Key Responsibilities: System &  Layout Design<br /> Review and optimize system layouts during sales and engineering phases mainly using Revit.<br /> Create basic Revit models using functional design inputs.<br /> Integrate safety, ergonomics, and accessibility into layouts.<br /> Coordinate interfaces with buildings, operators, equipment, and procurement.3D Modeling, 2D Drafting & Documentation<br /> Create and manage 3D conveyor models in Revit based on design inputs and extract 2D drawings.<br /> Perform basic clash detection using Navisworks and maintain documentation and drawing consistency<br /> Incorporate functional attributes and prepare equipment specifications.<br />Continuous Improvement & Knowledge Sharing<br /> Willing to learn new things and adapt to change quickly.<br /> Should take responsibility in work and share knowledge when needed by colleagues.<br /> Preferred Qualifications<br /> Bachelor’s degree in mechanical engineering or related field.<br /> 3–5 year’s experience in Revit modeling and layout development.<br /> Must be proficient in Revit and basic BIM workflows. Key Competencies<br />Technical Skills<br /> Intermediate proficiency in AutoCAD (3D modeling and 2D drafting)<br /> Intermediate proficiency in Revit, Navis Works, BIM Documentation and Work Flow<br /> Familiar with clash detection and resolving simple issues<br /> Conveyor/mechanical system design expertise<br /> Layout planning and specification writing<br /> Understanding of engineering processes<h3>experience</h3>8

<p>As the Mechanical Lead, you will balance hands-on design with strategic leadership. You will be responsible for ensuring high-quality engineering output—from initial concept through to production—within a highly regulated and innovative environment.</p><h3>Key Highlights of the Role</h3><ul><li><p>Lead & Mentor: Directly manage and develop a team of mechanical engineers, fostering a culture of technical excellence.</p></li><li><p>Technical Authority: Drive concept development and oversee design for injection-molded, sheet metal, and machined components.</p></li><li><p>Quality & Compliance: Own the mechanical sections of the Design History File (DHF) and lead risk management activities like FMEA.</p></li><li><p>Collaboration: Partner with suppliers, toolmakers, and cross-functional teams to ensure seamless manufacturing readiness.</p></li></ul><h3>What We Are Looking For</h3><ul><li><p>Experience: 7–9 years in mechanical design (plastic, metal, and precision-machined parts).</p></li><li><p>Education: Bachelor’s in Mechanical Engineering (Master’s preferred).</p></li><li><p>Technical Mastery: Deep proficiency in SolidWorks, GD&T, and Tolerance Analysis.</p></li><li><p>Industry Knowledge: Experience in medical device development or similar regulated industries is a significant plus.</p></li><li><p>Soft Skills: A problem-solving mindset and the ability to lead under pressure.</p></li></ul><h3> </h3><h3>experience</h3>10

Job Description<br />Supplier Development Engineer, MetalsAbout the Position:<br />Title : Supplier Development Engineer, Metals<br />Reports to : GM - Supplier Development, India<br />Location : Sanand / Pune<br />Genie sets the standard by which other lifts are judged. Simply put, we build a better lift. Our innovative designs<br />and reliable products have made Genie a world leader in the production of material lifts, portable aerial work<br />platforms, scissor lifts, and self-propelled telescopic and articulated booms.<br />Position Overview:<br />Reporting to the General Manager, this position is a key role in developing then executing our strategies with<br />responsibility for sourcing components from India. The sourcing focus is in our Genie Aerial work platform<br />products. We want you to utilize our global leverage to regionally achieve the best value in cost, quality, reliability,<br />service, and support. This role will co-ordinate cross functional relationships, including product development/<br />engineering, materials management, local purchasing, operations, finance and aftermarket.Responsibilities:<br />This Position shall:<br /> Manage supplier readiness to execute the with Advanced Product Quality Planning (APQP) & Production<br />Part Approval Process (PPAP) for Metals Categories like Fabrication – Steel & Aluminium, Plastics,<br />Fasteners and Support Castings, forgings, Springs, Small Machined Parts.<br /> Qualify Suppliers to the welding code through surveys, assessments, sample creation, and<br />destructive testing.<br /> Coach suppliers using effective problem-solving techniques (8D, 5 Why’s, fishbone) to ensure root<br />causes are accurately identified and effective preventive measures are implemented<br /> Conduct on-site manufacturing technical assessments and quality system assessments at domestic and<br />international supplier locations.<br /> Accurately assess supplier capabilities to ensure compliance to drawings and specifications will be<br />met reliably in production.<br /> Perform detailed drawing reviews for accuracy and design-for-manufacturability risks; initiate and<br />recommend engineering changes, as necessary.<br /> Develop the supply chain: create and execute custom-tailored quality improvement plans based on<br />supplier performance data and the maturity of their quality management systems. Including full project<br />management of all quality improvement related activities for newly selected or struggling suppliers.<br /> Lead and facilitate cross-functional teams and activities focused on purchased component risk reduction<br />within the AWP supply chain. Must be willing to communicate and collaborate inside and outside of<br />the organization daily.<br /> Travel up to 50% (domestic and international) to perform supplier site assessments, level 5 PPAPs, and<br />problem-solving workshops.Qualifications / Skill/ Experience / Competencies:<br /> Diploma / Bachelor’s degree in Engineering (Mechanical or Equivalent) from an accredited<br />college/university.<br /> 5+ years of proven industry experience in the field of Gas Metal Arc Welding GMAW is Preferred.<br /> Should be String in Reading Drawings and Dimensional Inspection of Parts – Manual & CMM<br />Mandatory.<br /> Experience with portable CMM and 3D metrology grade scanners a plus, including the ability to generate<br />and interpret inspection reports using PolyWorks.<br /> Knowledge of Paint and Painting systems (powder coating and liquid) a plus<br /> Proficient in GD&T; able to read and interpret 2D technical drawings and 3D models<br /> Experience with Advanced Product Quality Planning (APQP) and related tools such as: DFMEA, PFMEA,<br />control plans, PPAP.<br /> Knowledge of heavy steel fabrication methods, such as tooling design and welding sequencing best<br />practices to ensure part accuracy and manufacturability.<br /> Experience auditing or assessing heavy fabrication manufacturing in a fast-paced production<br />environment, with a keen eye for identifying process improvement opportunities.<br /> Familiarity with American Welding Society codes D1.1, D14.3, D14.9 strongly preferred.<br /> Familiarity with destructive and non-destructive testing (Ultrasonic, radiography, eddy current, mag<br />particle, dye penetrant)<br /> Demonstrated experience solving problems by correctly identifying root cause and implementing<br />sustainable and effective countermeasures.<br /> Experience with ISO9001, TS16949, or similar quality management systems and auditing practices.<br /> Strong project management and organizational skills.<br /> Excellent verbal and written communication skills, including fluency in both English and Spanish.<br /> Demonstrated team player and collaborator.<br /> Ability to work independently with little or no supervision.<br /> Proficient in Microsoft Excel.Travel:<br /> Must be willing and able to travel locally and globally (up to 50% raising upto 75% during periods of<br />challenging Business environments).<h3>experience</h3>15