Main : A Mechanical Lead is responsible for leading the design, development, and optimization of mechanical systems and components. This role involves integrating computational, thermal, and fluid dynamics to ensure high-performance and reliable instruments, while collaborating with cross-functional teams to drive innovation and efficiency. Mechanical Design and Development : Lead the design and development of mechanical components and systems for OES instruments, ensuring they meet performance, reliability, and manufacturability standards. Thermal and Fluid Dynamics Analysis : Conduct computational analysis of thermal and fluid dynamics within the OES systems, optimizing these parameters to enhance instrument stability and efficiency. Prototyping and Testing : Oversee the creation of prototypes and conduct rigorous testing to validate designs, using advanced tools and techniques to ensure alignment with project specifications. Cross-functional Collaboration : Work closely with other R&D teams, including optics and electronics, to integrate mechanical designs with other system components, ensuring cohesive and high-performing OES products. Role & responsibilities Preferred candidate profile
Primary purpose of the role Testing and Inspection of Mechanical tests like tensile testing, Impact, Hardness test (Brinell, Rock well, Vickers), Microscope tests like grain size, Decarb, Inclusion testing and interpretation. Major responsibilities -Reviews customer specifications and develops manufacturing methods -To maintain equipment logbook and keep the equipment in working order. -Managing daily routine work of the labs. -Support materials development, processes, and applications -Deep knowledge of metallurgy in any of the following alloy systems, Al, Ti, Ni, Co, and Fe -Any other duty assigned by lab in charge/HOD.
Job Description Designation: Software Engineer Educational Qualifications: BSc (Computer science), B.E. in Computers Key Responsibilities Follow the complete software development lifecycle (SDLC), from requirement gathering to deployment, with hands-on experience in Agile Development Methodology. Design, develop, code, debug, and test software applications to ensure high performance, reliability, and security. Maintain existing software versions and products, handling change requests and feature additions for already deployed systems. Gather preliminary information, analyze business needs, and define the architecture for custom applications. Adapt and respond to changing customer requirements, ensuring software solutions remain relevant and effective. Maintain comprehensive documentation for designs, development processes, and critical product data, ensuring transparency and future scalability. Software Testing Perform unit testing, integration testing, and system testing to ensure the software meets functional and performance requirements. Work closely with QA teams to develop automated test scripts and execute manual testing where necessary. Identify, document, and resolve bugs. Technical Skills, Certifications and Knowledge Programming & Development: Hands-on experience in C# .NET development frameworks. Software Design & Testing: Strong experience in designing, coding, and testing applications, ensuring robustness and efficiency. Communication Protocols: Worked with Serial (COM port), TCP/IP, and Wi-Fi communication protocols for seamless data exchange. Mathematical & Algorithmic Skills: Ability to develop algorithms using mathematical linear equations, applying theoretical knowledge to real-world solutions. API Development: Well versed in API Development. Innovation & Problem-Solving: Ability to analyze and resolve complex technical issues using creative and effective solutions. Technology Awareness: A deep understanding of industry trends and emerging technologies, applying them to improve software design and implementation. Experience in spectrometer or scientific software development (preferred). Working Environment/Physical Demands Cross-Team Collaboration: Willingness to work closely with other engineering teams, such as the Application team, to develop constructive and effective solutions. Interdepartmental Coordination: Ability to coordinate with multiple departments, including Calibration, Service, and Production teams, ensuring seamless workflow and successful project execution. Tools/Machinery/Software Knowledge Required Programming & Development Tools: Proficiency in C# .NET, Multi-threading, Python for software development. Database Management: Experience with MS Access, MS SQL Server, SQLite for efficient data storage and retrieval. Report Generation and Export to text and CSV files: Ability to generate Excel and PDF reports and export data to TXT & CSV files using .NET frameworks for analysis and documentation. Testing Knowledge (Advantageous): Basic understanding of software testing concepts, including unit testing, API testing, and performance testing. Experience with tools like Selenium, NUnit, xUnit, and Postman is a plus.
Position Title: Mechanical Design Engineer Location: Mumbai Department: R&D Employment Type: Full-Time ROLE OVERVIEW: We are seeking an experienced Mechanical design engineer to drive the design, development, validation and optimization of mechanical sub-system/ systems for high-performance Optical Emission Spectrometry (OES) Systems. The role involves applying computational, thermal, and fluid dynamics expertise to ensure reliability and efficiency, while handling cross-functional collaborations with Optics, Electronics, Production and Service teams. KEY RESPONSIBILITIES: Undertake design and development of mechanical Sub-systems and systems for opto- electronic instruments. Ensure that designs meet performance specifications, reliability, and manufacturability standards by conducting Design review, DFM, DFMEA and Change Management process. Build prototypes and conduct rigorous testing to validate the mechanical designs and concepts and ensure alignment with project specifications. Identify design improvement possibilities and carry out refinement of existing mechanical designs as part of Continuous Improvement tasks. Document test results and assist in the identification and resolution of design issues. Generate high quality 2D and 3D drawings compliant with relevant industrial standards. Liaise with vendors to ensure alignment of expectations and manage manufacturing related challenges to ensuring design quality and timely delivery. Collaborate with Optics, Electronics, and other R&D teams for cohesive system integration. Conduct thermal and fluid dynamics simulations for system stability and efficiency improvements. Develop and maintain BoMs, test plans, CAD models, and other relevant documentation for production release. Support production, service teams, and vendors with troubleshooting and design optimization. REQUIRED QUALIFICATIONS & EXPERIENCE: Education: Bachelors degree in Mechanical Engineering Or, Masters degree in Mechanical Engineering Experience: Design and development of mechanical, opto-mechanical and pneumatic systems with tight tolerances in a product development environment, preferably analytical instrumentation. Proven experience of working with high precision manufacturing, CNC/ VMC, lathe, sheet metal, Plastic injection moulding, Vacuum Casting, Additive manufacturing processes. Expert in GD&T and tolerance stacking. Interacted with cross functional teams to deliver an integrated product that spans electronics, optics, software and firmware. Performed simulations for structural integrity as well as for thermal and fluid dynamics to enhance product features and designs. Experience in change management, cross-functional collaboration, and leading mechanical teams. TECHNICAL SKILLS: Must have: Proficiency in CAD/CAE tools (e.g., SolidWorks, CATIA, ANSYS, COMSOL) for mechanical design and simulations. Prototyping, mechanical testing, and validation using modern tools and instruments. Experience in material selection, manufacturability analysis, and design for reliability. Knowledge of Sheet metal, CNC / VMC machining and lathe Good to have: Plastic product design as per Vacuum Casting, Injection Moulding and Additive manufacturing processes. Expertise in thermal and fluid dynamics simulations. Basics of pneumatic and optics components, Knowledge of vibration analysis, fatigue, and reliability testing protocols. Understanding of environmental, thermal shock, and lifecycle testing standards. SOFT SKILLS: Strong analytical and problem-solving abilities Excellent verbal and written communication skills Ability to work collaboratively with cross-functional teams Proactive approach with strong ownership and accountability Ability to manage timelines and deliver quality outcomes under tight schedules
Position Title: Hardware Design Engineer Location: Mumbai Department: R&D Employment Type: Full-Time ROLE OVERVIEW: We are seeking a highly skilled Hardware Design Engineer with hands-on experience in Sub system/System level Design (Analog, Digital & Power), assembly, integration and validation while delivering complex, production-grade hardware for cutting-edge Electro-optics products. KEY RESPONSIBILITIES: Design and development of Analog, Digital and Power Electronics (good to have) sub systems/ systems. Handling component selection and creating of schematics as per the design requirements. Build and test prototypes, drive design reviews and manage design change requests. Ensure that signal & power integrity, and thermal considerations are addressed in the designs. Use EDA tools such as Altium Designer, Cadence, Xpedition, Allegro, OrCAD for schematic and PCB development Develop and maintain BoM, Wiring chart, Test plan and other relevant design documentations for Production release. Perform System and Sub-system level bring-up, hardware testing, and debugging using lab equipment such as Oscilloscopes, Multi-meters, Function generators and Logic analyzers. Ensure compliance with EMI/EMC design best practices at Sub-System and System level. Collaborate with Firmware, Software, Mechanical, Production and Service teams. Diagnose and troubleshoot Production and Site units as and when required. Coordinate with PCB fabricators and EMS vendors to facilitate DFM/DFT to ensure designs meet reliability and quality targets. Conduct feasibility analysis and trade-off studies during concept and architecture phase. REQUIRED QUALIFICATIONS & EXPERIENCE: Education: Bachelors degree in Electronics Engineering Or, Masters degree in Electronics Engineering Experience: Hands-on hardware design (Sub-system, system and PCB level) in product development environments Demonstrated experience with Digital, Analog, Mixed-signal Design and preferably with power electronics. Proven delivery of designs compliant with international standards (e.g., FCC, CE, UL, RoHS) Good understanding of Change Management for design change requirements TECHNICAL SKILLS: Must have: Sub-system/ System level design (Analog, Digital & Power) and Schematic Design using modern EDA and design tools Experience with Microcontrollers, Microprocessor, SoCs, and communication interfaces (e.g., SPI, I2C, UART, Ethernet, RS485, USB). PCB, Sub-system/System level bring-up, test plan execution, hardware debugging, redesigning, and component-level troubleshooting. Familiarity with simulation tools such as LTspice, Multisim, Altium SIM Strong knowledge of earthing and grounding at PCB and Sub-system/ System level Good to have: Multilayer PCB design (up to 4 layers), signal integrity, power distribution, and thermal management, DFM/DFT, PCB stack-up design, impedance control, and EMI mitigation Experience with FPGA Experience in high-speed digital interfaces and signal integrity simulation Exposure to electro-optics or mechatronic system development environments Familiarity with environmental, thermal shock, or reliability testing protocols SOFT SKILLS: Strong analytical and problem-solving abilities Excellent verbal and written communication skills Ability to work collaboratively with cross-functional teams Proactive approach with strong ownership and accountability Ability to manage timelines and deliver quality outcomes under tight schedules
Job Purpose: To ensure that all finished goods (FG) meet company quality standards and customer specifications before dispatch. The PDI Quality Inspector is responsible for carrying out final quality checks, functional testing, cosmetic inspection, and verification of packaging/documentation to guarantee defect-free delivery. Key Responsibilities: Inspection & Testing Perform detailed visual and functional inspections of finished electronic products before shipment. Verify compliance with technical specifications, quality standards, and customer requirements . Conduct operational tests (power on/off, performance tests, safety checks, firmware verification). Check for cosmetic defects (scratches, dents, alignment, labelling accuracy). Documentation & Reporting Maintain accurate inspection records, checklists, and test reports. Record non-conformances and escalate issues to the Quality Manager. Ensure all compliance certificates, manuals, warranty cards, and accessories are included in the packaging. Coordination & Follow-Up Work closely with production, PPC, quality, service, and logistics teams to address identified issues before shipment. Follow up on rework and re-inspection activities to ensure product readiness. Process Compliance Adhere to ISO, IPC, or other relevant quality standards for applicable for the product. Ensure compliance with ESD (Electrostatic Discharge) safety protocols during inspection. Support continuous improvement initiatives by providing feedback to the manufacturing and design teams. Tools & Equipment Handling Use inspection tools such as multimeter, oscilloscope, signal generators, thermal cameras etc., as required. Ensure proper calibration and maintenance of test equipment. Key Skills & Competencies: Strong knowledge of electronics testing and troubleshooting . Familiarity with quality inspection procedures for electronics. Attention to detail and ability to spot minor defects . Good understanding of schematics, assembly drawings, and wiring diagrams . Good understanding of delivery orders raised for dispatch for sales & service. Proficiency in using testing tools and inspection checklists. Ability to work under deadlines and handle multiple inspections. Strong documentation and reporting skills. Qualifications & Experience: Diploma / B.Tech in Electronics, Electrical, or related field. 2-5 years of experience in electronics quality inspection or testing. Knowledge of ISO 9001, IPC-A-610, and safety regulations preferred. Experience in PDI for consumer electronics, industrial electronics, or embedded devices is an advantage. Work Conditions: Factory or store environment. May require extended working hours during peak dispatch schedules. Standing and handling products for long periods.
A Service Engineer in the Service Department plays a critical role in ensuring customer satisfaction by handling the installation, commissioning, and maintenance of analytical instruments and accessories. Reporting to the Area Service Manager, the Service Engineer is responsible for executing warranty and AMC visits, promptly addressing breakdowns, and meeting turnaround times (TAT). The role also involves follow-up with customers and internal teams, achieving sales targets for accessories and consumables, and maintaining a high Customer Satisfaction (CSAT) score. The position demands technical expertise, customer-centricity, and a proactive approach to problem-solving. Installation and Commissioning Perform the installation and commissioning of analytical instruments and accessories at customer sites, ensuring proper setup, calibration, and functionality. Warranty, AMC, and Breakdown Services Execute warranty and Annual Maintenance Contract (AMC) visits Attend to breakdowns at customer sites Resolving issues promptly within the established turnaround time (TAT) to minimize downtime. Customer and Internal Coordination Maintain proactive follow-up with customers and internal support teams regarding service, maintenance, and sales of accessories/spares Ensuring smooth communication and timely resolution of issues. Documentation on SAP and Salesforce Accurately document service activities and fill up DAR reports timely after every visit on Salesforce Generating reports and managing MIS Sales and Revenue Generation Actively contribute to service-related revenue generation by achieving sales targets for accessories, consumables, and service contracts (AMC, ISP, CRM & Spares) Collecting new customer references to expand business opportunities.
A Sales Engineer plays a crucial role in identifying and generating opportunities for the sale of specialized products like spectrometers, working closely with the Regional Sales Manager (RSM) to meet regional sales targets. The role involves understanding market needs, building and maintaining strong relationships with clients, and keeping track of industry developments. A Sales Engineer is also responsible for monitoring competitor activities and providing necessary after-sales support while ensuring payment recovery within agreed terms. Opportunity Generation: Identify and develop sales opportunities for spectrometers, focusing on market penetration and client acquisition. Market Analysis: Research and track new market needs, expansions, and potential projects to align sales strategies with emerging trends. Client Information Management: Maintain updated client data, ensuring comprehensive knowledge of their operations and needs. Competitor Monitoring: Monitor competitors strategies, strengths, weaknesses, and analyze lost opportunities to refine sales approaches. Post-Sales Support & Payment Recovery: Provide necessary documentation for after-sales service and ensure timely recovery of payments as per contract terms Qualification: B.Tech/B.E. Electronics (preferred) or MBA Sales & Marketing Experience: 3+ years Location: Ahmedabad and Gurugram
FIND ON MAP