Impact HR & KM Solutions

Panchavati, Nashik

Key Responsibilities1. Quality Strategy & Systems ManagementEstablish & Maintain QMS: Develop, implement, and upgrade the Quality Management System (QMS) in alignment with international standards (such as ISO 9001, IATF 16949 for automotive, or ISO 13485 for medical devices, depending on the industry).Audit Readiness: Lead internal and external quality audits, serve as the primary point of contact for regulatory bodies, and ensure swift closure of any non-compliance findings.Standard Operating Procedures (SOPs): Review, approve, and enforce SOPs across the receiving, in-process, and final inspection stages.2. Operations & ControlDefect Prevention: Implement advanced quality tools like FMEA (Failure Mode and Effects Analysis), SPC (Statistical Process Control), and MSA (Measurement Systems Analysis) to predict and prevent defects.Root Cause Analysis: Lead complex investigations into product failures or customer complaints using 8D, 5-Why, and Fishbone (Ishikawa) methodologies to implement permanent corrective actions (CAPA).Vendor Quality Management: Collaborate with the procurement team to evaluate supplier quality, establish incoming material standards, and conduct supplier audits.3. Continuous Improvement & MetricsKPI Tracking: Monitor and report on key quality metrics, including COPQ (Cost of Poor Quality), PPM (Parts Per Million) defect rates, FTR (First Time Right), and customer return rates.Lean Practices: Drive continuous improvement initiatives using Lean Six Sigma methodologies to eliminate waste and optimize process efficiency.4. Leadership & Team ManagementTeam Development: Lead, mentor, and build the capability of the quality engineering and inspection teams (QA/QC Engineers, Programmers, Inspectors).Culture Shift: Foster a plant-wide Quality First mindset by training production operators and floor staff on quality standards.

Here is a robust job description for a Senior Operations Manager. This template is built for a fast-paced manufacturing or industrial environment, emphasizing high-level plant performance, cost control, cross-functional coordination, and strategic leadership.Job Description: Senior Operations ManagerDepartment: Plant Operations / ProductionReports To: VP of Operations / Chief Operating Officer (COO) / Plant HeadExperience Level: 12-15+ years (with a strong track record of managing multi-department operations)Job PurposeThe Senior Operations Manager is responsible for directing and optimizing all daily plant operations, including production, maintenance, logistics, and safety. The primary goal is to maximize production output, ensure high-quality standards, minimize manufacturing costs, and ensure safe, compliant daily execution in alignment with the company

Here is a detailed job description for a Production Engineer. This is a core shop-floor role that focuses on executing daily production schedules, managing a team of technicians and operators, and troubleshooting day-to-day manufacturing issues.Job Description: Production EngineerDepartment: Production / ManufacturingReports To: Production Manager / Plant Operations HeadExperience Level: 2-5 years (Mid-level)Job PurposeThe Production Engineer is responsible for overseeing daily shift operations on the manufacturing floor. This role ensures that production targets are met on time, within budget, and in compliance with safety and quality standards. The ideal candidate will bridge the gap between planning and execution, troubleshooting machine issues, and optimizing workforce utilization.Key Responsibilities1. Shift Execution & Target AchievementDaily Production Plans: Execute the shift-wise production schedule provided by the planning department to ensure maximum output.Manpower Allocation: Allocate operators, helpers, and technicians to specific assembly lines or machine stations (such as CNC, VMC, or Press shops) based on skill matrices.Shift Handover: Conduct clear shift handovers, documenting daily output numbers, raw material consumption, and outstanding technical issues.2. Process Optimization & TroubleshootingLine Balancing: Monitor assembly or machining lines to eliminate bottlenecks, reduce cycle times, and improve overall line efficiency.First-Line Troubleshooting: Diagnose and resolve minor mechanical, electrical, or process defects immediately to minimize downtime. Coordinate with the Maintenance team for major breakdowns.Setup & Changeover Management: Oversee tool or die changeovers on machines, ensuring compliance with SMED (Single-Minute Exchange of Die) techniques to reduce idle time.3. Quality & Material ControlIn-Process Quality: Collaborate with QA/QC inspectors to ensure that products meet structural and visual guidelines. Enforce standard operational steps to avoid re-work.Rejection Analysis: Track daily shop floor rejection and scrap rates. Participate in root cause analysis (using 5-Why or Fishbone methods) to minimize material waste.WIP Management: Monitor Work-in-Progress (WIP) material levels to keep the floor organized and ensure a smooth material flow.4. Safety & Shop Floor Discipline5S Implementation: Maintain high standards of housekeeping, organization, and safety cleanliness on the shop floor using 5S principles.PPE Enforcements: Ensure 100% compliance with personal protective equipment (PPE) guidelines by all operators and contract staff.

2. Breakdown Troubleshooting & RepairLine-Side Emergency Support: Provide rapid response to the shop floor (e.g., automated welding or CNC lines) when a fixture causes line stoppages, part misalignment, or structural defects.Root Cause Analysis: Analyze recurring fixture failures or component wear-out rates. Implement permanent modifications to improve fixture durability.3. Fixture Modifications & Tool Room SupportDesign Modifications: Read engineering drawings and blueprints (including complex GD&T parameters). Coordinate with the design team to implement minor changes or engineering changes (ECNs) on existing fixtures.Machining Coordination: Work closely with Tool Room machinists to fabricate replacement pins, blocks, or details using VMC, milling, grinding, or EDM machines.Welding Spatter Control: For welding fixtures, implement preventative measures (like anti-spatter coatings or specialized guards) to protect locator surfaces and sensors from continuous heavy spatter buildup.4. Quality & DocumentationHistory Logs: Maintain meticulous digital or physical logs of fixture maintenance history, calibration charts, and wear-analysis reports.MSA & CMM Coordination: Coordinate with the Quality team to verify fixture repeatability through Measurement Systems Analysis (MSA) and Coordinate Measuring Machine (CMM) reports.

Key Responsibilities1. Prototyping & Product DevelopmentConcept Evolution: Translate 3D CAD models and schematics into physical prototypes using rapid prototyping techniques (3D printing, soft tooling, CNC machining).Design for Manufacturability (DFM): Review product designs early to ensure they can be efficiently mass-produced using existing plant capabilities (e.g., stamping, injection molding, casting, or automated assembly).Material Selection: Evaluate and select appropriate raw materials, surface treatments, and electronic components based on performance specifications and cost targets.2. Testing, Simulation & ValidationTesting Protocols: Design, set up, and execute functional validation tests (destructive and non-destructive, thermal, vibration, or fatigue testing) to evaluate product limits.Failure Analysis: Actively analyze design or component failures during the testing phase. Utilize Root Cause Analysis (RCA) to iterate and improve the product design.DFMEA & PFMEA: Lead Design Failure Mode and Effects Analysis (DFMEA) sessions to identify potential product weaknesses before full-scale manufacturing begins.3. Manufacturing Transition & APQPProcess Development: Define the optimal manufacturing sequence, assembly line layouts, and specialized tooling/fixtures required for the new product.Documentation: Create essential engineering documentation, including Bill of Materials (BOM), engineering change notes (ECNs), standard operating procedures, and component specifications.PPAP & Launch Support: Collaborate with the Quality and Production teams to execute pilot production runs and facilitate the Advanced Product Quality Planning (APQP) or Production Part Approval Process (PPAP).

A Fitter is one of the most critical roles on any engineering or assembly shop floor. In industrial manufacturing, fitters are the highly skilled mechanical technicians responsible for assembling, alignment, positioning, and constructing heavy machinery, structures, and mechanical components based on blueprint drawings.Here is a standard, practical job description tailored for manufacturing environments.Job Description: Mechanical Fitter / Assembly FitterDepartment: Production / Assembly / Tool RoomReports To: Shop Floor Supervisor / Production EngineerExperience Level: 2-5 years (ITI / NCVT certified preferred)Job PurposeThe Fitter is responsible for measuring, cutting, grinding, aligning, and assembling metal components and mechanical sub-assemblies to construct structural parts or complete machinery. Working directly from blueprint drawings, this role ensures all mechanical parts fit together seamlessly within precise micro-tolerances before passing the equipment down the production line.Key Responsibilities1. Mechanical Assembly & AlignmentBlueprint Reading: Interpret complex mechanical drawings, structural blue prints, and symbols to understand dimensional layouts and tolerances.Component Assembly: Fit and assemble structural components and sub-assemblies using hand tools, pneumatic power tools, and lifting equipment.Precision Alignment: Align parts accurately using measuring instruments such as vernier calipers, micrometers, dial gauges, and height gauges to ensure zero geometric deviation.2. Metal Preparation & FabricationScraping & Finishing: Hand-scrape, file, grind, and chisel surfaces to ensure perfectly smooth mating surfaces between heavy machine parts.Cutting & Tapping: Perform precise manual drilling, thread tapping, reaming, and basic structural gas cutting or grinding as required by the technical layout.Tack Welding: Perform minor tack welding (Arc or MIG) to temporarily secure metal structures in position before final full-welding teams take over.3. Maintenance & Tool UpkeepTool Maintenance: Ensure all precision hand tools, jigs, fixtures, and shop floor equipment are cleaned, lubricated, and properly stored.First-Line Diagnostics: Check assembled machinery for functional errors, leakage, or mechanical friction during dry-run testing and rectify misalignments instantly.4. Shop Floor Discipline5S Compliance: Maintain a clean, organized, and hazard-free workbench space adhering to strict 5S standards.Safety Protocols: Wear all mandatory Personal Protective Equipment (PPE) like safety shoes, protective glasses, and heavy-duty gloves during cutting, grinding, or assembly.

A Rigger is a highly vital, specialized safety-and-execution role on any heavy industrial manufacturing floor, construction site, or engineering project. In heavy engineering and infrastructure industries, riggers are the professionals responsible for aligning, attaching, balancing, and moving heavy machinery, structural components, and oversized loads using cranes, hoists, and rigging gear.Because they move equipment weighing anywhere from hundreds of kilograms to multiple tons, a rigger's job is heavily tied to rigorous safety protocols and precision.Job Description: Heavy Industrial RiggerDepartment: Plant Maintenance / Project Execution / ProductionReports To: Rigging Supervisor / Maintenance Engineer / Site In-chargeExperience Level: 2-5 years (Rigging certification/ITI preferred)Job PurposeThe Rigger is responsible for preparing, securing, and supervising the movement of heavy machinery, fabricated structural parts, and large materials across the factory or project site. Working closely with crane operators, this role ensures all heavy lifts are perfectly balanced, securely tethered, and moved without causing damage to the plant infrastructure, machinery, or personnel.Key Responsibilities1. Load Calculation & SlingingWeight Estimation: Determine the weight, center of gravity, and clearance requirements of heavy loads before initiating any lift.Gear Selection: Inspect and select the appropriate rigging equipment-such as nylon slings, steel wire ropes, shackles, continuous chains, hooks, and turnbuckles-based on load capacity ratings.Secure Hitching: Tie, hitch, or clamp the rigging gear onto the machinery or structural load safely to eliminate sliding, tilting, or dropping risks during movement.2. Lifting & Crane CoordinationSignaling & Spotting: Direct crane, hoist, or forklift operators using clear, standardized hand signals or two-way radio communication to safely steer the load through tight industrial bays.Equipment Positioning: Oversee the smooth landing, leveling, and positioning of heavy equipment (such as massive presses, storage tanks, or VMC machines) onto their foundations or structural anchoring bolts.Tackle Management: Set up and dismantle temporary rigging structures like chain blocks, winches, pulley systems, and gantry frames on-site.3. Safety Inspections & MaintenanceDaily Inspection: Perform mandatory daily checks on all ropes, slings, and lifting tackles for signs of wear, fraying, cracks, or deformation. Immediately tag and quarantine damaged equipment.Safe Working Load (SWL): Ensure strict compliance with the Safe Working Load limits of all lifting gear without exception.4. Site Discipline & TeamworkArea Barricading: Secure and clear the lifting zone or pathway of all non-essential personnel before a heavy lift begins.5S Compliance: Maintain the rigging store room by properly rolling, cleaning, oiling, and hanging slings and chains according to safety standards.

Here is a detailed and highly functional job description for an Industrial Welder. This profile is tailored for engineering, sheet metal, and structural fabrication environments, where precision, blueprint reading, and safety are paramount.Job Description: Industrial Welder / FabricatorDepartment: Production / Fabrication Shop / MaintenanceReports To: Welding Supervisor / Production EngineerExperience Level: 2-5 years (ITI / Welder Certification preferred)Job PurposeThe Welder is responsible for joining metal components, plates, tubes, and structures using various industrial welding techniques based on blueprint specifications. This role requires a high level of manual dexterity, an understanding of metallurgy, and strict adherence to dimensional tolerances to ensure strong, defect-free welded joints that meet rigorous quality standards.Key Responsibilities1. Welding Operations & TechniquesMulti-Process Welding: Set up and operate welding equipment to perform high-quality MIG (Metal Inert Gas), TIG (Tungsten Inert Gas), and SMAW (Shielded Metal Arc/Stick) welding based on the material thickness and job specifications.Machine Calibration: Adjust welding machine parameters, including current (amperage), voltage, gas flow rate, and wire feed speed, to match the specific metal type (Mild Steel, Stainless Steel, or Aluminum).Positional Welding: Execute clean and structurally sound welds in various positions, including flat, vertical, horizontal, and overhead positions.2. Fit-Up & Fabrication SupportBlueprint Analysis: Read and interpret mechanical engineering drawings, welding symbols, layouts, and process sheets to determine the required weld dimensions and sequences.Pre-Weld Preparation: Clean, grind, bevel, and clamp metal pieces together to ensure a perfect fit-up. Use measuring tools like vernier calipers, pitch gauges, and squares to verify alignment before striking an arc.Tack Welding: Apply precise tack welds to temporarily secure structures in place before executing the final continuous weld bead, preventing thermal warping or distortion.3. Quality Assurance & Defect PreventionVisual Inspection: Conduct immediate post-weld visual inspections to check for common welding defects such as porosity, undercut, slag inclusion, cracks, or lack of penetration.Post-Weld Finishing: Use chipping hammers, wire brushes, and angle grinders to clean slag, remove spatter, and smooth out weld seams for a neat finish.4. Safety & Shop Floor DisciplinePPE Enforcements: Operate with absolute compliance regarding welding safety gear, including auto-darkening welding helmets, leather aprons, welding jackets, and heavy-duty heat-resistant gloves.Fume & Fire Safety: Ensure the welding booth extraction systems are active and maintain a clear, hazard-free zone around flammable gas cylinders (Argon, $CO_2$, Acetylene).

Key ResponsibilitiesOperational Leadership & Production Target Mastery:Direct and manage daily plant operations for production, quality control, maintenance, and shipping/receiving.Plan and execute production schedules to ensure timely delivery to clients while optimizing resource utilization.Monitor operation expenses and research ways to reduce costs while maintaining or improving product quality.Process Optimization & Lean Manufacturing:Implement and champion continuous improvement strategies (such as Lean Manufacturing, Six Sigma, 5S, and Kaizen) to reduce waste and eliminate bottlenecks.Analyze workforce utilization, equipment downtime, and material scrap trends to increase Overall Equipment Effectiveness (OEE).Quality Assurance & Maintenance:Collaborate with the Quality department to ensure all finished products strictly comply with company and customer standards.Oversee preventive and breakdown maintenance schedules for plant machinery to minimize production disruptions.Compliance, Safety & Industrial Relations:Ensure the facility operates in strict compliance with all local statutory laws (Factory Act, pollution control norms, labor laws, and industrial safety regulations).Maintain a safe and clean working environment, driving a Zero Accident culture on the shop floor.Manage labor and industrial relations smoothly, resolving grievances and fostering high workforce morale.Budgeting & Reporting:Prepare, manage, and present annual operational budgets, Capital Expenditure (CAPEX) requirements, and monthly MIS reports to executive leadership.

Key ResponsibilitiesOperations & Maintenance:Oversee preventive, predictive, and breakdown maintenance of plant machinery and utilities (like compressors, boilers, HVAC, and hydraulic/pneumatic systems).Troubleshoot mechanical equipment failures and implement root cause analysis (RCA) to prevent recurrence.Process & Production Optimization:Assist in production planning and control (PPC) to ensure manufacturing targets are achieved smoothly.Implement continuous improvement methodologies (such as Lean Manufacturing, 5S, Kaizen, and TPM) to enhance shop-floor efficiency and minimize downtime.Design & Development (If applicable to the specific domain):Read, interpret, and modify technical drawings, blueprints, and schematics.Collaborate on the installation and commissioning of new machinery and capital equipment (CAPEX).Quality & Safety Compliance:Ensure all mechanical processes and finished products comply with international quality standards (like ISO 9001).Enforce a strict culture of industrial safety and environmental compliance across the plant.

Key ResponsibilitiesIncoming Material Inspection:Perform physical and dimensional inspections of raw materials, castings, forgings, or electronic components upon arrival.Interpret engineering drawings, blueprints, and standard inspection plans to verify parts accuracy.Gauge & Instrument Handling:Expertly operate standard precision measuring instruments such as Vernier Calipers, Micrometers, Height Gauges, Bore Gauges, and Thread Gauges.Ensure all inspection tools and instruments used are properly calibrated and maintained.Documentation & Reporting:Maintain detailed Incoming Inspection Reports (IIR) and update material status (Approved/Rejected/Hold) in the ERP or Excel tracking system.Generate Goods Receipt Notes (GRN) clearances for accepted batches.Rejection Management & Vendor Coordination:Identify deviations, issue Non-Conformance Reports (NCR) for defective materials, and isolate rejected stock in the designated red-bin/rejection area.Provide feedback and data to the Supplier Quality Assurance (SQA) team to help resolve recurring vendor issues.Process Compliance:Ensure compliance with ISO 9001, IATF 16949, or company-specific quality management systems.Practice 5S in the inspection area and follow proper material handling guidelines.

Key ResponsibilitiesFinancial Record Keeping: Process and log all daily transactions, including purchase invoices, sales entries, receipts, and journal vouchers into the accounting system.Taxation & Filing:Prepare, verify, and assist in filing monthly and quarterly GST returns (including GSTR-1 and GSTR-3B).Perform routine reconciliations of purchase registers with GSTR-2B to optimize Input Tax Credit (ITC).Calculate monthly TDS liabilities, process timely payments, and assist with quarterly TDS return documentation.Banking & Cash Management: Execute weekly bank reconciliations, track outstanding balances, monitor daily cash flow, and manage the office petty cash ledger.Ledger & Vendor Management:Reconcile vendor and customer accounts regularly to resolve billing or payment discrepancies.Track accounts receivable and follow up with clients to ensure timely collections.Audit Support & Finalization: Assist senior financial management and external auditors during quarterly reviews and financial year-end closing processes.