Key Responsibilities

• Data Ingestion & Processing: Design backend services that handle continuous, high-frequency data streams and telemetry from multiple sources, including raw and binary protocols over TCP/UDP.
• API & Service Development: Build robust, scalable REST and WebSocket services using FastAPI, with proper schema validation, error handling, and observability built in from the start.
• Event-Driven Architecture: Implement and operate pub/sub messaging systems to enable reliable data distribution across microservices.
• Database Design & Optimization: Model and query relational and time-series stores efficiently — raw events, derived state, and aggregated roll-ups — with attention to write throughput and query latency.
• System Integration: Collaborate with hardware/embedded, front-end, and C# teams to define clean contracts and ensure reliable data flow across system boundaries.
• Engineering Discipline: Write tested, reviewed, and documented code; participate in design discussions; contribute to deployment, monitoring, and operational practices.

Required Qualifications

Minimum Qualifications

• Experience: 4+ years of professional backend software engineering experience, primarily in Python.
•  Asynchronous Python: Strong working knowledge of asyncio and concurrent programming patterns for high-throughput I/O.
•  API Frameworks: Production experience with FastAPI (or comparable async frameworks such as Starlette, aiohttp, or Sanic) and pydantic-based schema validation.
•  Message Brokers: Hands-on experience with at least one event streaming or message broker platform — Apache Kafka, RabbitMQ, NATS, or equivalent.
•  Databases: Proficient with PostgreSQL and capable of writing optimized SQL; comfortable with schema design, indexing, and query profiling.
•  Time-Series Data: Working familiarity with time-series databases (e.g., TimescaleDB, InfluxDB, QuestDB) and the trade-offs of heavy-write workloads.
•  Networking: Solid grasp of TCP/UDP, WebSockets, and HTTP/REST; able to debug at the protocol level when needed.
•  Platform & Tooling: Comfortable on Linux, Git-based workflows.
•  Testing & Quality: Demonstrated practice with pytest, unit and integration testing, and CI pipelines.

Preferred Qualifications

•  Binary Protocols & Telemetry: Experience parsing custom binary frames, working with raw telemetry, or interfacing with hardware or IoT data sources.
•  Geospatial Data: Familiarity with PostGIS, GeoJSON/KML, or coordinate-system handling.
•  Systems Interoperability: Experience interfacing Python with C/C++ libraries via ctypes, cffi, pybind11, or shared library bindings.
•  On-Premises Deployment: Comfortable building and operating systems in air-gapped or LAN-only environments, not exclusively cloud-managed.
•   Education: B.E./B.Tech in Computer Science, IT, ECE, or a related discipline.

Why Join Us

• Problems that resist easy answers. Real-time constraints, large-scale sensor data, and operational reliability requirements — on systems that get used.

• Architectural ownership, with a team behind it. Real design authority, plus the people and the mandate to see the decisions through.

• Management that doesn't cost you your technical edge. Staying hands-on is part of the job here, not something you negotiate for.

 

Experience: Mid–Senior Level

Apply

Key Responsibilities

System design & architecture

• Own technical direction across the team's projects, keeping design decisions coherent between them.

• Make sure the team's pipelines hold up as data volume, concurrent sources, and complexity grow.

• Hold the bar on your engineers' designs — consequential calls made deliberately and documented.

Hands-on engineering

• Own one substantial piece of delivery yourself at a time — deliberately chosen so it keeps your technical judgement current without making you the bottleneck.

• Stay close enough to the code that your reviews are useful and your calls stay grounded in it.

Project execution

• Turn requirements into a technical design and an execution plan the team can work against.

• Break work into workstreams, sequence by risk and dependency, and manage resourcing.

• Track progress, surface risk early, and own technical outcomes across the full lifecycle.

Technical leadership & team management

• Set technical direction, and review designs and code as a teaching mechanism rather than a gate.

• Line-manage your engineers — regular 1:1s, clear feedback, and honest performance conversations.

• Own career development: understand where each engineer wants to get to, and create the work and support that takes them there.

• Hire: shape the bar, run interviews, and make the case to the candidates you want.

Cross-functional partnership

• Work with data scientists, electronics engineers, UI/UX, and product to align on programme goals.

• Represent the team's position to stakeholders, and keep leadership informed on progress and risk.

Required Qualifications

Must-haves

•  Still hands-on while managing. You've run a team without going stale technically — you can point to something you designed or built recently.
•  System design at scale. You've shipped systems where architecture was the deciding factor, and can walk us through the tradeoffs you weighed.
•  Delivery through a team. You've been accountable for what a team delivered — planning across concurrent workstreams, and keeping delivery predictable when priorities shift.
•  Management experience. You've line-managed engineers — 1:1s, feedback, performance and career conversations — and can point to people who grew under you. Hiring experience ideally.
•  Languages. Hands-on in one or more of C++, C# or Python, with enough familiarity with React or Angular to review frontend work. We work across projects with different stacks, so breadth counts.
•  Core stack. Comfortable across microservices, real-time data processing, event streaming and caching (Kafka, Redis, or equivalents), and data-heavy frontends — fluent enough to review credibly.
•  Experience. Bachelor's in Computer Science, Electronics, or equivalent practical experience, plus 8+ years including demonstrated experience leading and managing engineers.

Nice to have

•  Exposure to defence, aerospace, or another mission-critical regulated domain.
•  Experience managing a team through a difficult delivery — a slipped programme, a re-architecture, a team that needed rebuilding.
•  Experience with time-series data stores, or binary / columnar formats for moving large datasets efficiently.
•  Familiarity with sensor or signal-data concepts — enough to hold a productive conversation with our electronics engineers.

Why Join Us

•  Problems that resist easy answers. Real-time constraints, large-scale sensor data, and operational reliability requirements — on systems that get used.
•  Architectural ownership, with a team behind it. Real design authority, plus the people and the mandate to see the decisions through.
•  Management that doesn't cost you your technical edge. Staying hands-on is part of the job here, not something you negotiate for.

Experience:

Apply

Key Responsibilities

System design & architecture

• Own the architecture end to end — services, data flow, storage, and the backend/frontend contract.

• Design real-time pipelines that hold up as data volume, concurrent sources, and complexity grow.

• Make and document the consequential calls: service boundaries, streaming versus batch, data modelling, where to spend the latency budget.

Hands-on engineering

• Build backend services and APIs that process large volumes of sensor and signal data at low latency.

• Implement the data-processing and analytics logic that turns raw data into real-time insight.

• Work with event streaming (Kafka) and caching / inter-service communication (Redis).

• Build and optimise data-heavy frontend features — dashboards, charts, live visualisations — including state management and performance work for large datasets and live updates.

Technical leadership & mentorship

• Set technical direction and bring the team along with the reasoning behind it.

• Review designs and code for correctness, performance, and maintainability — using review as a teaching mechanism, not a gate.

• Mentor engineers through hard problems, and raise the bar on testing, instrumentation, and the practices that keep a real-time system debuggable under pressure.

Delivery & collaboration

• Break requirements into workstreams and sequence them by priority, risk, and technical dependency.

• Run sprint planning, stand-ups, and retrospectives, keeping the team unblocked and the plan honest.

• Work with data scientists, electronics engineers, and UI/UX to turn requirements into designs.

Required Qualifications

Must-haves

• Full-stack depth, currently hands-on. You're building across backend and frontend today, with real depth in distributed systems, high-throughput processing, and SQL or equivalent.

• System design at scale. You've shipped systems where architecture was the deciding factor, and can walk us through the tradeoffs you weighed.

• Full-lifecycle ownership. You've taken multiple projects from requirements through design, build, release, and maintenance.

• Technical leadership. A team's technical direction has run through you — via design review, mentorship, and credibility rather than reporting lines.

• Languages. Hands-on in one or more of C++, C# or Python, plus familiarity with React or Angular. We work across projects with different stacks, so breadth counts.

• Core stack. Production experience with event streaming and caching in a real-time pipeline (Kafka and Redis, or equivalents), and with data-intensive frontends.

• Experience. Bachelor's in Computer Science, Electronics, or equivalent practical experience, plus 6+ years including substantial real-time or data-intensive work.

Nice to have

• Exposure to defence, aerospace, or another mission-critical regulated domain.

• Familiarity with sensor or signal-data concepts — enough to hold a productive conversation with our electronics engineers.

• Experience with time-series data stores, or binary / columnar formats for moving large datasets efficiently.

• Experience introducing an architectural change into a live system without a rewrite.

Why Join Us

• Problems that resist easy answers. Real-time constraints, large-scale sensor data, and operational reliability requirements — on systems that get used.

• Architectural ownership from day one. Real design authority, not a role where the important decisions were made elsewhere.

• Depth alongside domain experts. You'll work directly with electronics and RF engineers, and pick up domain context that's hard to come by elsewhere.

Experience:

Apply

Key Responsibilities

• Accountability: Taking ownership of project outcomes, fostering transparency, and upholding integrity throughout the project lifecycle. Prioritizing timely delivery with a focus on ensuring customer satisfaction.
• Customer Relation Ship Management: Establish and maintain strong relationships with clients through regular communication. Engage with the client weekly to establish effective communication channels.
• Team Leadership: Build and lead a strong, motivated, and goal-driven team, fostering a collaborative and productive environment.
• Project Planning:Create comprehensive project plans outlining tasks, timelines, resources, and milestones.
• Process Adherence:  Ensuring adherence to project management methodologies, standards, and best practices throughout the project lifecycle to maintain consistency and quality in project execution. Implement and enforce best practices to optimize project efficiency and quality.
• Documentation Planning and Coordination: Develop a documentation plan outlining the types of documents required throughout the project lifecycle.
• Tracking and Monitoring: Implement systems and tools to track project progress, including task assignments, resource allocation, and budget utilization.
• Reporting and Analysis: Generate regular status reports summarizing project progress, accomplishments, and challenges.
• Delivery Planning & Execution towards closures: Collaborate with Delivery Team and coordinate Delivery activities, ensuring all tasks are completed on time and within Budget.
• Training/Mentoring: Providing guidance, training, and mentorship to team members to enhance their skills and capabilities, ultimately contributing to project success.
• Project Budget Tracking: Monitoring and managing the project budget, tracking expenses, and ensuring that the project remains within budget constraints while delivering the desired outcomes.
• Training/Mentoring: Providing guidance, training, and mentorship to team members to enhance their skills and capabilities, ultimately contributing to project success.
• Effective Work Allocation: Assigning tasks and responsibilities to team members based on their strengths, skills, and availability to optimize productivity and achieve project goals.
• Support in Recruitment: Participating in the recruitment process by defining job roles, interviewing candidates, and selecting suitable team members with the required skills and expertise.
• Project Budget Tracking: Monitoring and managing the project budget, tracking expenses, and ensuring that the project remains within budget constraints while delivering the desired outcomes.

Required Qualifications

Educational Background: Bachelor's OR master's degree in engineering, preferred in   Electronics and Communications Engineering related field.

Industry Experience:  3 to 4 years minimum of experience in Defence Segment.

Technical Knowledge: Preferred understanding of radar or EW or Communications systems.

Interpersonal Skills: Excellent interpersonal skills and the ability to be extremely resourceful.

Domain Expertise: Preferred understanding of radar or EW or Communications systems.

 

Why join US?

• Culture of Excellence: We are committed to fostering a culture where every individual can thrive, grow, and make a difference.
• Opportunities for Growth: We believe in investing in our people and providing opportunities for professional development and advancement.
• Collaborative Culture: Join a collaborative and supportive work environment where your contributions are valued and recognized.
• Innovative Environment: Be part of a team that thrives on innovation and is committed to pushing the boundaries of RF technology.

Experience:

Apply

Key Responsibilities

Circuit Design & Analysis

• Design and optimize RF/microwave circuits and subsystems, including LNAs, PAs, mixers, filters, RF switches, attenuators, VCOs, PLLs, frequency synthesizers, clock/LO distribution circuits, and RF front-end modules up to 40 GHz.
• Perform RF system and circuit-level analysis, including link budget, cascaded gain/noise figure, IP2/IP3, P1dB, dynamic range, SFDR, phase noise, jitter, LO leakage, image rejection, harmonic/spurious analysis, EVM, and emissions performance.
• Develop and execute RF simulation models using tools such as Keysight ADS, AWR Microwave Office, Ansys HFSS, CST Studio, or equivalent tools for linear, nonlinear, EM, and system-level co-simulation.
• Select and qualify active/passive RF components and design with GaN/GaAs/SiGe/CMOS RFIC/MMIC devices.
• Define component derating, worst-case analysis, lifecycle risk, alternate part strategy, and reliability considerations for high-reliability aerospace and defence hardware.
• Translate system-level requirements such as frequency range, sensitivity, output power, EVM, phase noise, isolation, spur level, and dynamic range into verifiable RF circuit and subsystem specifications.

Systems Architecture & Integration

• Contribute to RF subsystem architecture trade studies and module-level implementation planning.
• Lead antenna-to-baseband RF signal-chain design for radar, EW, telemetry, tactical radio, SDR, wideband receiver, and up/down-converter applications.
• Work with system engineers to allocate RF performance budgets and cascade gain, noise figure, linearity, filtering, isolation, and dynamic range from antenna port to ADC/DAC interface.
• Define LO and clock architecture, including reference clock distribution, PLL/synthesizer selection, phase noise budgeting, spur management, synchronization, and frequency settling requirements.
• Guide and review RF PCB layout, including stack-up selection, controlled impedance routing, RF via transitions, grounding, return-current paths, shielding, cavity isolation, connector transitions, and mixed-signal partitioning.
• Support mechanical and thermal integration, including RF shielding, heat sinking, enclosure effects, RF cable/connector selection, vibration considerations, and high-power PA thermal design.
• Support integration with FPGA, firmware, embedded software, and DSP teams from the RF hardware side, including AGC, DPD, calibration, JESD204/LVDS interfaces, timing, synchronization, and hardware control interfaces.

Product Development & Qualification

• Define and execute RF test plans covering conducted and radiated measurements, including S-parameters, gain, gain flatness, return loss, output power, P1dB, IP3, noise figure, phase noise, EVM, ACLR/ACPR, harmonic/spurious emissions, receiver sensitivity, blocking, isolation, and EMI/EMC pre-compliance.
• Perform prototype bring-up, lab debugging, tuning, rework support, failure analysis, oscillation/debug, spur hunting, desense investigation, thermal drift analysis, and simulation-to-measurement correlation.
• Support design readiness and qualification activities for MIL-STD-461 EMC and MIL-STD-810 environmental requirements.
• Support production transfer, including DFM/DFT review, BOM alternate qualification, test fixture definition, production test procedures, and yield/debug support.
• Maintain design documentation, including schematics, RF PCB specifications, simulation reports, test procedures, test reports, analysis reports, interface control documents, compliance matrices, and verification evidence.
• Prepare and present PDR/CDR material, technical status, risk items, and design trade-off summaries to program managers, internal teams, and external customers.

Required Qualifications

• Tech / M.Tech. in Electrical and Electronics Engineering, or closely related field.
• 8+ years of hands-on RF/microwave circuit and subsystem design experience in an aerospace, defence environment
• Demonstrated proficiency with at least two RF EDA tools: Keysight ADS, AWR Microwave Office, Ansys HFSS, CST Studio, or equivalent.
• Strong command of RF test equipment: VNA, Spectrum Analyzer, signal generator, noise-figure Analyzer, Oscilloscope and power meters.
• Experience designing with GaN/GaAs/SiGe/CMOS RFIC/MMIC devices.
• Familiarity with MIL-STD-461, MIL-STD-810, and MIL-HDBK-217 requirements.
• Strong written and verbal communication skills; ability to produce and defend technical documentation in a program environment

Preferred

• S. or Ph.D. in RF / Microwave Engineering or related discipline
• Experience with Radar, Electronic warfare (EW), or Telemetry systems
• Familiarity with VHDL/Verilog or Python/MATLAB for test automation and signal processing support.

Employee status and commitments

• Permanent full-time role based at our Hyderabad office with often onsite client visit.
• Overtime may be required to ensure client projects to be delivered on time.
• Weekend work is rare but can occasionally be necessary.

Why join US?

• Culture of Excellence:We are committed to fostering a culture where every individual can thrive, grow, and make a difference.
• Opportunities for Growth: We believe in investing in our people and providing opportunities for professional development and advancement.
• Collaborative Culture:Join a collaborative and supportive work environment where your contributions are valued and recognized.
• Innovative Environment:Be part of a team that thrives on innovation and is committed to pushing the boundaries of RF technology.

Experience:

Apply

Key Responsibilities

• Study and derive algorithms from IEEE papers, research publications, standards, and technical documentation.
• Develop DSP algorithms for Digital Communication systems and Radar Signal Processing.
• Design algorithms for:

• • Modulation & demodulation (PCM/FM, SOQPSK, CPM, QPSK, QAM etc.)
  • Synchronization (carrier, symbol, timing recovery)
  • Channel coding & decoding (LDPC, Turbo, Reed-Solomon, etc.)
  • Filtering, estimation, and detection algorithms
  • Radar signal processing techniques
• Implement algorithms using MATLAB / Python for modelling and simulation.
• Convert algorithms into high-performance implementations in C/C++ or FPGA-friendly architectures using RTL.
• Validate algorithms through simulation, mathematical analysis, and test data.
• Analyze existing algorithm implementations and improve:
  • Accuracy
  • Computational efficiency
  • Latency
  • Robustness in real-world conditions
• Optimize algorithms for hardware acceleration platforms (FPGA/GPU/embedded processors).
• Work closely with FPGA, embedded software, and RF teams to integrate algorithms into system-level designs.
• Support testing, debugging, and performance evaluation of deployed systems.
• Participate in technical problem solving and architectural discussions.
• Document algorithms, simulation results, and performance evaluations.
• Stay updated with latest developments in signal processing and communication theory.

Required Qualifications

• Bachelor’s or Master's degree in Electronics & Communication Engineering from a reputed institution.
• 4–8 years of experience in system development involving both software and hardware components.
• Strong understanding of DSP, RF systems, and communications/radar technologies.
• Proficiency in one or more tools/languages: LabVIEW, C/C++, MATLAB, Verilog/VHDL.
• Experience managing small technical teams and working in cross-functional setups.
• Familiarity with projects involving government agencies or DRDO is a plus.
• Excellent communication and documentation skills for client and internal reporting.
• Strong fundamentals in:
  • Digital Signal Processing
  • Digital Communications
  • Probability & Random Processes
  • Estimation Theory

Employee status and commitments

• Permanent full-time position, located at our Hyderabad office, with regular on-site visits to clients and vendor locations.

Why join US?

• Culture of Excellence: We are committed to fostering a culture where every individual can thrive, grow, and make a difference.
• Opportunities for Growth: We believe in investing in our people and providing opportunities for professional development and advancement.
• Collaborative Culture: Join a collaborative and supportive work environment where your contributions are valued and recognized.
• Innovative Environment: Be part of a team that thrives on innovation and is committed to pushing the boundaries of RF technology.

Experience:

Apply

Key Responsibilities

• Circuit Design & Analysis 
  • Design and optimize RF/microwave circuits and subsystems, including LNAs, PAs, mixers, filters, RF switches, attenuators, VCOs, PLLs, frequency synthesizers, clock/LO distribution circuits, and RF front-end modules up to 40 GHz. 
  • Perform RF system and circuit-level analysis, including link budget, cascaded gain/noise figure, IP2/IP3, P1dB, dynamic range, SFDR, phase noise, jitter, LO leakage, image rejection, harmonic/spurious analysis, EVM, and emissions performance. 
  • Develop and execute RF simulation models using tools such as Keysight ADS, AWR Microwave Office, Ansys HFSS, CST Studio, or equivalent tools for linear, nonlinear, EM, and system-level co-simulation. 
  • Select and qualify active/passive RF components and design with GaN/GaAs/SiGe/CMOS RFIC/MMIC devices. 
  • Define component derating, worst-case analysis, lifecycle risk, alternate part strategy, and reliability considerations for high-reliability aerospace and defence hardware. 
  • Translate system-level requirements such as frequency range, sensitivity, output power, EVM, phase noise, isolation, spur level, and dynamic range into verifiable RF circuit and subsystem specifications. 
• Systems Architecture & Integration 
  • Contribute to RF subsystem architecture trade studies and module-level implementation planning. 
  • Lead antenna-to-baseband RF signal-chain design for radar, EW, telemetry, tactical radio, SDR, wideband receiver, and up/down-converter applications. 
  • Work with system engineers to allocate RF performance budgets and cascade gain, noise figure, linearity, filtering, isolation, and dynamic range from antenna port to ADC/DAC interface. 
  • Define LO and clock architecture, including reference clock distribution, PLL/synthesizer selection, phase noise budgeting, spur management, synchronization, and frequency settling requirements. 
  • Guide and review RF PCB layout, including stack-up selection, controlled impedance routing, RF via transitions, grounding, return-current paths, shielding, cavity isolation, connector transitions, and mixed-signal partitioning. 
  • Support mechanical and thermal integration, including RF shielding, heat sinking, enclosure effects, RF cable/connector selection, vibration considerations, and high-power PA thermal design. 
  • Support integration with FPGA, firmware, embedded software, and DSP teams from the RF hardware side, including AGC, DPD, calibration, JESD204/LVDS interfaces, timing, synchronization, and hardware control interfaces. 
• Product Development & Qualification 
  • Define and execute RF test plans covering conducted and radiated measurements, including S-parameters, gain, gain flatness, return loss, output power, P1dB, IP3, noise figure, phase noise, EVM, ACLR/ACPR, harmonic/spurious emissions, receiver sensitivity, blocking, isolation, and EMI/EMC pre-compliance. 
  • Perform prototype bring-up, lab debugging, tuning, rework support, failure analysis, oscillation/debug, spur hunting, desense investigation, thermal drift analysis, and simulation-to-measurement correlation. 
  • Support design readiness and qualification activities for MIL-STD-461 EMC and MIL-STD-810 environmental requirements. 
  • Support production transfer, including DFM/DFT review, BOM alternate qualification, test fixture definition, production test procedures, and yield/debug support. 
  • Maintain design documentation, including schematics, RF PCB specifications, simulation reports, test procedures, test reports, analysis reports, interface control documents, compliance matrices, and verification evidence. 
  • Prepare and present PDR/CDR material, technical status, risk items, and design trade-off summaries to program managers, internal teams, and external customers. 

Required Qualifications

• B.Tech / M.Tech. in Electrical and Electronics Engineering, or closely related field. 
• 8+ years of hands-on RF/microwave circuit and subsystem design experience in an aerospace, defence environment 
• Demonstrated proficiency with at least two RF EDA tools: Keysight ADS, AWR Microwave Office, Ansys HFSS, CST Studio, or equivalent. 
• Strong command of RF test equipment: VNA, Spectrum Analyzer, signal generator, noise-figure Analyzer, Oscilloscope and power meters. 
• Experience designing with GaN/GaAs/SiGe/CMOS RFIC/MMIC devices. 
• Familiarity with MIL-STD-461, MIL-STD-810, and MIL-HDBK-217 requirements. 
• Strong written and verbal communication skills; ability to produce and defend technical documentation in a program environment 

Preferred

• M.S. or Ph.D. in RF / Microwave Engineering or related discipline 
• Experience with Radar, Electronic warfare (EW), or Telemetry systems
• Familiarity with VHDL/Verilog or Python/MATLAB for test automation and signal processing support. 

Employee status and commitments 

• Permanent full-time position located at our Hyderabad office, with regular on-site visits to clients and vendor locations.  
• Overtime may be necessary to ensure the timely delivery of client projects.  
• Weekend work is uncommon but may occasionally be required.  

Why join US? 

• Culture of Excellence: We are committed to fostering a culture where every individual can thrive, grow, and make a difference. 
• Opportunities for Growth: We believe in investing in our people and providing opportunities for professional development and advancement. 
• Collaborative Culture: Join a collaborative and supportive work environment where your contributions are valued and recognized. 
• Innovative Environment: Be part of a team that thrives on innovation and is committed to pushing the boundaries of RF technology. 

Experience:

Apply

Key Responsibilities

• Study and derive algorithms from IEEE papers, research publications, standards, and technical documentation.
• Develop DSP algorithms for Digital Communication systems and Radar Signal Processing. 
• Design algorithms for:      
  • Modulation & demodulation (PCM/FM, SOQPSK, CPM, QPSK, QAM etc.) 
  • Synchronization (carrier, symbol, timing recovery) 
  • Channel coding & decoding (LDPC, Turbo, Reed-Solomon, etc.) 
  • Filtering, estimation, and detection algorithms 
  • Radar signal processing techniques 

• Implement algorithms using MATLAB / Python for modelling and simulation. 
• Convert algorithms into high-performance implementations in C/C++ or FPGA-friendly architectures using RTL. 
• Validate algorithms through simulation, mathematical analysis, and test data. 
• Analyze existing algorithm implementations and improve:
  • Accuracy 
  • Computational efficiency 
  • Latency 
  • Robustness in real-world conditions 

• Optimize algorithms for hardware acceleration platforms (FPGA/GPU/embedded processors). 
• Work closely with FPGA, embedded software, and RF teams to integrate algorithms into system-level designs. 
• Support testing, debugging, and performance evaluation of deployed systems. 
• Participate in technical problem solving and architectural discussions. 
• Document algorithms, simulation results, and performance evaluations. 
• Stay updated with latest developments in signal processing and communication theory. 

Required Qualifications

• Bachelor’s or Master's degree in Electronics & Communication Engineering from a reputed institution. 
• 4–8 years of experience in system development involving both software and hardware components. 
• Strong understanding of DSP, RF systems, and communications/radar technologies. 
• Proficiency in one or more tools/languages: LabVIEW, C/C++, MATLAB, Verilog/VHDL. 
• Experience managing small technical teams and working in cross-functional setups. 
• Familiarity with projects involving government agencies or DRDO is a plus. 
• Excellent communication and documentation skills for client and internal reporting. 
• Strong fundamentals in:
  • Digital Signal Processing 
  • Digital Communications 
  • Probability & Random Processes 
  • Estimation Theory
    

Employee status and commitments 

• Permanent full-time position, located at our Hyderabad office, with regular on-site visits to clients and vendor locations.  

Why join US? 

• Culture of Excellence: We are committed to fostering a culture where every individual can thrive, grow, and make a difference. 
• Opportunities for Growth: We believe in investing in our people and providing opportunities for professional development and advancement. 
• Collaborative Culture: Join a collaborative and supportive work environment where your contributions are valued and recognized. 
• Innovative Environment: Be part of a team that thrives on innovation and is committed to pushing the boundaries of RF technology. 

Experience:

Apply

Key Responsibilities

• Develop, simulate, and test signal processing algorithms using Verilog/VHDL
• Implement DSP/RF algorithms on Xilinx, Altera, Microchip, and custom FPGA boards
• Perform hardware-software integration, verification, and performance optimization
• Interface with RF daughter cards, FMC modules, and high-speed data transfer protocols
• Work with parallel/memory protocols like AXI, DDR4/DDR5, SPI, and LVDS
• Collaborate with project teams to meet design specifications and delivery timelines
• Prepare design documentation, test reports, and verification plans
• Contribute to innovation through research and continuous learning
• Support debugging and performance tuning across FPGA platforms
• Communicate progress and challenges effectively within the engineering team

Required Qualifications

• Bachelor's/Master’s in Electronics & Communication Engineering from a reputed institution
• 3+ years of experience in RTL design and FPGA development (Xilinx, Altera, )
• Strong coding skills in Verilog and VHDL for signal processing applications
• Hands-on experience with FPGA tools, boards, and RF interface integration
• Knowledge of DSP, radar systems, and electronic warfare (EW) concepts
• Familiarity with protocols like PCIe, Aurora, 10G/25G/100G Ethernet, Serial RapidIO, and USB x
• Understanding of parallel and memory protocols (AXI4, DDR4/5, SPI, LVDS)
• Exposure to network protocols (UDP, TCP/IP)
• Additional knowledge in C/C++, MATLAB, or LabVIEW is a plus
• Excellent communication, documentation, and quick learning skills

 

Employee status and commitments

• Permanent full-time position located at our Hyderabad office, with regular on-site visits to clients and vendor locations.

 

Why join us?

• Culture of Excellence: We are committed to fostering a culture where every individual can thrive, grow, and make a difference.
• Opportunities for Growth: We believe in investing in our people and providing opportunities for professional development and advancement.
• Collaborative Culture: Join a collaborative and supportive work environment where your contributions are valued and recognized.
• Innovative Environment: Be part of a team that thrives on innovation and is committed to pushing the boundaries of RF technology.

Experience:

Apply

Key Responsibilities

• Platform & BSP Ownership: Architect and maintain the Board Support Package (BSP) using Vitis, PetaLinux and Yocto Project; develop custom layers/recipes and configure the kernel to support specific mission requirements on ZCU208, VCK190, or custom RFSoC/Versal hardware.
• Kernel & Driver Development: Design and optimize Linux kernel modules and user-space I/O (UIO/VFIO) drivers to interface with PL peripherals, managing DMA transactions and interrupt handling with microsecond-level precision.
• Asymmetric Multi-Processing (AMP): Implement complex AMP architectures using OpenAMP and Libmetal to orchestrate communication and resource sharing between the Application Processing Unit (Linux on A53/A72) and Real-Time Processing Unit (FreeRTOS/Bare-metal on R5).
• RFDC & Versal AI Software Integration: Develop software applications and API wrappers to configure and control RF Data Converter (RFDC) blocks or Versal AI Engines, ensuring correct initialization, calibration, and data streaming initiation from the PS side.
• Boot & Security: Implement secure boot methodologies (RSA/AES encryption, eFUSE programming) and configure the boot flow components including First Stage Boot Loader (FSBL) and PMU Firmware for MPSoC, or the Platform Loader and Manager (PLM) for Versal.
• System Performance: Analyse and optimize Linux system performance, including CPU scheduling, memory management, and network stack tuning to handle high-throughput data streams typical in defence DSP applications.

Required Qualifications

• Core Experience: Bachelor’s or Masters in VLSI or Embedded Engineering or Computer Science engineering with 5+ years of dedicated experience in Embedded Linux development on ARMv8 architectures (Zynq MPSoC/RFSoC or Versal ACAP).
• Embedded Linux Mastery: Deep understanding of the Linux kernel internals, device tree customization (.dtsi), U-Boot, and the Yocto build system hierarchy (bitbake, recipes, layers).
• Programming Expertise: Expert-level proficiency in Embedded C and C++ (C++14/17) for multi-threaded system programming; proficiency in Python/Shell for build automation and test scripting.
• Processor Architecture: Strong knowledge of ARM Cortex-A (A53/A72) and Cortex-R architectures, including MMU/MPU configuration, cache coherency, TrustZone, and exception handling levels (EL0-EL3).
• Hardware Interface: Familiarity with reading schematics and interfacing with standard peripherals (I2C, SPI, UART, GEM/Ethernet) and analysing bus traffic for debugging.

 

Employee status and commitments

• Permanent full-time position located at our Hyderabad office, with regular on-site visits to clients and vendor locations.

 

Why join US?

• Culture of Excellence: We are committed to fostering a culture where every individual can thrive, grow, and make a difference.
• Opportunities for Growth: We believe in investing in our people and providing opportunities for professional development and advancement.
• Collaborative Culture: Join a collaborative and supportive work environment where your contributions are valued and recognized.
• Innovative Environment: Be part of a team that thrives on innovation and is committed to pushing the boundaries of RF technology.

Experience:

Apply

Key Responsibilities

• Conduct on-site customer meetings, presentations, and demonstrations to showcase tailored technical solutions.
• Generate new business leads through networking, industry events, and market research.
• Gather and document technical and functional requirements from customers.
• Build and nurture strong relationships with stakeholders across customer organizations.
• Manage the sales process by following up on proposals, coordinating meetings, and supporting sales closure strategies.
• Perform market and competitor analysis to support strategic decision-making in bidding processes.
• Assist in compiling accurate and compelling technical and financial bids.
• Collaborate with internal teams to ensure timely submission of proposals and documents.
• Maintain regular CRM updates and reporting to support ongoing sales operations.
• Represent Constelli Signals at industry trade shows and defense expos as needed.

Required Qualifications

• Bachelor's or master's degree in Electronics/Electrical/Instrumentation Engineering (EE/EC/EIE).
• 3–5 years of experience in the Defence sector, preferably in Radar, EW systems, and working with DRDOs, ISRO, and DPSUs.
• Strong understanding of RF systems, sub-systems, signal processing, and FPGA programming.
• Familiarity with test and measurement equipment like Signal Generators, Analysers, and Network Analysers.
• Excellent interpersonal and relationship-building skills.
• Strong analytical and problem-solving abilities, including competitor and market analysis.
• Willingness to travel extensively to customer locations across India and abroad.
• Experience with CRM tools and sales management platforms.
• A technical mindset with the ability to bridge engineering and customer requirements.

 

Employee status and commitments

• Permanent full-time position located at our Bangalore office, with regular on-site visits to clients and vendor locations.
• Overtime may be necessary to ensure the timely delivery of client projects.
• Weekend work is uncommon but may occasionally be required.

 

Why join US?

• Culture of Excellence: We are committed to fostering a culture where every individual can thrive, grow, and make a difference.
• Opportunities for Growth: We believe in investing in our people and providing opportunities for professional development and advancement.
• Collaborative Culture: Join a collaborative and supportive work environment where your contributions are valued and recognized.
• Innovative Environment: Be part of a team that thrives on innovation and is committed to pushing the boundaries of RF technology.

Experience:

Apply