LEAD HARDWARE DESIGN ENGINEER-(MICROSATELLITE)-AEROSPACE AND DEFENCE:

Bullisher is a data centric fintech solution provider in the aerospace and defence industry for institutional level investors, looking to disrupt and revolutionise a $3 trillion dollar industry. We spearhead an industrial-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.

We are able to put unprecedented level of data visualisation analysis-ready data interactively discovering, deploying effective demand management, experimentation and innovations. Transforming conventional microsatellite management powered by utilities scheduling largely by ground-based continuous monitoring. Transforming legacy infrastructure into smart grid solutions performance from space. Integrating real-time satellite, LIDAR in order to assess risk dynamically. Leverage scientific understanding of modelling the scale of lower field crew costs and improve efficiency with order optimisation.

A team of ten - Our perceived approach is to build Geo and BNN processing from the ground up architecture to solve problems in Distributed GIS functions and electromagnetic spectrum operations. No code vis, in-built server-side, and boundless map visualisation to deliver interactive responsiveness at scale. From campaign planning and execution - Where decisions and executions have their immediate impact on the outcome of engagement in real-time conformity to the joint all-domain and electromagnetic spectrum operations approach, radio spectrum approach, JAIC (Joint Artificial Intelligence Centre Approach), JADC2 (Joint All-Domain Command and Control) approach and JADC2 architecture.

A set of net-centric tenets associated with data. Our overarching goals are to create a collective disruption in both acquisition and deployment. Existing systems are foundational. We are to build upon existing systems and reinvent new systems to replace existing technologies and accelerate the pace to meet economic and livelihood posture. Existing systems architecture faces challenges type to the configurations of physical systems devices supported protocols. Embedding our open standard architecture and offering intelligent tools to redefine and accommodate the expansion of our open standards architecture.

The field of our open standards architecture will certainly be undergoing substantial transformative changes enhancing responsiveness, reshaping objectives through our open standards architecture. There’s going to be real-time command and control, there will be live streaming sensor data, and large amounts of data for analytics. The data distribution should be well suited for all the communication patterns because of the rich service policies specified by the standards. We use these policies to tailor the behaviour of the data real-time command and control.

We are a startup enhancing the formation of early stages of a product development project.

Physical Demands: This position requires the ability to communicate and exchange information, utilise 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: Extensive experience in design and analysis of the spacecraft TCS including thermal subsystem management. The ability to perform or manage TCS implementation and test activities. Executive leadership in spacecraft level thermal analysis and design. System & subsystem level interfacing and trade-offs. Implementation of the design including appropriate hardware selection and management as required. Test planning, test and verification of the design. Experience with active and passive TCS hardware. Competency in planning and support of thermal vacuum tests. Space mission and system level experience, including interfacing to other disciplines such as mechanics, AOCS, propulsion, AIT and optical ground station terminal operations. Preferably a degree in hardware engineering design and physics. 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 one of the listed DoD 8570 certifications.

Interview Process: Stage 1: Cognitive assessment screening with a 30yrs+ experience psychologist. Stage 2: Pre-screening (verification checks & eDV security clearance). Stage 3: Interview with the CEO, CTO & Chief Engineer & Chief Manufacturing Officer.