Job Title: Supply Management Engineers (7 positions) Location: Gachibowli, Hyderabad, Telangana Experience Required: 2 to 7 years Education: Diploma / B Tech / M Tech in Mechanical / Electronics / Electrical Send your latest resume to: HR@Apolloniantech.com Company website: www.ApollonianTech.com About the Role We are looking for driven and skilled Supply Management Engineers to join our team in Gachibowli, Hyderabad. If you are passionate about working with suppliers, improving quality, and ensuring smooth production processes, this is the right place for you. We value honest communication, clear thinking, and teamwork. What You Will Do Work closely with suppliers to improve product quality and ensure they meet our standards Analyze data to drive outcomes and process corrections Conduct supplier audits and follow APQP, PPAP, FMEA, Control Plans, and other quality tools Review and improve process capability, Gage R&R, and control charts with suppliers Support supplier development and problem-solving using Lean principles Track supplier performance and identify areas for improvement Use MS Excel, Power BI, and PowerPoint to prepare reports and presentations Communicate clearly and effectively in English with both internal teams and external partners What We Are Looking For 2–7 years of experience as a Supplier Quality Engineer or in a similar role Solid understanding of quality tools and manufacturing processes Good skills in MS Office, especially Excel, Power BI, and PowerPoint Strong communication skills in English (at native 8th-grade level or higher A team player who can also take ownership and work independently Honest, dependable, and eager to learn and grow Key Performance Indicators (KPIs) Supplier Quality Score (PPM and On-Time Delivery) Number of approved PPAP submissions Completion of APQP milestones on time Reduction in supplier non-conformities Improvement in supplier process capability (Cpk > 1.33) Timely closure of supplier corrective actions Quality and clarity of reporting using MS tools Contribution to cost savings through supplier process improvements Key Attributes: Proactive and self-motivated with a continuous improvement mindset. High level of integrity and trustworthiness in handling sensitive data. A team player who fosters collaboration and alignment across departments. A high energy learner with passion for growth Why Join Us? Be part of a forward-thinking organization that values data-driven insights and continuous improvement. Work in a role that combines technical expertise with strategic impact. Collaborate with a diverse and talented team to shape the future of manufacturing excellence.
Job Title: VA/VE Specialist – Mechanical Travel: Up to 10% (both Domestic & International) based on company travel policy Timing / Shift: India / Europe Shift / (Mon-Sat) Work Week / (9.30 am – 6.30pm IST) Winter DLS Time / (10.00 am – 7.30 pm IST) Summer Website: WWW.APOLLONIANTECH.COM Email: HR@APOLLONIANTECH.COM Job Summary: We are seeking an experienced Value Engineer –Mechanical - Castings, Sheet Metal Enclosures, Machined Parts, Mechanical sub-assemblies, to lead cost optimization and value enhancement initiatives in Mechanical manufacturing processes. The ideal candidate will possess a deep understanding of cost modeling, tooling, and part manufacturing, combined with expertise in Design for Manufacture and Assembly (DFMA). This role will involve close collaboration with cross-functional teams, leveraging Six Sigma DMAIC methodologies and Lean principles to drive process efficiency and deliver cost-effective solutions. Key Responsibilities (Not extensive) Cost Modeling: Develop detailed cost models for part manufacturing, and tooling for Mechanical Commodities. Conduct cost analysis to identify optimization opportunities in material, labor, and overhead costs. Design for Manufacture and Assembly (DFMA): Analyze designs to enhance manufacturability and reduce complexity. Recommend material specification consolidation to standardize processes and reduce costs. Lean and Six Sigma Implementation: Apply Lean principles and Six Sigma DMAIC methodologies to improve production efficiency, reduce waste, and enhance quality. Lead cross-functional projects to identify and eliminate cost drivers while maintaining design integrity. Stakeholder Communication: Prepare and present findings, recommendations, and project updates using PowerPoint and MS Excel to internal and external stakeholders. Collaborate with design, manufacturing, procurement, and quality teams to implement cost-saving strategies. Technical Expertise: Stay updated on the latest industry trends in Mechanical technologies, materials, and tooling techniques. Provide technical guidance on pattern design, tooling specifications, and material selection. Collaborate & Mentor Castings Group Engineers About Apollonian: Apollonian Technologies Pvt. Ltd., a dynamic boutique consulting firm that stands at the forefront of margin enhancement & COGS optimization for our clients. We just started our journey in India. We proudly collaborate with forward-thinking companies dedicated to elevating their service levels and contribution margins throughout transformative journeys. Qualifications and Skills Education: Bachelor’s degree in Mechanical Engineering, Industrial Engineering, Metallurgical Engineering or a related field. Experience: Minimum of 3+ years of relevant experience in Mechanical Engineering, manufacturing, cost engineering, or related roles. Certification: Six Sigma Yellow Belt or higher (DMAIC) certification. Skills: Proficiency in cost modeling and COGS analysis tools. Expertise in DFMA principles and material specification optimization. Strong command of Lean manufacturing principles and practices. CAD/CAM/CAE Expertise: CREO / Solid Works / Magma Flow / MasterCam Advanced skills in MS Excel, including data analysis and reporting. Proficiency in PowerPoint for creating impactful presentations. Key Attributes: Strong analytical and problem-solving skills. Excellent communication and interpersonal skills to liaise with cross-functional teams and stakeholders. Proven ability to lead projects and deliver results in a fast-paced environment. Detail-oriented with a focus on achieving measurable outcomes. Location: Hyderabad, India Employment Type: Full-time Email: HR@Apolloniantech.com
Job Title: VA/VE Specialist – Mechanical Travel: Up to 10% (both Domestic & International) based on company travel policy Timing / Shift: India / Europe Shift / 6-day (Mon-Sat) Work Week / (9.30 am – 6.30pm IST) Winter DLS Time / (10.00 am – 7.30 pm IST) Summer, with Lunch Break Website: WWW.APOLLONIANTECH.COM Email: HR@APOLLONIANTECH.COM Job Summary: We are seeking an experienced Value Engineer –Mechanical - Castings, Sheet Metal Enclosures, Machined Parts, Mechanical sub-assemblies, to lead cost optimization and value enhancement initiatives in Mechanical manufacturing processes. The ideal candidate will possess a deep understanding of cost modeling, tooling, and part manufacturing, combined with expertise in Design for Manufacture and Assembly (DFMA). This role will involve close collaboration with cross-functional teams, leveraging Six Sigma DMAIC methodologies and Lean principles to drive process efficiency and deliver cost-effective solutions. Key Responsibilities (Not extensive) Cost Modeling: Develop detailed cost models for part manufacturing, and tooling for Mechanical Commodities. Conduct cost analysis to identify optimization opportunities in material, labor, and overhead costs. Design for Manufacture and Assembly (DFMA): Analyze designs to enhance manufacturability and reduce complexity. Recommend material specification consolidation to standardize processes and reduce costs. Lean and Six Sigma Implementation: Apply Lean principles and Six Sigma DMAIC methodologies to improve production efficiency, reduce waste, and enhance quality. Lead cross-functional projects to identify and eliminate cost drivers while maintaining design integrity. Stakeholder Communication: Prepare and present findings, recommendations, and project updates using PowerPoint and MS Excel to internal and external stakeholders. Collaborate with design, manufacturing, procurement, and quality teams to implement cost-saving strategies. Technical Expertise: Stay updated on the latest industry trends in Mechanical technologies, materials, and tooling techniques. Provide technical guidance on pattern design, tooling specifications, and material selection. Collaborate & Mentor Castings Group Engineers About Apollonian: Apollonian Technologies Pvt. Ltd., a dynamic boutique consulting firm that stands at the forefront of margin enhancement & COGS optimization for our clients. We just started our journey in India. We proudly collaborate with forward-thinking companies dedicated to elevating their service levels and contribution margins throughout transformative journeys. Qualifications and Skills Education: Bachelor’s degree in Mechanical Engineering, Industrial Engineering, Metallurgical Engineering or a related field. Experience: Minimum of 3+ years of relevant experience in Mechanical Engineering, manufacturing, cost engineering, or related roles. Certification: Six Sigma Yellow Belt or higher (DMAIC) certification. Skills: Proficiency in cost modeling and financial analysis tools. Expertise in DFMA principles and material specification optimization. Strong command of Lean manufacturing principles and practices. CAD/CAM/CAE Expertise: CREO / Solid Works / Magma Flow / Master CAM Advanced skills in MS Excel, including data analysis and reporting. Proficiency in PowerPoint for creating impactful presentations. Key Attributes: Strong analytical and problem-solving skills. Excellent communication and interpersonal skills to liaise with cross-functional teams and stakeholders. Proven ability to lead projects and deliver results in a fast-paced environment. Detail-oriented with a focus on achieving measurable outcomes. Location: Hyderabad, India Employment Type: Full-time Email: HR@Apolloniantech.com
Position Summary We are seeking a highly seasoned CNC Machining Lead with a minimum of 15 years of direct experience in machining large, ultra-precision components. This role requires mastery in CNC programming, simulation, machining process engineering, cost modeling, and vendor-managed manufacturing. The successful candidate will lead a team of 4–5 machining specialists, providing technical direction, mentoring, and workload coordination. The role demands expertise in machining parts exceeding 2 meters in diameter and in operating or supervising large-format CNC machines with bed sizes of 3 meters and above. This position drives manufacturability, process efficiency, cost accuracy, and delivery performance across internal and outsourced machining operations. Core Technical Responsibilities1. Technical Leadership & Team Management Lead, mentor, and develop a team of 4–5 machining specialists in CNC programming, process planning, tooling selection, and machining problem-solving. Allocate work, review technical output, and ensure adherence to quality and safety standards. Facilitate knowledge transfer, best practices, and training on Mastercam, machine capability, and large-part machining techniques. Conduct performance assessments and drive continuous improvement within the machining engineering team. 2. Advanced CNC Programming & Toolpath Simulation Develop complex multi-axis CNC programs using Mastercam, including detailed simulation for collision avoidance, accurate stock modeling, and optimized toolpaths. Engineer cutting parameters for rigidity, thermal stability, chip evacuation, and vibration minimization when machining large-format components. Maintain digital twins of machining setups to validate cycle times and operational feasibility. 3. Machining Process Engineering & Simplification Design simplified machining processes focusing on reducing setup counts, optimizing datum strategies, and eliminating non-value-added operations. Develop methodologies for machining large, heavy components through optimized sequencing for roughing, semi-finishing, and high-precision finishing. Assess tooling technologies and fixture systems for large-scale operations involving heavy loads and extended machining hours. 4. Cost Engineering & Data-Driven Supplier Negotiation Prepare accurate and detailed machining cost models using cycle-time analysis, tool-life estimation, and utilization metrics. Evaluate supplier quotations with bottom-up cost structures and provide objective, technical feedback. Conduct fact-based negotiations using validated machining data and simulation outputs to ensure cost competitiveness. 5. Large CNC Machine Expertise Provide expert oversight for the operation and setup of gantry mills, large-bed machining centers, VTLs, and other heavy-duty CNC platforms. Define safe and stable methods for fixturing, lifting, and shifting large workpieces (5–20 tons). Monitor machine accuracy, probe calibration, thermal behavior, and geometric stability during long-duration cuts. 6. Precision Inspection & Metrology Oversee and perform inspection of large components using CMMs (fixed and portable), laser trackers, and high-accuracy manual metrology instruments. Apply advanced GD&T knowledge to verify form, position, runout, cylindricity, flatness, and other critical parameters. Lead root-cause investigations for dimensional deviations and implement robust corrective actions. 7. Project & Vendor Management Lead the end-to-end machining project lifecycle including DFM review, process planning, first-article machining, and delivery. Evaluate vendor capability in terms of spindle power, machine accuracy, software support, and shop-floor competency. Drive vendor adherence to technical requirements, cost models, and delivery timelines. 8. Manufacturing Documentation Produce high-quality documentation including setup sheets, tool lists, machining sequences, datum schemes, and QC plans. Ensure all documentation aligns with company standards and supports traceability for audits and process validation. 9. Technical Communication Communicate technical requirements clearly in strong professional English with engineering teams, vendors, customers, and internal leadership. Present machining feasibility analyses, risk assessments, and corrective action reports with precision and clarity. Required Qualifications15+ years of industry experience in CNC machining of large, high-precision metal components. Proven leadership experience overseeing a team of machining specialists. Expert mastery of Mastercam, including multi-axis programming and simulation. Hands-on experience with machining parts 2 meters in diameter or larger and machines with 3m+ bed sizes. Deep knowledge of GD&T and large-scale inspection methodologies. Proven capability in cost estimation, technical negotiation, and vendor performance management. Excellent spoken and written English skills. Preferred Background Experience in aerospace, energy, defense, heavy machinery, marine, or precision industrial manufacturing sectors. Familiarity with machining of advanced materials (superalloys, titanium, stainless steels, structural castings). Experience solving issues related to chatter, thermal distortion, spindle performance, and machine accuracy on large-format parts.
Location: Hyderabad, India Employment Type: Full-time Travel: Up to 10% (both Domestic & International) based on company travel policy Timing / Shift: India / Europe Shift / 6-day (Mon-Sat) Work Week / (9.30 am – 6.30pm IST) Winter DLS Time / (10.00 am – 7.30 pm IST) Summer, with Lunch Break Website: WWW.APOLLONIANTECH.COM Email: HR@APOLLONIANTECH.COM We are seeking a highly experienced CNC Machine Tool Instrumentation Lead with deep expertise in the instrumentation, integration, and troubleshooting of CNC machine tools and their associated automation systems. This role demands extensive knowledge of CNC control systems, sensors, measurement systems, servo drives, feedback devices, spindle monitoring, industrial communication protocols, and machine tool diagnostics. The successful candidate will lead a team of 3–4 instrumentation and controls specialists, providing technical direction, mentoring, and hands-on guidance. This role ensures high machine uptime, precision machining performance, reliable feedback loops, and robust instrumentation architecture across all machining assets. Core Technical Responsibilities 1. Technical Leadership & Team Management Lead and mentor a team of 3–4 instrumentation specialists, overseeing workload planning, troubleshooting activities, and skill development. Review technical tasks, validate instrumentation designs, and ensure work meets quality, safety, and performance standards. Build team capability in advanced diagnostics, CNC control tuning, sensor integration, and machine tool instrumentation best practices. Conduct structured performance reviews and implement continuous improvement initiatives. 2. CNC Machine Tool Instrumentation & Integration Design, install, calibrate, and maintain machine tool instrumentation including: – linear and rotary encoders – laser measurement systems – spindle load monitors – vibration and thermal sensors – tool-breakage detection systems – coolant monitoring and flow sensors – probing systems (touch probes, laser tool setters) Integrate instrumentation with CNC controls (Fanuc, Siemens, Heidenhain, Mitsubishi) to optimize machining accuracy, reliability, and process feedback. Ensure proper scaling, signal conditioning, and noise reduction in instrumentation circuits. 3. CNC Control System Diagnostics & Optimization Diagnose and resolve issues in CNC control architecture, including servo tuning, axis calibration, backlash compensation, kinematic alignment, and thermal drift correction. Conduct advanced troubleshooting of PLC logic, I/O mapping, ladder diagrams, and communication faults. Understanding of optimizing motion control parameters to improve surface finish, positioning accuracy, and machine stability. 4. Machine Tool Accuracy Validation & Calibration Understanding of high-precision calibration of large and small CNC machines using laser interferometers, ballbar systems, electronic levels, and straightness/flatness measurement tools. Understanding of machine geometry: squareness, pitch error, roll, yaw, parallelism, and rotary axis accuracy. 5. Process Monitoring & Data Acquisition Systems Implement advanced machine monitoring systems (MTConnect, OPC UA, MQTT, custom DAQ platforms). Deploy sensors and data loggers to monitor spindle behavior, cutting forces, thermal performance, vibration profiles, and tool wear signatures. Analyze sensor data to drive predictive maintenance, improve machining stability, and reduce downtime. 6. Vendor & Supplier Management Evaluate suppliers of sensors, measurement systems, control hardware, servo motors, and instrumentation components for capability and reliability. Manage vendor relationships for instrumentation upgrades, and machine tool enhancements. Conduct fact-based negotiations based on cost models, component specifications, and technical performance metrics7 7. Quality Assurance & Compliance Ensure all instrumentation work aligns with ISO, CE, machine safety standards, and OEM compliance requirements. Manage root-cause analyses for machine inaccuracies, sensor failures, and control-system malfunctions. Develop preventive maintenance schedules for CNC instrumentation and drive systems. 8. Documentation & Technical Reporting Prepare detailed documentation including wiring diagrams, calibration reports, instrumentation layouts, troubleshooting sheets, and diagnostic logs. Maintain updated schematics, control logic documentation, and machine capability reports. Provide clear communication in strong professional English to internal teams, vendors, and leadership. Required Qualifications 10–15+ years of experience in CNC machine tool instrumentation, or controls engineering. Proven leadership experience managing a small team of technical specialists. Deep technical knowledge of CNC controls, servo systems, sensors, metrology tools, and machine tool calibration techniques. Proficiency in interpreting electrical schematics, PLC logic, ladder diagrams, and instrumentation drawings. Strong troubleshooting capability across mechanical, electrical, control, and software domains. Experience with machine monitoring systems and industrial communication standards. Excellent spoken and written English communication skills.
Travel: Up to 10% (both Domestic & International) based on company travel policy Timing / Shift: India / Europe Shift / 6-day (Mon-Sat) Work Week / (9.30 am – 6.30pm IST) Winter DLS Time / (10.00 am – 7.30 pm IST) Summer, with Lunch Break Website: WWW.APOLLONIANTECH.COM Email: HR@APOLLONIANTECH.COM Location: Hyderabad, India Employment Type: Full-time Position Summary We are seeking a highly seasoned Sand Casting Lead with a minimum of 15 years of progressive experience in foundry operations, casting engineering, and large-scale casting production. This role requires mastery in casting simulation, process optimization, cost modeling, and supplier-managed manufacturing. The successful candidate will lead a team of 4–5 casting or process engineers, providing technical direction, mentoring, and workflow coordination. The role demands deep expertise in large sand castings of 3 meters and above, high-integrity casting design, value engineering, and simplification of casting processes. This position is critical in driving robust manufacturability, process efficiency, cost realism, and delivery performance across internal and outsourced foundry operations—including both casting and machining vendors. Core Technical Responsibilities1. Technical Leadership & Team Management Lead, mentor, and develop a team of 4–5 casting/process specialists in simulation, gating design, metallurgy fundamentals, and casting defect troubleshooting. Allocate workloads, review simulation outputs, and ensure adherence to quality and safety standards. Provide training on MAGMA, ProCAST, and advanced sand casting methodologies. Conduct performance reviews and drive continuous improvement within the casting engineering team. 2. Advanced Casting Simulation & Solidification EngineeringExecute complex mold-flow, filling, and solidification simulation using MAGMA, ProCAST, or equivalent platforms. Optimize gating, riser placement, feeding systems, thermal gradients, and solidification pathways. Predict defect mechanisms such as shrinkage porosity, hot spots, cold shuts, misruns, gas traps, and implement corrective design actions. Validate simulation outputs with process data and real-world casting results. 3. Sand Casting Process Engineering & Simplification Engineer simplified casting processes aimed at reducing complexity in core design, molding steps, and pattern construction. Develop improved parting-line strategies, mold box configurations, riser/feeder systems, and core-making approaches. Evaluate materials, binder systems, sand compaction techniques, and molding technologies for large-format castings (3m+ envelope). Drive value engineering initiatives to simplify casting geometry while meeting functional and structural requirements. 4. Cost Engineering & Data-Driven Supplier Negotiation Develop accurate casting cost models, incorporating melt cost, sand system cost, pattern/tooling cost, feeding aids, yield losses, and labor rates. Benchmark vendor quotations against cost models and process capability assessments. Conduct fact-based negotiations grounded in simulation data, casting yields, and bottom-up cost structures. Support sourcing teams in selecting optimal foundries for cost, capability, and quality. 5. Large Sand Casting Expertise Provide technical oversight for the production of large castings (3m+ dimensions or 4+ Tons single piece weight) including mold design, core assembly, tooling development, and pouring operations. Assess foundry capability, pouring capacity, ladle handling, melting furnace characteristics, and thermal control strategies for heavy castings. Evaluate shrinkage compensation, thermal distortion, and dimensional stability in oversized components. 6. Cast Part Inspection & Metrology Oversee dimensional inspection of cast parts using 3D scanning, CMMs, laser trackers, or template-based gauging. Interpret casting tolerances, machining allowances, and GD&T requirements. Lead defect identification and root-cause analysis for issues such as inclusions, porosity, weld repairs, and surface finish deviations. Implement corrective measures to eliminate recurring casting defects. 7. Project & Vendor ManagementLead the end-to-end casting project lifecycle—including DFM for castings, simulation validation, sampling, PPAP/FAI, and production ramp-up. Evaluate foundry vendors and machining partners for capability, process consistency, pattern-making quality, and capacity planning. Enforce technical requirements and ensure suppliers meet quality, timeline, and cost commitments. Coordinate machining vendors to ensure downstream dimensional accuracy and surface finish requirements. 8. Manufacturing Documentation. Generate comprehensive casting documentation including gating/risering design sheets, process sheets, simulation reports, tooling specifications, and inspection plans. Maintain traceability across design changes, tooling upgrades, and process revisions. Ensure all documentation aligns with internal quality systems and customer audit requirements. 9. Technical Communication. Communicate complex casting concepts clearly in strong professional English with cross-functional teams, suppliers, and customers. Present simulation results, defect analyses, risk assessments, and cost-reduction proposals in a structured, technically sound format. Required Qualifications15+ years of progressive foundry experience in sand casting process development, tooling design, and large casting manufacturing. Proven leadership experience managing a team of engineering specialists. Expert-level proficiency in MAGMA, ProCAST, or equivalent casting simulation tools. Hands-on experience with large-scale castings (3m+ envelope) and complex multi-core structures. Strong grasp of GD&T, casting tolerances, and dimensional inspection techniques. Proven capability in cost estimation, process-based negotiation, and vendor performance management. Excellent spoken and written English.