buckets, long reach booms, grabs, clamshells, rippers, etc.
• Conduct quality checks to ensure final products meet or exceed customer specifications and industry standards.
• Evaluate and determine requirements for equipment, materials, and manpower necessary for successful project
execution.
• Plan, schedule, and supervise shop floor activities in collaboration with the team to meet production targets.

• Design the customized equipment units such as Water and Wastewater Filters, Screens and Packages Units, Sand
Filters, Clarifiers.
• Design and prepare detailed production drawings of equipment units and product packages.
• Design customized RO plants, Skids, Sewage Treatment Plants.
• Prepare Isometric piping design and spools drawing for manufacturing.
• Communicate with sales, application, production and QHSE engineers for fast and accurate delivery of designs
and implementation.
• Develop Design Concept to finalize the design and to get approval from client.
• Construct and modify CAD models as per customer CAD standards using one or more of the following systems. Using
Inventor and Solid Works.
• Present ideas and experience to new development solutions. Provide support in development processes and techniques.
• Prepare the lay-out drawings, schematic diagrams, instrumentation diagrams and 3D images for documentations
and presentations.
• Work along with production to trouble shoot and solve issues arising during production and assembly.
• Perform reverse engineering.
• Prepare layout and detail drawings of design as required to project timelines.
• Improving equipment design packages with part numbering to facilitate mass production.
• Optimize and standardize equipment designs to achieve higher productivity and cost effectiveness. Design Gauge’s, Jig’s
& Fixture’s for smoothly production.
• Review and study customer specifications, engineering schematics and other data in order to determine the design
procedures needed to generate and release digital and/or hardcopy printouts related to the Engineering and
Manufacturing requirements.
• Preparation of Bill of Material (BOM) and ageing stock (inventory) utilization.

• Develop a design for a new and enhanced product that will undergo testing, prototyping, and eventually be released
into production.
• Design gauges, jigs, and fixtures with a focus on enhancing production flow.
• Create detailed drawings for pipe and tube bending, along with nesting designs for tube laser cutting.
• Generate a Bill of Material (BOM).
• Prepared a comprehensive package of mechanical and electrical drawings.
• During the manufacturing process, collaborate with fabrication teams to provide guidance on design specifications and
offer hands-on support as needed.
• Technical documentation, such as specifications, drawings, engineering analysis, and labeling, needs to be prepared
or updated.
• Utilize SolidWorks software to create a three-dimensional model that can be used for realistic virtualization through
rendering techniques.
• Analyze the clients (Indian Railways, BHEL, RDSO, ICF, RCF, etc.) requirements and propose suitable solutions to meet
their needs.
• Regularly analyze competitor products and work closely with the product development team to generate creative
concepts that will position our products as the leading choice in the market.
• Prepare cost estimates for the final product designs by considering factors such as labor, material, delivery, and overhead
expenses. Once the estimates are complete, generate reports and submit them to stakeholders for review and approval.
• Evaluate product performance by utilizing simulation capabilities within CAD software.
• Generation of 2D CAD Drawings for manufacturing according as per (ASME Y14.5M-1994).
• Create 3D .Step file for 3D Printing for Prototyping the Model.

• Utilize CAD software to create detailed designs for sheet metal products that are suitable for production and manufacturing
processes.
• Work closely with the team to coordinate efforts in brainstorming and refining electromagnetic and mechanical
design concepts and take the lead in conducting functional testing.
• Create product designs using CAD software and work closely with engineering and manufacturing teammates to validate
their feasibility.
• Generate standardized designs by utilizing CAD software, while also creating assembly prints, mechanical drawings,
and fabrication specifications.
• Assisting the installation team with equipment installation, support by creating a detailed 3D Exploded CAD view of the
equipment specifically for installation purposes also creating Installation GA Drawing.
• Thinking of possible design solutions.
• Evaluating the feasibility and cost-efficiency of the design through research.
• Examining the user experience, environmental impact, and safety features of a design.