FPGA ENGINEER- [ELECTROMAGNETIC OPERATIONS APPLICATIONS]: AEROSPACE AND DEFENSE

Bullisher is a data centric fintech solution provider in the aerospace and defense industry for institutional level investors, looking to disrupt and revolutionize a $3 trillion dollar industry. We spearhead an industry-leading Blackbox to facilitate and administer trade agreements pioneered by a vehicle, driven by our new generation benchmark delivering solutions through innovation with uncompromising agility.

JOB DESCRIPTION: The oversight specifies supportability for electromagnetic spectrum operations applications and their security requirements for electronic control devices, telematics gateways, and the computational portion of smart sensors. Implement secure and coherent data processing and instrumentation conformity to compliance with data processing requirements under the European legislative framework. The adoption of all intelligent networks ecosystem will require compliance with the EU legislative framework. Areas to cover will include: GDPR, LVD, RED & EMC.

A team of seven hardware and software engineers will be deployed in this environment, providing cross-checking, applying competency to the standardized API to ensure interoperability and functional safety. Preserve the regulatory framework based on the legislative framework for the status generated at the level of the application with certified sensors. Our perceived approach associated with compliance is certification to evaluate that you comply with performance level as described in the policies and regulations.

Areas to cover will include: The processes associated with permissions distributed certification ledgers, where you have digital certificates of the electromagnetic operation devices, ID management of devices, and secure IDs. You will have to track and trace digital certificates from build to installation, perform audit trails of digital certificates on EMS devices, monitor digital certificates used, and detect manipulation. The distributed ledger applications controls domain requires quality and data integrity, privacy and data protection, reliability, and accuracy.

Methods to implement: Follow the implementation of the safety standards associated with functional safety and must have to be extrapolated to the wireless network with precondition to ensure that you can demonstrate compatibility to the architecture specifications. The application server for the status of the sensor will provide the digital certificate. The ecosystem will evolve while preserving the essential health and safety requirements in conformity with regulatory standards. The digital certificate will provide that the connected device has passed the conformance test for the connectivity.

The system requirements associated with the corresponding sensor will generate data from the status of the sensor and must comply with health and safety requirements conformity with the General Data Protection Regulations, Electromagnetic Compatibility Directives, Low Voltage Directives, Radio Equipment Directives. The application and compliance to the data processing requirements will be based on the status of connected devices, the integrity of the whole intelligent network ecosystem [device or sensor status] and associated with the digital certificate, defining technical specifications and performance level to reach based on requirements. All official and statutory regulations governing the operation of the gateway system must be complied with.

PHYSICAL DEMANDS: This position requires the ability to communicate and exchange information, utilize equipment necessary to perform the job.

ENVIRONMENT: This position will operate in the following areas of the organization: ROCKET FUEL MISSION INTELLIGENCE DIVISION. Innovation, powering speed and space exploration in science systems. Employees must be legally authorized to work in the UK. Verification of employment eligibility will be required at the time of hire. Visa sponsorship is not available for this position.

QUALIFICATIONS, KEY REQUIREMENTS AND SKILLS SET: MSc in Comms Engineering - proficient in FPGA design using VHDL, Xilinx Kintex, PCB design, LTSpice. Accredited engineering degree, preferably Digital Engineering. Degree in Electrical Engineering or Computer Science. Chartered Engineer (CEng) status. Member of a Professional designated body (e.g. IET, InstMC). Preferably 10yrs+ of controls and instrumentation design engineering experience.

System Integration & Testing: Skilled in full system integration, testing, and debugging. Tools: Experienced with Lauterbach, Jlink, and custom Python debuggers. Compliance: Knowledgeable in DO-178A/B, ISO 26262, and FDA standards. Extensive background knowledge on designed STM32-based IoT units with CAN (controller area network), LTE, GPS, and BLE interfaces, adhering to ISO 26262 standards. Experience of all project phases from conceptual design to development and deployment lifecycle. Demonstrable in-depth knowledge and understanding of control systems and field instruments. Experienced across Wireless, Automotive, Audio, and Medical sectors with global projects. Encoding, coding, and testing. Applications planning, development, and deployment lifecycle. Proven project leadership on complex software architectures and end-to-end development, including cross-functional collaboration in the USA, UK, and Europe.

Certified Information Systems Security Professional (CISSP). Certified Cloud Security Professional (CCSP). Information assurance system architecture and engineer (IASAE). Information Systems Security Engineering Professional (ISSEP). Information Systems Security Architecture Professional (ISSAP) is essential. It’s prerequisite to be certified in one of the listed DoD 8570 Certifications.

INTERVIEW PROCESS: STAGE 1: COGNITIVE ABILITY TEST STAGE 2: COGNITIVE ASSESSMENT SCREENING: WITH A 30yrs+ EXPERIENCE PSYCHOLOGIST: STAGE 3: PRE-SCREENING (verification checks & DV security clearance) STAGE 4: INTERVIEW WITH THE CEO, CTO & CHIEF ENGINEER.