Lead Design Engineer

• Purpose / Mission As a Design Reviewer your mission is to improve and sustain the quality of services offering and responsible for evaluating and ensuring the accuracy, quality, and compliance of mechanical design projects in mechanical design Engineered Solution Atlas Copco GECIA Competence, where in on-time Delivery & First Time Right Approach is necessary
• Role This role involves reviewing design documents, providing constructive feedback, and collaborating with Design team to enhance project outcomes of Engineered to order, customize and Engineered products
• You will play important role in Quality delivery in Engineering solutions team, Atlas Copco GECIA
• Work with all team members to ensure projects meet the highest standards
• Ensure designs comply with industry regulations and quality standards
• Provide expert-level guidance on challenging technical issues related to Design engineering, mentoring less skilled team members
• Your main tasks would be to participate in all engineering phases of projects, while enhancing project realization of our product and driving the solution-centric approach of the team
• Review the design (3D, 2D, BOM & correct Enovia release) of the executed project by the team, to provide inputs for competence development to the team, communicate with all internal and external stakeholders
• Improve, maintain, and develop the team to take more challenges to become preferred solution partner in product companies
• You will report to the Team Leader

Key Responsibilities

• Review and Evaluate Designs: Assess mechanical design documents, drawings, and specifications for accuracy, completeness, and adherence to industry standards and company guidelines
• Conduct design reviews of Engineered to order and ES projects, monitor and control quality checks of deliverables with respect to product, process, and PLM, and provide feedback to the team
• Interact with the Project Leader and share the final design review plan to ensure it is delivered on time and right at first time
• Collaborate with Teams Work closely with mechanical & design engineers, project Leaders, and other stakeholders to facilitate design reviews and address any issues or concerns
• Provide detailed and constructive feedback to design teams, highlighting areas for improvement to ensure the quality of the design
• Discuss updates, raise red flags, and address unresolved issues with the Leaders during project review discussions
• Update the design engineering and it s plan based on the situation and seek the Project Leaders approval
• Provide Feedback Prepare comprehensive review reports and documentation, summarizing findings and recommendations
• Discuss quality scores with the Leaders to determine the improvement methods, procedures
• Provide feedback to the Leaders to update SOPs and identify training requirements for the team
• Contribute to the development and implementation of best practices and quality assurance processes within the design team What we expect of youKnowledge In-depth knowledge of Design engineering & 3D modelling and drawings, industry standards, and best practices
• Ability to accurately evaluate designs, processes, and documentation for quality and efficiency
• Knowledge material selection, treatment, machining, and manufacturing knowledge, serviceability
• Experienced in process optimization, cost reduction, and cross-functional collaboration
• Knowledge of compressor products would be added advantage
• Understanding API, ASME, DIN, and ISO standards would be added advantage
• Software skills Autodesk Inventor/Any other relevant 3D CAD software AutoCAD Enovia Vault 3DX Educational and Experience requirements Mechanical bachelor s degree (Min 8+ yrs
• of experience in the Design engineering) Personality requirements Analytical: Strong problem-solving abilities and the ability to analyse complex systems and data
• Innovative: Creative thinking to develop new solutions and enhance existing designs
• Detail-Oriented: Precision in work to ensure accuracy and quality in designs and calculations
• Technical Proficiency: Understanding of engineering principles, tools, and software
• Collaborative: Ability to work effectively in teams, often with individuals from other disciplines
• Communicative: Clear and effective communication skills, both written and verbal, to communicate technical information
• Adaptable: Flexibility to adjust to new technologies, methods, and projects
• Resilient: Persistence in overcoming challenges and setbacks in projects
• Ethical: Strong sense of professional ethics and responsibility, particularly regarding safety and environmental impact
• Organized: Efficient in managing time, resources, and project schedules