Job description The selected candidate will be responsible for implementing control functions (telemetry and telecommand processing and associated coarse-time functions) in the application of different subsystems in state-of-the-art spaceborne payloads for high-performance applications in indigenous private-sector satellites in India. The work typically may involve, but not necessarily be limited to, the following activities: Understanding control, telemetry and telecommand requirements in operating payloads in orbit and implementing them at subsystem level Evolving efficient firmware architectures and coding for required performance goals in C/C++ Be a team contributor, code for parts of a larger functionality especially seamless integration with high-speed FPGA hardware and test the integrated firmware for requisite performance Part take in the full development cycle and not just design or verification , and be responsible for subsystem level outcome in an integrated system Prepare documents necessary at different stages and be able to interact with QA/QC guidelines and facilitate assurance of code compliance to a given standard including subsystem ICDs As a general rule, Azista requires that all engineers take an enthusiastic part in whatever activity they are required to contribute to in order to make the missions and the company successful. Abilities Required: The knowledge base required in the candidate will in general be a clear understanding of the fundamentals of Expert level sequential coding ability (C/C++) for the embedded environment, a significant experience profile in doing this. Excellent familiarity with the latest microcontroller architectures and a highly desirable experience in instantiating either processor soft cores or the use of hard cores provided in FPGAs Good knowledge and understanding of microcontroller peripheral interfacing standards like UART, SPI, I2C, CAN, SPACEWIRE etc Some desirable knowledge of the architectures of modern high-density FPGAs and SoC Devices from Xilinx (Now AMD) or Actel (Now Microchip) FPGAs Very good experience in actually porting developed code into the hardware platforms and testing the same for target performance characteristics, and the skill in spotting problems and be able to relate observations in tests back to necessary refinements in code Exposure to safe coding practices and high-reliability engineering Qualification: The successful candidate is likely to have An electronics degree, masters preferred but not necessary A consistent career in microcontroller firmware design and coding (6 to 10 years at least) Very good C/C++ Coding skills, knowledge of coding standards and practices Good experience in debugging systems, including the ability to probe hardware and make sense of the observations A good knowledge of hardware concepts and basic circuit theory Note: Interviews are likely to be multi-level very detailed. Please who do not check most of the points above may not be suitable at all. Experience: A consistent career in microcontroller firmware design and coding (6 to 10 years at least) Apply for a Microcontroller Firmware Designer Position Full name Contact number Email address Qualification Working experience

The selected candidate will be responsible for implementing high speed high volume data processing requirements on high density FPGA based hardware. These subsystems are the hearts of satellites and store data gathered on the eternal sojourns of satellites in orbits and send the data down interactively with ground commands. Azista is engaged in the making of state-of-the-art spaceborne payloads for high performance applications in indigenous private sector satellites in India. The work typically may involve, but not necessarily be limited to, the following activities: Understanding onboard image data processing, encryption and packetization (CCSDS) needs and the nuances of indexing, annotating, and storing data and evolving efficient architectures for implementing such functions in FPGA code. Be responsible for coding the above functionalities, porting the successful code and complete the in-situ validation process for the subsystems for flight readiness Be a team contributor, code for parts of a larger functionality and seamless integrate and test the integrated firmware Partake in the full development cycle and not just design or verification, and be responsible for subsystem level outcome in an integrated system Prepare documents necessary at different stages and be able to interact with QA/QC guidelines and facilitate assurance of code compliance to a given standard As a general rule, Azista requires that all engineers take enthusiastic part in whatever activity they are required to contribute to in order to make the missions and the company successful. The knowledge base required in the candidate will in general be a clear understanding of the fundamentals of Coding for FPGA environment, a significant experience profile of doing this. Excellent familiarity and skill in VHDL (or Verilog) and with MATLAB, and porting from it Knowledge of the architectures of modern high-density FPGAs and SoC Devices from Xilinx (Now AMD) or Actel (Now Microchip) FPGAs and familiarity with the use of these Excellent familiarity with the development environments for these devices and the simulation and pre-burn performance validation tools Very good experience of actually porting developed code into the hardware platforms and test the same for target performance characteristics, and the skill in spotting problems and be able to relate observations in tests back to necessary refinements in code Exposure to safe coding practices and high reliability engineering Specific successful design experience with at least two of the following: Encryption, AES standards; desirable exposure to custom encryption with significantly longer keys Data compression techniques, especially image data CCSDS standards for data handling The successful candidate is likely to have An electronics degree, masters preferred but not necessary A consistent career in FPGA based firmware design and coding (6 to 10 years at least) with exposure to high density Xilinx (Now AMD) or Actel (Now Microchip) FPGAs with many designs turned out successfully in high volume data handling including Encryption/Compression/CCSDS etc Good experience in debugging systems, including the ability to probe hardware and make sense of the time domain / frequency domain observations A good knowledge of how to estimate rough-order-of-magnitude power consumption figures of FPGA designs even before a full design is evolved Note: Interviews are likely to be multi-level very detailed. Please who do not check most of the points above may not be suitable at all. A consistent career in FPGA based firmware design and coding (6 to 10 years at least) with exposure to high density Xilinx (Now AMD) or Actel (Now Microchip) FPGAs FPGA Firmware Designer (FFW-004) Azista BST Aerospace Plot No. 16, Sanand Land Industrial Estate Corporation, Sarkhej-Sanand Road, Ularia, Sanand, Ahmedabad, Gujarat, India - 382 210. Registered Office Sy.No 80-84, Melange Towers, 4th Floor, C Wing, Patrika Nagar, Madhapur, Hyderabad, Telangana, India - 500 081.

Work as an integral part of a multi-disciplinary team to support the design and development (integration, alignment and test) of optical and opto-mechanical components, subsystems and electro-optical payloads to be flown on satellites. Perform design and analysis of opto-mechanical designs while taking care of required performance over environmental ranges and reliability requirements. Devise full system that integrate mechanical, optical, electrical and electronics components by translating optical requirements and sensitivities into mechanical requirements. Perform system alignment and mechanical calibration during assembly and testing. Write and review procedures and other documentation under the direction of project leader. Participate in the procurement process for engineering services and fabrication of required systems, including identification of potential vendors, preparation of technical specifications and participation in the selection process. Exercise best practices during assembly, integration, and test of space hardware. Perform other duties as assigned. Azista s Aerospace & Satellite division specializes in designing, developing, manufacturing, and testing of satellites, sub- systems, payloads and sat-com products. Azista in partnership with Berlin Space Technologies GmbH (BST) has built the India s largest private satellite mass manufacturing plant. Azista is looking is looking for an energetic and enthusiastic immediate hire for the role of opto-mechanical engineer to be part of our payloads team. The engineer would be part of the team, that would realize variety of optical telescopes. Bachelor s/Master s degree in Mechanical Engineering. 3 -4 years of work experience. Experience with CAD such as INVENTOR or SOLIDWORKS. Experience with FEA modeling tools such as ANSYS/NASTRAN. Fundamental knowledge of designing optical subassemblies, including design of optical mounts and structure. Fundamental knowledge of tolerance analysis of opto-mechanical design, including the use of Geometric Dimensioning and Tolerancing. Fundamental knowledge of mechanical fabrication and testing process. Ability to collaborate successfully within a multidisciplinary team. Sufficient verbal and written communication skills. Comprehensive knowledge of moderately complex to complex opto-mechanical design and one or more mechanical design/analysis code (eg. INVENTOR/SOLIDWORKS). Comprehensive knowledge of FEA modeling tools to compute optical surface deformation due to the effects of mounts, gravity and thermal variation. Comprehensive knowledge of computing optical surface deformation using Zernike coefficients. Working knowledge of space hardware design, test and operation. Experience in using metrology tools for integration, alignment and verification of optical payloads. Experience in the field of mechanical fabrication and testing process. Inclusion and diversity are critical to the success of Azista, and we actively encourage applications from people of all backgrounds. We are committed to providing equal employment opportunity without regard to race, colour, caste, religion, sex, sexual orientation, gender identity, age, national origin, disability, status as a protected veteran, or any other protected category. Opto-Mechanical Engineer Azista BST Aerospace Plot No. 16, Sanand Land Industrial Estate Corporation, Sarkhej-Sanand Road, Ularia, Sanand, Ahmedabad, Gujarat, India - 382 210. Registered Office Sy.No 80-84, Melange Towers, 4th Floor, C Wing, Patrika Nagar, Madhapur, Hyderabad, Telangana, India - 500 081.

The selected candidate will be responsible for implementing high-speed high-volume data generation and handling requirements on FPGA-based hardware, including storage in and playback from SSDs/SSRs and high-speed serial (SERDES, going to several Gbps) / Parallel (LVDS exceeding a hundred MHz). The subsystems are for use in state-of-the-art spaceborne payloads for high-performance applications in indigenous private-sector satellites in India. The work typically may involve, but not necessarily be limited to, the following activities: Understanding hardware component/environment capabilities, requirements and limitations and evolving firmware architectures and coding for required performance goals. Be a team contributor, code for parts of a larger functionality and seamlessly integrate and test the integrated firmware Partake in the full development cycle and not just design or verification, and be responsible for subsystem level outcomes in an integrated system Prepare documents necessary at different stages and be able to interact with QA/QC guidelines and facilitate assurance of code compliance to a given standard As a general rule, Azista requires that all engineers take an enthusiastic part in whatever activity they are required to contribute to in order to make the missions and the company successful. The knowledge base required in the candidate will in general be a clear understanding of the fundamentals of Coding for FPGA environment, a significant experience profile of doing this. Excellent familiarity and skill in VHDL (or Verilog) Knowledge of the architectures of modern high-density FPGAs and SoC Devices from Xilinx (Now AMD) or Actel (Now Microchip) FPGAs and familiarity with the use of these Excellent familiarity with the development environments for these devices and the simulation and pre-burn performance validation tools Very good experience in actually porting developed code into the hardware platforms and testing the same for target performance characteristics, and the skill in spotting problems and be able to relate observations in tests back to necessary refinements in code Exposure to safe coding practices and high-reliability engineering Specific successful design experience with at least one of the following: Implementation of high-speed SERDES data links going to several Gbps and testing for the same Implementation of SSD interfaces and familiarity with modern SSD interface standards Implementation of gigabit ethernet solutions in FPGA environments and testing for the same The successful candidate is likely to have An electronics degree, masters preferred but not necessary A consistent career in FPGA-based firmware design and coding (6 to 10 years at least) with exposure to high-density Xilinx (Now AMD) or Actel (Now Microchip) FPGAs with many designs turned out successfully Good experience in debugging systems, including the ability to probe hardware and make sense of the time domain/frequency domain observations A good knowledge of how to estimate rough-order-of-magnitude power consumption figures even before a full design is evolved Note: Interviews are likely to be multi-level and very detailed. Please who do not check most of the points above may not be suitable at all. A consistent career in FPGA-based firmware design and coding (6 to 10 years at least) with exposure to high-density Xilinx (Now AMD) or Actel (Now Microchip) FPGAs with many designs turned out successfully Azista BST Aerospace Plot No. 16, Sanand Land Industrial Estate Corporation, Sarkhej-Sanand Road, Ularia, Sanand, Ahmedabad, Gujarat, India - 382 210. Registered Office Sy.No 80-84, Melange Towers, 4th Floor, C Wing, Patrika Nagar, Madhapur, Hyderabad, Telangana, India - 500 081.

Job description Electronics Circuit design engineer shall provide high-level analysis for on-chip circuit architectures and assessing trade-offs to ensure specification compliance constrained power and area. Abilities Required: Design and develop circuits for embedded electronics applications. Verify functionality and robustness of electrical design. Develop and maintain design, analysis, test plan and test result documentation. Take designs through productization and be involved in all stages of development. Work with cross functional teams to optimize the designs. Be the interface to the customer in technical interactions, feasibility analysis, design reviews, parameter estimations (like Power/Area). Apply knowledge of broad engineering principles and collaborate with other engineering disciplines to meet all product requirements. Organize design effort on technically challenging designs to meet cost and schedule requirements. Proficient in all aspects of circuit design for custom digital blocks including schematic entry, functional verification, static timing analysis, Noise analysis, Reliability Verification Qualification: Experience with circuit design and worst-case circuit analysis / simulation Experience using schematic-capture tools and circuit simulation tools. Familiarity with Electromagnetic Compatibility issues associated with board layout and circuit design. Experience with thermal constraints of circuit design and fundamentals of heat transfer Proficient in both analytical skills and hands-on work Familiarity with electronics manufacturing technologies (at the board level) Knowledge of electronic circuits and components Knowledge of microcontrollers, power supply circuits, and inverter circuits Minimum of 2 years experience work on digital and analog circuit design, computer architecture, data structures in any programming language. Education Relevant Masters and bachelor s degree in Electronics Design Engineering, Electrical Engineering, Electronics Engineering. Desired experience for circuit design engineer includes: Broad circuit design and implementation knowledge with significant depth. Knowledge of package substrate, board design and power delivery. Working knowledge of Cadence custom design tools, various circuit simulators like Hspice, XA, FineSim, Spectre Working knowledge of Verilog, Nanotime, Matlab Hands on with Lab test and measurement equipment Requires strong fundamental understanding of transistor level analog design designs in deep submicron process. Apply for a Electronics Circuit Design Engineer Position Full name Contact number Email address Qualification Working experience

JD for Embedded Software Developer (Controller- Firmware / Software Designer EGSE) Employment Type: Full Time Job description We are currently looking for a motivated and skilled Firmware Engineer to join our firmware development team and be responsible for creating and implementing software for systems and applications. Perform C/C++ embedded firmware development. Use requirements to analyze, design, and implement functional needs. Working as a part of a multi-disciplinary team to design, integrate, qualify and test application. Testing, debugging, verification, and validation of functional modules against requirements. Staying up to date with firmware development methodologies Write bash and python scripts. Coordinate with hardware engineers to develop requirements and test engineers to build and configure tests. Designing program architecture based on project requirements and hardware specifications. Writing software code, embedded programs, and system protocols. Conducting tests on the embedded software systems to ensure proper integration. Troubleshooting embedded systems and diagnosing errors, malfunctions, or inefficiencies. Implementing effective repairs, modifications, and upgrades to the embedded code. Generating diagnostic reports, technical manuals, and software development documentation. Minimum a degree in Computer Science, Electronics Engineering, or a related field. A prior experience in embedded firmware development C/C++, assembly languages, and code development processes with debugging emulation and simulation tools. At least 3 years experience with low level device drivers such as UART, I2C, SPI, CAN, ADC, DAC, etc. Must possess a good understanding of software development life cycles. Must have a knowledge of basic electronics hardware and its interfacing with software systems. Must be familiar with software configuration tools and concepts. Experience in firmware systems design is an added advantage. Strong knowledge of hardware architecture such as ARM, MIPS, and x86. Apply for a JD for Embedded Software Developer (Controller- Firmware / Software Designer EGSE) Position Azista BST Aerospace Plot No. 16, Sanand Land Industrial Estate Corporation, Sarkhej-Sanand Road, Ularia, Sanand, Ahmedabad, Gujarat, India - 382 210. Registered Office Sy.No 80-84, Melange Towers, 4th Floor, C Wing, Patrika Nagar, Madhapur, Hyderabad, Telangana, India - 500 081.

PCB design engineer shall provide technical expertise in designing and optimizing PCB designs and to resolve PCB design, reliability, schedule and/or cost issues at internal or external PCB fabricators. Read and interpret Electrical/Electronic Schematics. Generate detailed Fabrication drawings of Printed Circuit Boards (PCB) and Gerber files (Artwork). Creates hardware design document that covers design analysis, notes, and specific guidelines followed. Architect, design and develop high performance/bandwidth PCBs. Perform PCB layout for analog, digital and RF circuit boards through fabrication and assembly drawings generation. Be a single point of responsibility in transferring schematic net-list design, ID and ME design into the physical PCB design based on electrical considerations such as signal integrity, power integrity, ID and mechanical integrity, EMC-EMI and safety, manufacturing industry spec and end-user usability requirement. Create and manage PCB documentation including fabrication and assembly drawings, Gerber files. Coordinate and approve PCB layout. Prepare BOM and fabrication documentation and follow revision control procedures. Bring up and test of the PCBs and auxiliary electronics. Develop PCB layout concepts that are in line with products that involve efficient manufacturing processes. Relevant Bachelor s or Master s degree in electrical engineering, Design, Electronics Engineering, Embedded System Engineering, ECE or ETC. Preferably a minimum of 3 years experience in using two or more of the PCB designing tools from the list given below. Familiar with KiCAD, ISIS, ARES, Allegro or similar industry standard tools. Familiarity with PCB failure modes and reliability in extreme environments including ability to resolve issues arising from these. Excellent knowledge of PCB manufacturing processes and of PCB materials. Strong knowledge of the fundamentals of digital and analog circuit design. Strong logic/board debug, and analytical skills. Apply for a PCB Design Engineer (L3) Position Azista BST Aerospace Plot No. 16, Sanand Land Industrial Estate Corporation, Sarkhej-Sanand Road, Ularia, Sanand, Ahmedabad, Gujarat, India - 382 210. Registered Office Sy.No 80-84, Melange Towers, 4th Floor, C Wing, Patrika Nagar, Madhapur, Hyderabad, Telangana, India - 500 081.

FPGA design engineer will take part in the design domains of signal processing and data processing, image processing, other high-speed and control applications, implementing these functions on high-density state of the art FPGAs. Work may include specifying, architecture/microarchitecture definition and hands-on implementation work for every aspect of FPGA design, working closely with the system, software, and FPGA design and verification, guide and mentor juniors in the areas and Delivery of expert level technical support in the resolution of FPGA application issues at programming level. In addition to the FPGA implementation, the engineers are expected to understand subsystem/algorithm level behaviour of such designs and be able infer the necessary hardware design/resources necessary for a given subsystem level specification. Work may involve HDL level coding/verification/testing and/or System C coding levels and taking ownership of all aspects of the design verification of the FPGA chips and/or its functional blocks. Examples of possible micro streams of work: CCD/CMOS Image array readout at high speeds Formatting such data and serial or parallel transmission of the same to other subsystems Implementation of complex image or signal processing algorithms Implementation of i/o rich control functions to interface a large number of subsystems to central controllers. Working closely with microcontroller programmers, instantiation of controllers with sequential code inside FPGAs etc mapping algorithms and standards (PCIe, NVMe, SATA,USB, Ethernet, TCP/IP, TCP/IP off load engine (TOE), SERDES, LVDS, and Memory Controllers DDR2/DDR3 ) to hardware and architecture/system design trade-offs standard bus protocols, including I2C, SPI, USB, PCIe. Candidates should preferably have good quantitative aptitude and understand analy Content coding like Verilog/VHDL, or System C or equivalent, exposure to complex/high density FPGAs and FPGA-SoCs Familiarity with Matlab and Simulink Vitis Unified Software Platform - Xilinx or similar Bachelors in Electronics or equivalent stream and a minimum of 10 years experience or Masters Degree in a related specialization with a minimum of 8 years experience in Electronics Design/Embedded Electronics, out of which the most recent 6 years must have been in state of the art high density FPGA environments. FPGA Design Engineer Azista BST Aerospace Plot No. 16, Sanand Land Industrial Estate Corporation, Sarkhej-Sanand Road, Ularia, Sanand, Ahmedabad, Gujarat, India - 382 210. Registered Office Sy.No 80-84, Melange Towers, 4th Floor, C Wing, Patrika Nagar, Madhapur, Hyderabad, Telangana, India - 500 081.

Spacecraft electrical systems engineer (L1 / L2) Employment Type: Full Time Extreme ownership of all aspects of electrical hardware development, from requirements definition through design, prototyping, fabrication, testing, and integration Responsible for the core avionics of spacecrafts, including digital and analog systems. Develop system and component requirements, interfaces, and ensure subsystem harness compliance to spacecraft requirements. Build and maintain spacecraft budgets including power, communication, instrumentation channel allocations, etc. Work with inter-disciplinary and cross functional teams to determine solutions for thermal and environmental management, electrical interfaces, system integration and environmental tests at both subsystem and spacecraft level Support system-level hardware-in-the-loop development and test Support component level and integrated test and operations to verify performance w.r.t specifications Close collaboration with spacecraft thermal engineering to dissipate generated heat Verification and qualification of designs to spacecraft environment Validate integration through development of hardware in the loop simulator. Participate and get approvals for electrical configurations in internal design reviews Minimum of a Bachelor s degree in electrical, electronics, aerospace engineering or equivalent 6+ years of working experience with avionics system design and model-based systems engineering Excellent understanding of principals of electronics and electrical engineering across various disciplines Experience performing trade-off studies and sensitivity studies to determine preferred electrical design features and functionality Experience with high-level design and operational understanding of electronic components (power supplies, embedded systems, RF and digital systems) Conceptual understanding of key spacecraft subsystems and their associated components, including attitude determination and control, spacecraft electrical power systems, space-ground communications, on-orbit command and data handling, and thermal control Experience in the QA processes including hardware and software verification and validation process for avionics systems Experience in industry standard root cause corrective analysis techniques, such as fault tree and fishbone analysis Experience developing and maintaining detailed multi-tier schedules and program-level budgets is desirable Experience with environmental testing, radiation, thermal cycling, TVAC, vibration, shock, etc. Experience with circuit design and simulation, schematic capture, and PCB layout Experience in industry standard root cause corrective analysis techniques, such as fault tree and fishbone analysis Experience developing and maintaining detailed multi-tier schedules and program-level budgets. Apply for a Spacecraft electrical systems engineer (L1 / L2) Position Azista BST Aerospace Plot No. 16, Sanand Land Industrial Estate Corporation, Sarkhej-Sanand Road, Ularia, Sanand, Ahmedabad, Gujarat, India - 382 210. Registered Office Sy.No 80-84, Melange Towers, 4th Floor, C Wing, Patrika Nagar, Madhapur, Hyderabad, Telangana, India - 500 081.

Azista is looking is looking for an energetic and enthusiastic immediate hire for the Business Development Executive in the Hyderabad office. The position is a full-time job that demands flexibility, due to the global nature of the team. We are interested in candidates seeking a long-term career opportunity. Monitor trends in the aerospace and composite markets around the globe Conduct original research and present with reports, studies and presentations. Closely coordinate between the technical teams and the business development teams in development of new products. Should technically co-relate the market studies to the present projects in the company. Support the Business Development team in documentation, tenders, bids, negotiations, exhibitions and trade fairs. BTech/MTech degree in Aero, Mech, Material Science MBA is a plus Capable of handling sensitive client information and keeping such interactions and intelligence, as well as proprietary Azista Market data strictly confidential Excellent interpersonal and communication (verbal & written) skills in English. Capable of presenting complex technical topics and negotiate in a clear and structured way, ability to moderate discussions, meetings, and projects. Ability to prioritize and complete numerous projects simultaneously Willingness to take risks, make mistakes (which are inevitable!) and learn from them, absorb constructive criticism and learn new skills and capabilities Excellent organizational skills with attention to details Proficiency with Microsoft Office, including Excel, Word, and PowerPoint, and other basic computer programs.

DIGITAL & FPGA design engineer shall provide technical support in the domains of design and development, realizing & testing of signal conditioning, digital interfaces, control electronics, handling and implementation of signal processing and communication system design as well as implementing designs on FPGAs through automatic HDL code generation and verification techniques. Design Development digital designs/ FPGA programming to implement algorithms for image capture, data processing /analysis and data transmission in an embedded real-time control environment utilizing the latest FPGA technologies. Good understanding of digital, analog or radio frequency circuits, components, and subsystems Designs, knowledge of Performing preliminary and detailed analyses/simulations on Analog & Digital or mixed signal Interfaces. Responsibilities include specification generations, architecture/micro-architecture definition hands-on implementation work for every aspect of ASIC/FPGA design, working closely with the system engineers and ASIC/FPGA design implementations and verification. Delivery of expert level technical support in the resolution of FPGA application issues at all levels of realization of designs, The proactive aspects of the position will require participation in development projects, possibly as part of an international, cross organizational team and may include the generation of collateral and reference designs. Ownership of all aspects of the design verification of the FPGA chips and/or its functional blocks,design tools and its verification equipment. Should Support the design, development and testing, including upgrades, parts reliability requirements, failure analysis/corrective action investigations, special laboratory tests, performance evaluations, and design audits of in-house. Intend to work closely with FW and SW Engineers to test and verify electrical interfaces and protocols between the FPGA and embedded system devices Working knowledge in System Verilog/UVM environment platforms and be responsible for generating FPGA verification plan, verification matrix and coming up with verification environments for test and verification of flight FPGA code/modules. Relevant Bachelors or Masters Degree in Electronics Design, Embedded Electronics, Electronics & communication Engineering, Electrical Engineering.

Power electronics engineer shall provide technical support and subject matter expertise on power electronics, circuit design and analysis, electrification architecture & Motor controls. Develop power systems designs for spacecraft applications using modelling, simulation, and statistical design methods. Perform detailed component-level analysis to identify locations and operating conditions of high electromagnetic / thermal / mechanical stresses. Survey and investigate advanced circuit topologies component / board / packaging / manufacturing technologies to further improve circuit performance, fault-tolerance, and to reduce overall cost, weight, sizes. Collaborate with manufacturing engineers and suppliers to convert designs to production. Design, implement, and test new power electronic control software to meet documented requirements for power conversion products (drives, transformers, DC-DC converter) and programmable electronic fuses. Be responsible for technical direction and decisions for assigned product development projects. Work with a multi-disciplinary engineering development team that includes controls engineering, power conversion design, mechanical design, control hardware design, and Integration / Test. Test and debug of prototype and production power supply assemblies. Design verification testing of completed products. Develop mixed-mode circuits for power electronics applications, to achieve high accuracy, robustness, and low power consumption. Relevant degree such as Bachelors and Masters Degree in Electrical Engineering, Electronics, Power electronics Engineering, Electrical & Power Engineering. Power electronics circuit control and motor drive. Strong understanding of power electronics fundamentals is a must. Familiar with electromagnetic field measurement chambers and equipment. Hands-on experience designing, manufacturing, developing, or testing power electronic systems. Calculation and design of power chokes, inductors, and transformers. Calculation of power losses and efficiency optimization. Knowledge about different circuit test methods. It is preferrable to have experience with power conversion technologies (e.g., DC-DC converters, solar arrays, batteries) used in spacecraft power systems. Experience in designing power distribution and management systems for small satellites or CubeSats will be an added advantage. Familiarity with radiation-hardened electronics and mitigation strategies is desirable. Previous work experience involving spacecraft power systems is highly desirable. Proficiency in using simulation tools (e.g., SPICE, MATLAB/Simulink) for power electronics analysis and simulation Experience in designing and optimizing power distribution and management systems within spacecraft, including load sharing, fault tolerance, and redundancy strategies, is beneficial. Strong problem-solving skills and a proactive approach to innovation and optimization are highly valued. Experience in collaborating with cross-functional teams and interfacing with professionals from various disciplines (e.g., electrical, systems, mechanical engineering) is beneficial. Excellent working experience with Scopes, DVMs, Network Analyzers Strong understanding of conducted and radiated noise sources and their mitigation techniques in power electronic and analog systems. Experience in supervision of PCB layout for minimal stray parameters, power/signal plane definition for EMC optimization. Knowledge of Power Electronic Control algorithms including Matlab/Simulink Application.

Design, assembly and testing 0f RF blocks such as transmitter, receivers, mixers, frequency synthesiser etc. Handling all the activities of RF design and development and qualification. RF Testing using signal generator, spectrum analyser, Power meter, PNA etc. Qualification: Bachelor s Degree/master s degree/Post Graduate Degree in ECE or equivalent. 2 to 5 yrs. experience in RF design and testing. In-depth understanding of test equipment and procedures. Knowledge of software tools for test automation is desirable.