Key Responsibilities: Lead the integration of UAV systems and oversee complete field testing operations. Coordinate effectively between design, integration, and testing teams to ensure seamless execution. Identify and debug system failures in both lab and field environments. Validate new UAV builds to ensure readiness for deployment and field use. Analyze test outcomes and recommend design improvements for better performance and reliability. Proven hands-on experience in UAV build, assembly, and end-to-end flight testing. Advanced troubleshooting skills across avionics, propulsion, and communication subsystems. Proficiency in operating ground control stations and using mission planning software (e.g., Mission Planner, QGroundControl). In-depth, cross-functional knowledge of UAV integration procedures and quality assurance practices.

Job Summary: We are seeking a dynamic and detail-oriented Test Engineer to perform comprehensive system-level testing across a wide range of defense-grade electronic products. The role involves integrated system testing, power supply verification, battery endurance validation, and drone system field evaluations. The ideal candidate should have hands-on experience in both laboratory and field-testing environments and be passionate about high-reliability system validation. Key Responsibilities: Conduct integrated system testing for RF detection systems, counter-drone platforms, and secure communication products. Execute power supply testing at system level, validating voltage regulation, load behavior, backup time calculations, and overall energy efficiency. Perform battery testing including endurance tests, load cycling, efficiency measurements, and environmental stress assessments. Carry out drone system testing to evaluate detection, tracking, jamming effectiveness, and field performance of anti-drone solutions. Develop detailed test plans, test procedures, and test reports according to product specifications and defense standards. Interface closely with design, integration, and QA teams to support troubleshooting, root cause analysis, and corrective action implementation. Hands on experience on test equipment such as oscilloscopes, spectrum analyzers, RF test benches, power supplies, and electronic loads. Support field trials, environmental testing, and validation activities as per customer and internal requirements. Ensure proper documentation of test results and maintain a defect tracking system for failures observed during testing. Assist in system calibration, EMI/EMC pre-compliance testing, and field deployment verifications.

Develop and optimize C/C++ applications for high-performance systems using OOP principles, multi-threading, and networking (TCP/UDP). Work on x86 and ARM-based systems, including microcontroller and processor-based designs (NXP, ARM architecture). Implement driver development for Ethernet, PCI, and communication protocols such as SPI, I2C, UART, Ethernet, RS422, and RS485. Configure and maintain bootloaders and ensure seamless interaction between kernel and user-space components. Develop software for ASIC prototyping in FPGAs using ARM core-based designs and AXI bus programming. Perform unit testing, integration testing, and software maintenance, ensuring adherence to quality standards. Collaborate with cross-functional teams to integrate software with hardware systems. Document technical processes and findings and present results to internal teams and stakeholders. Skills : - x86 ,ARM-based systems, microcontroller , processor-based designs, Ethernet, PCI, communication protocols, ASIC prototyping in FPGAs, ARM core-based designs and AXI bus, bootloaders, kernel/user-space interactions, and open-source tools

Qualification: Bachelors or Masters degree in Electronics/Electrical Engineering or related fields. 5-10 years of experience in embedded hardware design, specifically in electronic warfare or related fields. Proven track record in designing systems and subsystems from defined architectures. Expertise in RF and digital concepts, as well as hands-on experience with RF and digital measuring equipment. About the Role: We are seeking a Hardware Design Engineer Module Lead to lead the development and integration of hardware systems and subsystems within our electronic warfare (EW) and radar systems. As a Hardware Design Engineer Module Lead, you will: Design and develop subsystems and systems as per technical specifications. Lead a team of engineers, providing guidance and resolving technical challenges. Ensure that all designs meet the technical and performance standards. Key Responsibilities Module Development and Integration: Design, develop, and integrate hardware modules into subsystems and systems based on specifications and standards. Technical Leadership: Attend progress review meetings and update management. Mentor and guide a team of hardware engineers. Address technical challenges encountered during development. Testing and Validation: Develop and execute comprehensive test plans for hardware modules, cable sets, and subsystems. Documentation: Prepare and maintain technical documents, including cable sets, module readiness documents, and test reports. Collaboration and Communication: Work closely with cross-functional teams, including mechanical, embedded software, and project management. Communicate project updates and technical resolutions to stakeholders.

About the Role: We're looking for an experienced PCB Design Engineer Module Lead to lead innovative projects in high-speed digital and RF PCB layouts for advanced electronic systems, including radar and electronic warfare systems. As a Module Lead, you will: Oversee the design, development, and implementation of RF and digital PCB layouts. Lead end-to-end design processes, ensuring technical excellence and quality standards. Mentor and guide a dynamic team of engineers to deliver outstanding results. Key Responsibilities Design and develop RF and digital PCB layouts from concept to production. Collaborate with cross-functional teams to gather and evaluate design requirements. Optimize PCB designs for signal integrity, power integrity, and thermal performance. Ensure adherence to industry standards (IPC, MIL-STD) and organizational guidelines. Guide component selection, ensuring compatibility and cost-effectiveness. Perform DFM (Design for Manufacturability), DFT (Design for Testability), and EMI/EMC compliance checks. Conduct simulations and testing to validate PCB performance. Mentor junior engineers and drive team success. Maintain project timelines, allocate resources, and ensure on-time delivery.

Key Responsibilities: Integration & Validation: Ensure design correctness, stability, and performance under varied conditions. Collaboration: Coordinate with vendors, oversee integration, and liaise with aerospace and defence organizations. Technical Expertise & R&D: Conduct theoretical/practical validations, participate in conferences, and engage in aerospace research.

Job Summary: To lead end-to-end RF system design validation and troubleshooting for cutting-edge wireless and defense solutions. This role is perfect for experienced RF engineers ready to take ownership of complete RF subsystems from lab setup to field deployment. Key Responsibilities: Define and validate RF system-level specifications aligned with project goals. Lead testing, debugging, and validation of integrated RF subsystems. Develop and execute test plans, validation procedures, and technical protocols. Perform root cause analysis on RF signal issues and performance deviations. Collaborate with cross-functional teams for system integration and compliance testing. Create detailed technical documentation: test logs, integration manuals, design reviews, and compliance reports. Support field trials and optimize system performance under real-world conditions. Mentor junior engineers and review system setups for standard compliance.

Key Responsibilities: 1. Design and Development: Partition algorithms for implementation in FPGA and/or software. Identify building blocks and signal processing functions. Provide estimates on FPGA resources, computation bandwidth, and memory requirements. Define the architecture of RTL functions and create module-level details from architecture to coding and simulation. 2. Project Ownership: Manage projects from concept to delivery, including risk identification, dependency management, mitigation planning, and tracking project schedules. Conduct design reviews and hold discussions with customers to ensure alignment. 3. Verification and Validation: Apply methodologies for design, verification, and validation. Conduct peer reviews of designs and simulations. 4. Documentation: Define, create, and maintain project-related documentation, including design documents and detailed analysis reports. 5. Customer Interaction: Understand customer requirements, specifications, and tender inquiries. Define system, and board architectures based on requirements. 6. Support: Provide customer support during integration phases at test sites. Assist production teams as needed. Minimum Service Agreement : 12 Months Service

Job Summary: Responsible for quality control of PCB assemblies, cable harnesses, and system-level integrations by inspecting components, soldering, and wiring as per In-Process Quality Control standards and technical documents. Conducts testing, documents results, handles non-conformances, and ensures compliance with QC procedures. Key Responsibilities: PCB-Level Quality Control Interpret PCB component placement diagrams and verify components as per layout and BOM Inspect solder joints, component orientation, and placement using IPC standards Conduct visual inspections for soldering defects, dry joints, and component misalignment Perform component verification using datasheets and manufacturer specifications Cable Harness Quality Control Inspect cable routing, bundling, and harness assembly against wiring diagrams Verify connector pin-outs and crimping quality and Perform continuity checks LRU-Level & System QC Conduct integration checks at the LRU/subsystem level, cable interface, and connector and modules placements. Verify power-on verification, continuity tests, and assist in functional test procedures Testing, Tools & Documentation Use test equipment including digital multimeters, and test jigs. Document all inspection and test results in accordance with internal QC procedures Maintain records of non-conformances (NCRs) and assist in root cause analysis Support calibration and preventive maintenance of QC tools and fixtures Minimum Service Agreement : 24 Months Service