Rehan Akram Solidworks,AutoCAD,Inventor,SP3D,Piping 10+yrs exp
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✴️✴️✴️✴️✴️ HIGH-PERFORMANCE MECHANICAL DESIGN ENGINEER PROFESSIONAL

✅ Industrial grade design engineer with 10+ years of CAD/CFD/FEA expertise.
✅ The design consultant of choice for many manufacturing companies.

“Results-driven Mechanical Design Engineer with 10+ years of experience in designing and developing mechanical systems for
various industries. Proficient in CAD software, project management, and product lifecycle management.

I understand what a student go through in their college years and hence I help students like you with their projects/assignment, quizzes etc.

I have been helping students from all around the world learn computer aided design subjects and helped them get top grades in their assignments and exams in the last 10+ years.

PROFILE SUMMARY
• Seasoned and Solutions-Focused Professional with the career advancements of 9 years in mechanical design engineering, I
specialize in creating, prototyping, testing, and manufacturing equipment for various industries, such as water and
wastewater treatment, pipe and tube bending, and sheet metal products.
• Remarkable background in core competencies include using advanced CAD software such as Inventor and Solidworks,
AutoCAD, SP3D, applying engineering analysis methods such as CFD, FEA, and thermodynamics, and developing design
concepts to finalize the design and get approval from clients. I also have expertise in 3D printing, sheet metal and plastic
fabrication, material and process selection, and project management.
• Leveraged prowess and perspectives in driving the development of technical solutions to deliver outstanding scalability &
manageability and translate business needs into technical necessities. Skilled in implementing mechanical engineering
principles to design, develop, maintain, test, and evaluate mechanical product.
• Outstanding excellence in new CAD functions from scratch with technical leadership guided by vision and mission values.
• Remarkable proficiency in aligning the business goals with technology solutions to drive process improvements, competitive
advantage, and bottom-line gains.

SOFTWARE PROFICIENCY
• 3D CAD Software
Solidworks
Autodesk Inventor
Catia
Creo
Staad Pro
Solid Edge
AutoCAD 3D/2D
Drafting
Revit
Autodesk 3ds Max
Solidwork CAM, Visualization, Simulation, SolidCAM,
CAD/CAM, CAE, Ansys

• Piping Design 3D modelling Software’s i.e., MicroStation, Smart Plant 3D (SP3D),
Navisworks, AutoCAD Plant 3D, PV Elite.PDMS
• Microsoft Office i.e., Word, Excel, PowerPoint, Outlook
• Graphics Design (DTP) Software’s i.e., Corel Draw, Adobe Photoshop, PageMaker, Illustrator, InDesign, Blender
• Capable of effectively diagnosing and repairing computer hardware and software.
• Programming Language & Software’s i.e., C. C++, Python, MATLAB

FUNCTIONAL SKILLS
• My background in manufacturing design of large assemblies encompasses a wide range of components, including air pollution
control systems, heat transfer equipment, vessels, transformers, tubes & coils, skids, and water tanks. Additionally, I have
experience with Indian Railways switchgear electrical panels and enclosures.
• Proficient in managing the Production Department with extensive expertise in operating various machines including Laser
Cutting Machine, Water Jet Cutting Machine, CNC Bending Machine, and CNC Machine. Additionally, skilled in generating .DXF
files for production purposes.
• Knowledge of international standards (ANSI, ASME, ISO 9001).
• Experienced in utilizing Design for Manufacturability and Design for Assembly techniques to enhance product
manufacturability and assembly efficiency.
• Proficient in revising and/or generating product documentation, including CAD files and BOMs, as an integral part of Product
workflows.
• A comprehensive understanding of various tool designs is essential to meet specific design requirements, such as Jig's and
Fixture's, Die Design, Sheet forming Die's, and Molding Die's.
• Proficient in 3D modeling of piping and equipment, as well as the creation of piping isometrics, GA drawings, pipe support
drawings, and piping BOQ (MTO).
• Proficiency in interpreting and comprehending P&IDs, along with a strong grasp of equipment data sheets and vendor
drawings, are essential skills. Additionally, a solid understanding of piping layout and routing fundamentals is crucial in
ensuring efficient and effective design and operation.
• A comprehensive understanding of various tool designs is essential to meet specific design requirements, such as Jig's and
Fixture's, Die Design, Sheet forming Die's, and Molding Die's.

PROFESSIONAL CERTIFICATIONS
• One-year advanced diploma in computer
• Six-month piping design engineering certification course
• Certification in design and development (AutoCAD/Solidworks)
• One year certificate in DTP (desktop publishing)
• Certification in office tools (MS office)
• Certification in computer hardware & networking
• Six sigma master black belt from PMI
• Advanced manufacturing form LinkedIn
• Design study and optimization form LinkedIn
• Design for fabrication form LinkedIn
• Setting up a PMO (project management office)
• Agile new product development for manufacturers
• Certified professional Autodesk Inventor from Autodesk

Reach out to me via WhatsApp to get reliable and excellent AutoCAD, Solidworks, CATIA, help
(Click "PHONE" on contact info to view the WhatsApp number).

Thanks & Regards

Subjects

  • CAD/CAM Beginner-Expert

  • AutoCAD Beginner-Expert

  • CATIA Beginner-Expert

  • SolidWorks Beginner-Expert

  • Solid Edge Beginner-Expert

  • SP3D Beginner-Expert

  • Fusion 360 Beginner-Expert

  • Design Engineering Beginner-Expert

  • Mechanical Engineering all theoretical subjects Beginner-Expert

  • Engineering Design Beginner-Expert

  • Autodesk Inventor professional Beginner-Expert

  • Sheet metal design Beginner-Expert

  • MATLAB for Mechanical Engineering Beginner-Expert

  • Android App Development Beginner-Expert

  • Finite Element Analysis (FEA) Beginner-Expert

  • SolidWorks 3D Software Beginner-Expert

  • CAD/CAE Beginner-Expert

  • SOLIDWORKS - Certified Professional (CSWP)

  • Piping Design Beginner-Expert

  • SmartPlant3D Beginner-Expert

Experience

  • Managing Director & CEO (Feb, 2024–Present) at ZSR Engineering, New Delhi, India
    We Provide Training & Placements.

    STUDENTS AND WORKING PROFESSIONALS
    We provide various training options and learning programs in-line with the engineering curriculum and academic background. Students can choose from various levels of CAD & CAE courses to fit their training need and interest areas.

    CORPORATE TRAINING
    We offers customized learning and structured training programs specially suited for the corporate customers. Our experts work with your HR / Design / Management to put together a training program that is customized for your specific requirements.
  • Mechanical Design Engineer (Mar, 2022–Present) at ***Confidential
    • Optimize and standardize equipment designs to achieve higher productivity and cost effectiveness. Design Gauge’s, Jig’s & Fixture’s for smoothly production
    • Improve equipment design packages with part numbering to facilitate mass production.
    • Design customized RO plants, Skids, Sewage Treatment Plants.
    • 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.
    • Prepare Isometric piping and spools drawing for manufacturing.
    • Develop Design Concept to finalize the design and to get approval from client.
    • Construct and modify CAD models per customer CAD standards using one or more of the following systems. Using Inventor and Solid Works.
    • Prepare the lay-out drawings, schematic diagrams, instrumentation diagrams and 3D images for documentations and presentations.
    • Communicate with sales, application, production and QHSE engineers for fast and accurate delivery of designs and implementation.
    • Work along with production to trouble shoot and solve issues arising during production and assembly.
    • Perform reverse engineering whenever required.
    • Comparison study of competitors products for continuous design improvements.
    • Prepare layout and detail drawings of design as required to project timelines.
    • 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.
  • Sr. Design Engineer (Nov, 2017–Mar, 2022) at ***Confidential
    • Prototyped, 3D Printing, 3D Scanning, Reverse Engineering, assembled, tested, and released into production a new and improved product.
    • Design Gauge’s, Jig’s & Fixture’s for smoothly production
    • Design Pipe & Tube Bending Drawing’s as well as Nesting for Tube Laser Cutting
    • Modify designs to correct operating and production issues.
    • Generate Bill of Material (BOM)
    • Recognize the failure of the systems and do immediate solutions.
    • Meet with suppliers, clients, and projects to review designs and alter as needed.
    • Coordinated proposal preparation, statements of work, schedule.
    • Drafted mechanical, electrical drawing package.
    • Develop and build prototypes and run tests to measure their level of function.
    • Consult with fabrication teams during product manufacturing, advising them on design specifications and providing physical assistance when required.
    • Drawing prepares for manufacturing Using Geometric Tolerance
    • Preparing/ update technical documentation viz. specifications, drawings, engineering analysis, labeling etc.
    • Design 3D Model using Solid works for realistic virtualization (Rendering)
    • Understand client requirements & provide them with possible solutions.
    • Research competitor products quarterly and collaborate with product development team to generate ideas for making our products the best ones on the market.
    • Calculate cost estimates for final product designs, and release reports to supervisors, incorporating costs of labor, material, delivery and overhead.
    • Check product performance using Simulation in CAD Software
    • Design as per the international standard and select material as per desired IP rating.
    • Achieved lofty performance, reliability and durability needs through flawless integration of various project management methodologies and continued attention to detail.
  • Design Engineer (Aug, 2014–Nov, 2017) at ***Confidential
    • Design Sheet Metal Product in Cad Software for Production & Manufacturing
    • Collaborate with team regarding electromagnetic and mechanical design concepts and lead functional testing.
    • Design products using CAD and consult with engineering and manufacturing teammates to ensure that designs are feasible.
    • Produce standard designs using CAD software and create assembly prints, mechanical drawings, and fabrication specifications.
    • Recorded, analyzed, reported lab test results, and optimized part designs.
    • Supported field installed equipment and implemented corrective actions.
    • Thinking of possible design solutions
    • Researching whether the design will work and be a cost-effective solution.
    • Assessing the usability, environmental impact, and safety of a design

Education

  • Communication Skills (Mar, 2023–Apr, 2023) from Tata Consultancy Services United Kingdom
  • 3D Printing Technology (Feb, 2023–Mar, 2023) from HP LIFE
  • Advanced Manufacturing (Jan, 2023–Feb, 2023) from LinkedIn
  • Certified Professional Autodesk Inventor (Feb, 2022–Jun, 2022) from Autodesk Certified Training Professional
  • Certified SOLIDWORKS Associate-(CSWA–Mechanical Design) (Feb, 2020–Mar, 2020) from Certified SolidWorks Professional
  • CAD/CAM (Nov, 2013–Dec, 2014) from Directorate of Training and Technical Education
  • Production and Manufacturing (Jul, 2011–Aug, 2012) from Department of Training & Technical Education
  • Mechanical Engineering (Jan, 2011–Jun, 2014) from GBPIT–scored 77%

Fee details

    ₹500–1,500/hour (US$6–18/hour)

    Negotiable

Courses offered

  • Solidworks CAD/CAM

    • USD200
    • Duration: 10 hours
    • Delivery mode: Online
    • Group size: Individual
    • Instruction language: English
    • Certificate provided: No
    Form sketch to 3D modeling

  • CAD/CAM

    • USD250
    • Duration: 20 hours
    • Delivery mode: Online
    • Group size: Individual
    • Instruction language: English
    • Certificate provided: No
    I will teach you design for manufacturing as per industry norms.

  • Inventor 2D and 3D modeling

    • USD220
    • Duration: 15 hours
    • Delivery mode: Online
    • Group size: Individual
    • Instruction language: English
    • Certificate provided: No
    I will teach you from scratch to advanced

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