Verified Job
IT / Software / Data Analyst
Electronic Warfare Engine
IT / Software / Data Analyst
#745004
Remote / WFH
SIGEAU OHMTECTURE · Bengaluru, Karnataka ·
Job Description
Job description
Electronic Warfare Engineer
Salary: Based on demonstrated capability | Open for exceptional candidates
Location: Bengaluru, Karnataka, India (On-site)
• No weekly off till 2-4 months.
About the Role
SIGEAU OHMTECTURE is building indigenous defence technologies across RF, microwave, electronic warfare, high-power communication systems and mission-critical military electronics. We develop hardware intended for deployment in contested electromagnetic environments where reliability, survivability and engineering discipline determine mission success.
We are looking for an Electronic Warfare (EW) / RF Systems Engineer capable of architecting, designing, integrating and validating complete RF and EW subsystems—from concept through qualification and production. This is a hands-on engineering position involving microwave hardware, SDR, signal processing, embedded systems and defence-grade product realization.
The role is intended for engineers who enjoy solving problems that do not yet have established solutions rather than maintaining existing products.
Key ResponsibilitiesElectronic Warfare Systems
• Design and develop Electronic Support (ES), Electronic Protection (EP) and Electronic Attack (EA) subsystems.
• Design adaptive RF systems capable of operation in congested and contested electromagnetic environments.
• Analyse radar, communication and electronic-emission characteristics for survivability and countermeasure development.
RF & Microwave Engineering
• Design RF front ends, microwave assemblies and transmission subsystems.
• Develop waveguide components including bends, twists, couplers, power dividers, filters, combiners, transitions, terminations and antenna interfaces.
• Design high-power RF chains including LNAs, filters, mixers, frequency converters and power amplifiers.
• Perform link-budget calculations, cascade noise analysis, gain budgeting and power budgeting.
• Optimise RF performance for insertion loss, return loss, isolation, VSWR, phase stability and thermal behaviour.
• Perform electromagnetic compatibility (EMC/EMI) analysis and mitigation.
Antennas & Propagation
• Develop antenna feed networks and array architectures.
• Work on beamforming, adaptive arrays, null steering and direction-finding techniques.
• Evaluate antenna performance through simulation and measurement.
• Analyse propagation characteristics under operational conditions.
GNSS / Assured PNT
• Develop resilient navigation architectures capable of operating under GNSS denial.
• Integrate multi-constellation and multi-frequency GNSS receivers.
• Design anti-spoofing and anti-jamming countermeasures.
• Work with INS integration, sensor fusion and navigation integrity monitoring.
SDR & Tactical Communications
• Develop SDR-based communication architectures.
• Implement secure tactical datalinks.
• Develop frequency-hopping and adaptive waveform techniques.
• Integrate encryption and communication security mechanisms.
• Evaluate communication performance under hostile RF conditions.
Signal Processing
• Design DSP algorithms for detection, classification and tracking.
• Develop adaptive filtering, interference suppression and jammer mitigation algorithms.
• Implement beamforming and spectral estimation techniques.
• Work with FPGA and DSP platforms for real-time implementation.
Embedded Systems
• Develop embedded software using C/C++ for defence electronics.
• Interface FPGA, DSP and embedded processors.
• Design hardware around high-speed digital interfaces.
• Participate in PCB architecture, schematic capture and hardware debugging.
System Integration
• Integrate RF, embedded, mechanical and power subsystems.
• Perform subsystem and system-level integration.
• Resolve cross-domain performance issues involving thermal, RF and mechanical interactions.
• Support prototype development through production transition.
Verification & Qualification
• Perform laboratory validation using: Vector Network Analysers (VNA), Spectrum Analysers, Signal Generators, Oscilloscopes, Power Meters, SDR Platforms, RF Power Measurement Systems, EMI/EMC Instrumentation, Environmental Qualification Equipment
• Conduct system verification against military specifications.
Required Technical Skills
Candidates should demonstrate strong competence in several of the following domains.
RF & Microwave
• Microwave engineering
• RF circuit design
• Waveguide systems
• High-power RF
• Passive microwave components
• Transmission line theory
• RF measurements
• Electromagnetic compatibility
• Antenna systems
• Link-budget analysis
Electronic Warfare
• Electronic Protection (EP)
• Radar fundamentals
• RF situational awareness
• Spectrum management
• Signal intelligence fundamentals
Signal Processing
• Digital Signal Processing
• Adaptive filtering
• FFT
• Beamforming
• Direction finding
• Detection algorithms
• Classification techniques
• FPGA/DSP implementation
Communications
• SDR platforms
• Tactical communications
• Frequency hopping
• Spread-spectrum systems
• OFDM
• DSSS
• Communication security
• Military communication systems
Software
• Embedded C/C++
• Python
• MATLAB
• VHDL or Verilog
• DSP programming
Design Tools
Experience with one or more:
• Altium Designer
• KiCad
• Cadence
• CST Studio Suite
• HFSS
• ADS
• MATLAB Simulink
• GNU Radio
Preference will be given to candidates with experience in one or more of the following:
• Defence electronics
• Electronic warfare systems
• Radar systems
• Missile electronics
• Aerospace electronics
• RF communication systems
• Satellite communications
• SDR development
• Microwave hardware manufacturing
• Indigenous defence programmes
• Ex-armed forces
• Ex-DPSU
• Military product qualification
Standards & Compliance
Familiarity with:
• MIL-STD-810
• MIL-STD-461
• JSS 55555
• CEMILAC
• DGAQA
• DRDO development practices
• Defence Acquisition Procedure (DAP)
• Indian defence procurement ecosystem
Required Qualifications
• B.E./B.Tech., M.E./M.Tech. or MS in Electronics & Communication Engineering, RF & Microwave Engineering, Electrical Engineering, Instrumentation, Aerospace Engineering or related disciplines.
• Ability to independently own engineering problems from concept to qualification.
What You'll Bring
• Strong systems-level thinking.
• Exceptional analytical ability.
• Engineering discipline backed by evidence and measurement.
• Comfort working across RF, embedded, mechanical and manufacturing domains.
• Ability to work with uncertainty and develop first-of-its-kind solutions.
• Intellectual curiosity with rigorous engineering judgement.
• Clear technical documentation and communication skills.
• Ownership mindset with attention to detail.
Why Join SIGEAU OHMTECTURE
At SIGEAU OHMTECTURE, engineers operate with ownership of critical defence technologies. You will contribute directly to indigenous capabilities across microwave engineering, electronic warfare, RF systems and mission-critical defence hardware. The work spans research, design, prototyping, qualification and production, offering opportunities to solve technically demanding problems with real operational impact.
Security Requirements
Background verification and confidentiality obligations will apply where required.
Pay: ₹8,587.18 - ₹38,361.87 per month
Benefits:
• Health insurance
Work Location: In person
Electronic Warfare Engineer
Salary: Based on demonstrated capability | Open for exceptional candidates
Location: Bengaluru, Karnataka, India (On-site)
• No weekly off till 2-4 months.
About the Role
SIGEAU OHMTECTURE is building indigenous defence technologies across RF, microwave, electronic warfare, high-power communication systems and mission-critical military electronics. We develop hardware intended for deployment in contested electromagnetic environments where reliability, survivability and engineering discipline determine mission success.
We are looking for an Electronic Warfare (EW) / RF Systems Engineer capable of architecting, designing, integrating and validating complete RF and EW subsystems—from concept through qualification and production. This is a hands-on engineering position involving microwave hardware, SDR, signal processing, embedded systems and defence-grade product realization.
The role is intended for engineers who enjoy solving problems that do not yet have established solutions rather than maintaining existing products.
Key ResponsibilitiesElectronic Warfare Systems
• Design and develop Electronic Support (ES), Electronic Protection (EP) and Electronic Attack (EA) subsystems.
• Design adaptive RF systems capable of operation in congested and contested electromagnetic environments.
• Analyse radar, communication and electronic-emission characteristics for survivability and countermeasure development.
RF & Microwave Engineering
• Design RF front ends, microwave assemblies and transmission subsystems.
• Develop waveguide components including bends, twists, couplers, power dividers, filters, combiners, transitions, terminations and antenna interfaces.
• Design high-power RF chains including LNAs, filters, mixers, frequency converters and power amplifiers.
• Perform link-budget calculations, cascade noise analysis, gain budgeting and power budgeting.
• Optimise RF performance for insertion loss, return loss, isolation, VSWR, phase stability and thermal behaviour.
• Perform electromagnetic compatibility (EMC/EMI) analysis and mitigation.
Antennas & Propagation
• Develop antenna feed networks and array architectures.
• Work on beamforming, adaptive arrays, null steering and direction-finding techniques.
• Evaluate antenna performance through simulation and measurement.
• Analyse propagation characteristics under operational conditions.
GNSS / Assured PNT
• Develop resilient navigation architectures capable of operating under GNSS denial.
• Integrate multi-constellation and multi-frequency GNSS receivers.
• Design anti-spoofing and anti-jamming countermeasures.
• Work with INS integration, sensor fusion and navigation integrity monitoring.
SDR & Tactical Communications
• Develop SDR-based communication architectures.
• Implement secure tactical datalinks.
• Develop frequency-hopping and adaptive waveform techniques.
• Integrate encryption and communication security mechanisms.
• Evaluate communication performance under hostile RF conditions.
Signal Processing
• Design DSP algorithms for detection, classification and tracking.
• Develop adaptive filtering, interference suppression and jammer mitigation algorithms.
• Implement beamforming and spectral estimation techniques.
• Work with FPGA and DSP platforms for real-time implementation.
Embedded Systems
• Develop embedded software using C/C++ for defence electronics.
• Interface FPGA, DSP and embedded processors.
• Design hardware around high-speed digital interfaces.
• Participate in PCB architecture, schematic capture and hardware debugging.
System Integration
• Integrate RF, embedded, mechanical and power subsystems.
• Perform subsystem and system-level integration.
• Resolve cross-domain performance issues involving thermal, RF and mechanical interactions.
• Support prototype development through production transition.
Verification & Qualification
• Perform laboratory validation using: Vector Network Analysers (VNA), Spectrum Analysers, Signal Generators, Oscilloscopes, Power Meters, SDR Platforms, RF Power Measurement Systems, EMI/EMC Instrumentation, Environmental Qualification Equipment
• Conduct system verification against military specifications.
Required Technical Skills
Candidates should demonstrate strong competence in several of the following domains.
RF & Microwave
• Microwave engineering
• RF circuit design
• Waveguide systems
• High-power RF
• Passive microwave components
• Transmission line theory
• RF measurements
• Electromagnetic compatibility
• Antenna systems
• Link-budget analysis
Electronic Warfare
• Electronic Protection (EP)
• Radar fundamentals
• RF situational awareness
• Spectrum management
• Signal intelligence fundamentals
Signal Processing
• Digital Signal Processing
• Adaptive filtering
• FFT
• Beamforming
• Direction finding
• Detection algorithms
• Classification techniques
• FPGA/DSP implementation
Communications
• SDR platforms
• Tactical communications
• Frequency hopping
• Spread-spectrum systems
• OFDM
• DSSS
• Communication security
• Military communication systems
Software
• Embedded C/C++
• Python
• MATLAB
• VHDL or Verilog
• DSP programming
Design Tools
Experience with one or more:
• Altium Designer
• KiCad
• Cadence
• CST Studio Suite
• HFSS
• ADS
• MATLAB Simulink
• GNU Radio
Preference will be given to candidates with experience in one or more of the following:
• Defence electronics
• Electronic warfare systems
• Radar systems
• Missile electronics
• Aerospace electronics
• RF communication systems
• Satellite communications
• SDR development
• Microwave hardware manufacturing
• Indigenous defence programmes
• Ex-armed forces
• Ex-DPSU
• Military product qualification
Standards & Compliance
Familiarity with:
• MIL-STD-810
• MIL-STD-461
• JSS 55555
• CEMILAC
• DGAQA
• DRDO development practices
• Defence Acquisition Procedure (DAP)
• Indian defence procurement ecosystem
Required Qualifications
• B.E./B.Tech., M.E./M.Tech. or MS in Electronics & Communication Engineering, RF & Microwave Engineering, Electrical Engineering, Instrumentation, Aerospace Engineering or related disciplines.
• Ability to independently own engineering problems from concept to qualification.
What You'll Bring
• Strong systems-level thinking.
• Exceptional analytical ability.
• Engineering discipline backed by evidence and measurement.
• Comfort working across RF, embedded, mechanical and manufacturing domains.
• Ability to work with uncertainty and develop first-of-its-kind solutions.
• Intellectual curiosity with rigorous engineering judgement.
• Clear technical documentation and communication skills.
• Ownership mindset with attention to detail.
Why Join SIGEAU OHMTECTURE
At SIGEAU OHMTECTURE, engineers operate with ownership of critical defence technologies. You will contribute directly to indigenous capabilities across microwave engineering, electronic warfare, RF systems and mission-critical defence hardware. The work spans research, design, prototyping, qualification and production, offering opportunities to solve technically demanding problems with real operational impact.
Security Requirements
Background verification and confidentiality obligations will apply where required.
Pay: ₹8,587.18 - ₹38,361.87 per month
Benefits:
• Health insurance
Work Location: In person
