Mechanical Design, Drawing & Manufacturing Specialist (CAD, GD&T, DFM/DFA)

Mechapixel; India; Hybrid; INR 670,000 - 1,228,000; Full time

Job summary

Mechapixel is seeking a Mechanical Design, Drawing & Manufacturing Specialist (CAD, GD&T, DFM/DFA) in a Hybrid/Work From Home setup. The role requires deep 3D CAD experience, strict GD&T discipline, and manufacturing-ready documentation to minimize ECOs and rework.

Candidates with 10–15+ years in machine design or 4–5+ years with a strong execution focus are encouraged. Shift aligns with global client needs, offering a demanding, hands-on environment.

Qualifications

• Hands-on mechanical design and manufacturing experience.
• Strong GD&T knowledge and detailing discipline.
• Experience bridging CAD models to shop-floor manufacturing.

Responsibilities

• Create and review high-quality 2D drawings from 3D SolidWorks assemblies, enforcing GD&T standards.
• Perform DFM/DFA analyses and optimize BOMs to reduce costs.
• Build and manage parametric CAD models with PDM/PLM, ensuring revision control and clean references.
• Mentor junior engineers and drafts to ensure error-free release to production.

Skills

English communication

Hands-on

Problem solving

Education

Diploma/B.E./B.Tech in Mechanical Engineering

Tools

SolidWorks

Excel

Mathcad

ERP/MRP systems

Job description

JD Code: JD-MDMS-SRJob Title: Mechanical Design, Drawing & Manufacturing Specialist (CAD, GD&T, DFM/DFA)Location: Hybrid/Work From HomeSalary: ₹60,000 – ₹1,10,000 per month based on skill & experienceWork Start Time: 11 am IST for Europe clients, 1 PM IST for US clientsEmployment Type: Full-time

Job Summary

We are looking for a hands-on, execution-oriented Mechanical 3D Design, Drawing & Manufacturing Specialist who bridges the gap between 3D CAD modeling and shop-floor manufacturing reality.Whether you are a seasoned veteran (10–15+ years) with deep machine design, manufacturing and testing experience or an ambitious engineer (4–5+ years) dedicated to mastering high-precision CAD, strict GD&T, and DFM/DFA, manufacturing expertise this role is built for practitioners who take pride in creating flawless, manufacturing-ready designs.This is not a purely theoretical or management-only position. Success means delivering "first-time-right" mechanical drawings and 3D models that go straight to production with zero confusion, minimal ECOs (Engineering Change Orders), and zero shop-floor rework.

Key Responsibilities

• High-Precision 2D Detailing & GD&T Standard Enforcement Create, review, and approve high quality production-ready 2D manufacturing drawings from 3D SolidWorks assemblies/parts. Enforce strict GD&T standards (ASME Y14.5 / ISO), defining accurate datum reference frames, geometric controls (form, orientation, runout, location),surface finish callouts and all other features. Perform detailed worst-case and Root Sum Squares (RSS) tolerance stack-up analyses to guarantee smooth assembly, inter-part fitment, and interchangeability without requiring shop-floor rework. Conduct thorough redline drawing markups and technical check-offs on drawings created by junior engineers to catch missing dimensions, improper tolerances, or unachievable callouts prior to release. Tailor detailing strategies to the specific manufacturing process—for example, bend allowances/deductions for sheet metal, machining allowances for castings/forgings, weld symbols, heat treatment notes, and coating/plating thicknesses. Standardize drawing layouts, title blocks, section/detail views, hardware callouts, and fully itemized Bills of Materials (BOMs) across all engineering projects. Ensure all 2D drawings maintain clean parametric relationships with underlying 3D SolidWorks models and configurations, avoiding broken references, manual override dimensions, or revision mismatches.
• DFM / DFA Optimization & Manufacturing Support Perform, check, and formally document DFM/DFA analyses across diverse manufacturing processes (sheet metal, CNC, weldments, castings, plastics, etc), taking complete ownership of your own designs and those of junior engineers. Drive quality control by checking 3D, dwgs, etc, rigorously verifying that sound engineering logic, practical constraints, and manufacturability are present in every design before release. Review and optimize Bill of Materials (BOMs), hardware selection, and raw material utilization to reduce manufacturing costs. Prepare and review EBOM’s & MBOM’s. Act as the technical bridge between design and fabrication—troubleshooting prototype fitments, assembly issues, and shop-floor challenges.
• CAD Ownership & Engineering Calculations Build robust, parametric 3D parts, complex assemblies, and configurations in SolidWorks. Utilize SolidWorks PDM/PLM systems for version control, revision tracking, and release processes. Conduct first-principles engineering calculations (strength, thermal, flow) and basic static/thermal simulations (FEA) to validate design intent prior to drawing release. Establish standard CAD modeling practices, template structures, reusable seed files, and configuration rules to minimize modeling errors and streamline turn‑around time across the engineering team. Maintain clean model references, parent‑child relations, and lightweight assembly structures so drawings and models remain stable, editable, and bug‑free when handed over to team members or updated in future design cycles.
• Technical Quality & Mentorship Maintain zero‑defect drawing standards to eliminate drawing revisions and shop‑floor clarification calls. Lead rigorous technical design and peer reviews, actively identifying potential manufacturing constraints, documenting decisions, and establishing risk mitigation strategies before production release. Guide, train, and mentor junior mechanical engineers and draftspersons on drafting best practices, standard callouts, advanced GD&T application, and practical engineering execution Break down complex engineering projects into clear, manageable tasks and workflows, establishing robust engineering processes and frameworks to elevate the team’s overall productivity and quality. Ensure all engineering deliverables—including release packages, specifications, calculation notes, and markups—are meticulously organized, audit‑ready, and easy for cross‑functional teams to use. Act as the ultimate technical gatekeeper for quality, taking feedback from shop‑floor failures or prototype fitment issues and translating them into systemic improvements in the design team’s practices.

Candidate Qualifications & Skill Requirements

• Education: Diploma or B.E./B.Tech or any level in Mechanical Engineering (Practical manufacturing exposure is prioritized over degree level).
• Experience Level:10 to 15+ years of deep, hard‑earned experience within machine building, precision fabrication units, industrial equipment manufacturing, or Special Purpose Machinery (SPM) environments. Extensive background working in MSMEs or smaller engineering companies where engineers wear multiple hats and practical, cost-effective engineering decisions dictate project success. Capable of anticipating manufacturing failures before a drawing is released and acting as the go‑to technical authority for resolving complex field issues, assembly roadblocks, and manufacturing defects independently.
• We highly encourage veteran Mechanical Diploma holders with extensive, execution‑driven manufacturing experience to apply, prioritizing a track record of building successful physical products over theoretical degrees.
• Core CAD Proficiency: Advanced SolidWorks (CSWP required; CSWE or topic certifications in Drawings, Sheet Metal, Weldments, or Surfacing are strongly preferred).
• Manufacturing Knowledge: Deep familiarity with machining allowances, bend deductions/allowances, welding symbols, fitment classes (ISO fits), and shop‑floor inspection equipment.
• Communication Skills: Strong verbal and written English communication skills; capable of clearly explaining complex technical constraints to international clients and suppliers.
• Remote Work / Hybrid Infrastructure: Must have a highly reliable internet connection and a distraction‑free home office setup capable of handling heavy CAD workloads. Familiarity with standard calculation tools (Excel, Mathcad, etc.) and experience pushing BOMs into ERP/MRP systems is a strong plus.
• Working Hours: Must be comfortable working in the 1:00 PM to 11:00 PM IST shift to align with global project requirements.

Portfolio Requirements

2 to 3 PDF samples of complex 2D manufacturing drawings created by the candidate. Drawings must show GD&T callouts, section/detail views, surface finish symbols, tolerance callouts, and title blocks.

Benefits

• 5 lakh personal health insurance cover
• Performance based incentive program with upto 24% monthly bonus.(Implementation in process. Terms and conditions apply)
• Rs. 1000/- reimbursement on gym membership and other regular fitness activities
• Competitive Compensation: Receive recognition and reward for your expertise and contributions.
• Impactful Projects: Engage in work that supports clean energy, sustainable design, and environmental innovation.