Jobs at Groundwater Modelling Decision Support Initiative (GMDSI)

Lead systems engineering for air and naval sonar: define and analyze requirements, design interfaces, plan and execute system integration and verification, build and run test environments (manual and automated), investigate defects, develop test tools/scripts, and produce technical documentation and reports while collaborating with multidisciplinary teams and stakeholders.

Support M1A1 vehicle electronics by managing component obsolescence, evaluating and qualifying replacement parts, maintaining BOMs, developing and executing test plans, documenting analyses and tests, initiating product changes, investigating root causes, and providing technical support during integration and qualification testing.

Develop, test, and maintain mission-critical sonar software. Participate in design, code reviews, integration, troubleshooting, and documentation. Collaborate with cross-functional teams and provide technical support throughout the development lifecycle.

Lead test engineering projects for product design verification and manufacturing test. Provide technical and project leadership, mentor staff, define schedules and budgets, improve automated-test environments, align DVT and production test strategies, and manage procurement and risk to ensure product quality and reliability.

Design and implement test strategies and test solutions for safety-critical avionics and communications electronic circuits and units. Conduct technical investigations, ensure products meet quality and safety requirements, and collaborate with hardware and software engineers to support product development and verification.

Lead firmware development and verification for safety-critical avionics mission computers using VHDL and FPGAs. Ensure compliance with RTCA/DO-254, lead design reviews, support system architecture, and contribute across the full development lifecycle while advancing team capabilities.

Lead test engineering work on avionics and armoured vehicle communication systems. Diagnose and repair circuit card assemblies and assembled units, develop and integrate complex test solutions, and troubleshoot test systems to component level. Collaborate with the Test team and pursue continuous skills development and progression.

Perform systems engineering and cybersecurity work for LC5ISR-T: design system/security architecture, document requirements and interfaces, conduct vulnerability assessments and threat modeling, support integration/test and SPR management, produce SA&A artifacts (SSPs, risk assessments), and ensure compliance with NIST RMF, ITSG-33, DISA STIGs, and FIPS.

Manage and monitor master production schedules, validate manufacturing deliverables and forecasts, identify capacity bottlenecks, prepare weekly/monthly schedules and status reports, coordinate cross-functional recovery plans, support BOE for bids, and ensure timely shipment of finished goods.

Design and validate rugged mechanical components, subsystems, and enclosures for military platforms. Support full product lifecycle from requirements and concept through prototyping, environmental testing, manufacturing support, RCCA, and design reviews. Collaborate with cross-functional teams, mentor junior designers, and contribute to continuous improvement.

Provide on-site systems engineering support for airborne mission and electronic warfare systems: diagnose failures, perform repairs and maintenance, lead technical investigations, support verification and validation, develop test documentation, deliver status reporting, and train customer/operators while ensuring compliance with security and export control requirements.

Design and deliver electro-mechanical assemblies from concept through verification for defence products. Produce 3D CAD models and drawings, support DFMA and BOM creation, lead design reviews, plan and execute environmental testing, develop assembly methods and tooling, mentor junior staff, manage configuration/change control, and collaborate with manufacturing and project teams to meet requirements, cost, schedule, and compliance.

Perform systems integration, verification and validation testing in lab and field environments. Develop test plans, automate tests, troubleshoot networks and radios, work in Agile teams, collaborate with engineers and customers, and resolve complex defects.

Develop and execute system verification test plans and automated tests in lab and field. Configure systems, troubleshoot networks and radios, use automation and simulation tools, support external test events, review technical documentation, and collaborate with software, systems engineering, customers, and Agile teams.

Lead and coordinate a team of engineers on vetronics projects, manage design reviews and deliverables, track risks and obsolescence, interface with supply chain, contracts and customers, and drive product/process improvements while supporting project planning and performance reviews.

Integrate, deploy, and validate COTS and custom applications for Land C4ISR systems. Develop and execute integration/qualification test plans, automate lab deployments, troubleshoot defects, maintain virtual environments, and support Agile teams through test reporting and continuous improvement.

Design and implement FPGA firmware using VHDL across the full development lifecycle. Develop simulation test benches, capture requirements, define work packages and estimate effort. Apply digital hardware design principles to avionics mission computing systems and support delivery of safety-critical embedded functionality.

Design and develop avionics electronic systems across the product lifecycle: requirements capture, analog and digital circuit design, PCB layout, simulation, testing and debugging, power management, ADC/DAC and mixed-signal work, and system integration and commissioning for mission computing platforms.

Develop and integrate mission systems and sensors for the LX300 UAV: analyze requirements, design and implement software, write automated tests, support integration/qualification testing, perform root-cause analysis, improve CI infrastructure, and present work in peer reviews within an Agile team.

Design, develop, test, and integrate mission-critical aerospace software. Perform requirements analysis, write design and test documentation, participate in code reviews, troubleshoot defects, and collaborate with cross-functional teams to support system integration and validation. Provide technical support and present work in design reviews.