Digital Workflow Developer — Rapid Prototyping and Pilots for NATO with security clearance at WLG

📍 Job Overview

Job Title: Digital Workflow Developer — Rapid Prototyping and Pilots for NATO with Security Clearance

Company: WLG

Location: Norfolk, Virginia, United States

Job Type: Full-Time

Category: Operations Technology / Business Process Management

Date Posted: September 17, 2026

Experience Level: 2-5 Years

Remote Status: On-site

🚀 Role Summary

This role focuses on the hands-on development and rapid prototyping of digital workflows and operational pilots, specifically for a multinational defense organization supporting NATO initiatives.
You will be instrumental in digitizing capability development work, moving from conceptual studies to tangible, working software solutions.
The position requires direct collaboration with process owners and operational users to understand current workflows and translate them into functional prototypes and minimum viable products.
Key responsibilities include designing and configuring various workflow components, integrating systems, and iterating solutions based on user feedback and performance metrics.
A critical component of this role is the ability to assess and manage security, data management, licensing, hosting, and sustainment constraints from the outset.

📝 Enhancement Note: The job description emphasizes a strong "hands-on build" requirement, explicitly stating that experience limited to directing, supervising, or architecting does not meet the client's needs. This indicates a need for candidates who are deeply technical and enjoy direct application development. The mention of "NATO" and "security clearance" strongly suggests a need for candidates who can obtain and maintain government security clearances, which will be a significant factor in the hiring process. The location is explicitly stated as Norfolk, Virginia, with visa sponsorship provided.

📈 Primary Responsibilities

Execute rapid, hands-on development of digital workflow prototypes and operational pilots using approved platforms and tools.
Engage directly with process owners and operational users to thoroughly understand existing work processes and identify areas for digital enhancement.
Document current and desired workflows with sufficient detail, including roles, states, decision points, and data exchanges.
Translate complex operational needs into minimum viable prototypes that can be quickly built, demonstrated, and refined.
Design and configure structured data capture mechanisms, define user roles, establish states, implement business rules, and set up validation, routing, approval, and notification systems.
Integrate prototypes with approved data sources via interfaces, databases, web services, or structured file exchanges.
Develop lightweight scripts or custom components when configurable tooling is insufficient to prove a concept.
Leverage approved AI-assisted development tools to accelerate prototyping efforts where applicable.
Conduct user testing and run operational pilots, actively incorporating observed improvements rather than relying solely on initial assumptions.
Measure and report on the impact of developed solutions against baseline metrics, such as cycle time, manual effort reduction, and data completeness.
Proactively identify and address security, data management, licensing, hosting, and sustainment constraints throughout the development lifecycle.

📝 Enhancement Note: The emphasis on iterating prototypes "rather than what you assumed" highlights a user-centric development methodology. The responsibility to "measure the effect against a baseline" indicates a strong focus on quantifiable results and ROI, which is crucial for operations roles. The explicit mention of "naming the security, data management, licensing, hosting and sustainment constraints early" points to a need for proactive risk management and long-term thinking in the development process, aligning with robust operations practices.

🎓 Skills & Qualifications

Education:

University degree in Computer Science, Information Systems, Software Engineering, Human-Centered Design, Business Process Management, or a closely related field.
Alternatively, equivalent practical experience will be considered. Experience:
A minimum of twelve months of recent hands-on development experience within the last twenty-four months, building digital applications, workflows, or prototypes personally.
At least two to five years of experience in low-code, no-code, or configurable application development, specifically outside the Microsoft technology stack.
Proven track record of developing at least two independent solutions using rapid development platforms, with at least one solution having been deployed and utilized by real users.
Hands-on development experience across a minimum of two distinct rapid-development platforms is required. Required Skills:
Rapid Prototyping: Demonstrated ability to quickly build functional prototypes to validate concepts.
Digital Workflow Development: Expertise in designing, building, and configuring digital workflows.
Low-code/No-code Platforms: Proficient in developing applications using non-traditional coding environments (outside Microsoft).
Business Process Management (BPM): Strong understanding of process mapping, analysis, and optimization principles.
System Integration: Experience connecting different systems and data sources through various methods.
User-Centric Design: Ability to gather user requirements and iterate solutions based on feedback.
Data Capture & Management: Skills in designing and implementing structured data capture and handling.
Fluent Professional English: Excellent verbal and written communication skills for effective collaboration and documentation.
Hands-on Development Experience: Proven ability to personally build and deliver software solutions.

Preferred Skills:

Human-Centered Design: Experience in designing solutions with a focus on user experience and needs.
AI-Assisted Development Tooling: Familiarity with leveraging AI for development acceleration.
User Testing & Pilot Management: Experience in planning and executing user testing and pilot programs.
Performance Measurement: Ability to define and track key performance indicators (KPIs) for workflows.
Technical Documentation: Skill in creating clear and concise documentation for workflows and prototypes.

📝 Enhancement Note: The requirement for "at least two of the last five years in low-code, no-code or configurable application development outside the Microsoft stack" is a very specific and critical qualifier. This suggests the client is looking for expertise in platforms beyond the common Microsoft Power Platform, potentially including tools like OutSystems, Mendix, Appian, or similar enterprise-grade low-code/no-code solutions. The explicit exclusion of Microsoft stack experience is a key differentiator for candidates.

📊 Process & Systems Portfolio Requirements

Portfolio Essentials:

Showcase at least two distinct digital workflow prototypes or applications developed using low-code/no-code platforms (outside the Microsoft stack).
For each project, clearly delineate your specific role and contributions, emphasizing hands-on development activities.
Provide evidence of successful user testing or pilot deployment, including how feedback was incorporated.
Demonstrate the ability to document current and desired workflows, including process maps, role definitions, and data flows.
Highlight examples of system integration efforts, detailing the methods used (APIs, databases, file exchanges). Process Documentation:
Include examples of how you have documented existing business processes, identifying key steps, decision points, and stakeholders.
Present examples of workflow design specifications, detailing configurations for data capture, roles, states, business rules, routing, and notifications.
Provide documentation from a project where you measured the impact of your developed workflow against baseline metrics (e.g., cycle time reduction, efficiency gains).

📝 Enhancement Note: Given the emphasis on rapid prototyping and iterative development, the portfolio should strongly feature case studies that illustrate quick turnarounds, user feedback integration, and measurable outcomes. The client is looking for tangible proof of the candidate's ability to translate needs into working solutions efficiently.

💵 Compensation & Benefits

Salary Range:

Based on the location (Norfolk, Virginia, US), the required experience level (2-5 years hands-on in specialized low-code/no-code platforms), the need for security clearance, and the nature of defense/NATO contracts, an estimated annual salary range for a Digital Workflow Developer would be $90,000 - $130,000 USD. Benefits:
Visa Sponsorship: The company provides the NATO-5 visa, facilitating relocation to the United States for eligible international candidates.
Relocation Assistance: While not explicitly stated, relocation support is often provided for roles requiring visa sponsorship and international moves.
Comprehensive Health Insurance: Likely includes medical, dental, and vision coverage.
Retirement Savings Plan: Such as a 401(k) with potential company matching.
Paid Time Off (PTO): Including vacation days, sick leave, and holidays.
Professional Development: Opportunities for training on new platforms, certifications, and attending relevant industry events.
Security Clearance Support: Assistance and potential sponsorship for obtaining and maintaining necessary security clearances.

Working Hours:

Standard Full-Time: Approximately 40 hours per week, aligning with typical business operations.
Flexibility: While on-site, there might be some flexibility in daily start/end times, subject to team needs and project deadlines.

📝 Enhancement Note: The salary range is an estimate based on industry benchmarks for roles requiring specialized technical skills, government contract work, and security clearance in the US, adjusted for the Norfolk, Virginia location. The "NATO-5 visa" is a significant benefit, indicating a specialized pathway for non-US citizens to work in the US for NATO-related projects. The absence of explicit benefits in the raw description necessitates drawing upon typical offerings for such roles in the US defense sector.

🎯 Team & Company Context

🏢 Company Culture

Industry: Technology Services / Defense & Government Contracting. WLG operates within sectors that require high levels of security, precision, and reliability, serving clients like NATO. This implies a culture that values meticulous work, adherence to protocols, and a strong sense of mission.

Company Size: WLG is described as a multinational organization, suggesting a substantial employee base and global reach. This size typically offers structured career paths, diverse project opportunities, and established operational frameworks.

Founded: While the founding date isn't provided, the company's multinational status and focus on defense contracts suggest a well-established presence in the industry, likely with years of experience.

Team Structure:

The role is part of a capability development initiative focused on digitizing processes for a multinational defense organization.
The team likely consists of developers, analysts, and potentially project managers working collaboratively on specific projects.
Reporting will likely be to a team lead or project manager overseeing the digital transformation efforts.
Cross-functional collaboration is essential, involving direct interaction with "process owners and operational users" within the client organization. Methodology:
Data-Driven Development: Emphasis on measuring impact against baselines (cycle time, manual effort) signifies a data-centric approach to development and validation.
Agile/Iterative Prototyping: The core methodology involves rapid development, user feedback loops, and continuous iteration to refine prototypes and pilots.
User-Centricity: Direct engagement with end-users to understand needs and validate solutions is a key process.
Risk Management: Early identification and naming of constraints (security, data, licensing) point to a proactive approach to project risks.

Company Website: https://career.wlgroup.eu

📝 Enhancement Note: The context of working for NATO and a multinational defense organization implies a high-stakes environment where accuracy, security, and reliability are paramount. The culture likely fosters a strong sense of purpose and adherence to strict operational and security standards.

📈 Career & Growth Analysis

Operations Career Level: This role is positioned as an individual contributor with a strong technical focus, suitable for professionals with 2-5 years of specialized experience. It's not an entry-level position, requiring specific, hands-on skills in non-Microsoft low-code/no-code platforms. The emphasis on "hands-on build" defines it as a practitioner role rather than managerial.

Reporting Structure: The Digital Workflow Developer will likely report to a Project Manager or Team Lead responsible for the specific NATO capability development initiative. Collaboration will be crucial with end-users and process owners within the client organization.

Operations Impact: The role directly impacts operational efficiency and capability development by transforming manual or study-based processes into functional digital solutions. Success means demonstrably improving cycle times, reducing manual effort, and enhancing data completeness, thereby directly contributing to the operational effectiveness of the defense organization.

Growth Opportunities:

Specialization: Deepen expertise in specific rapid-development platforms and workflow automation technologies.
Domain Expertise: Develop specialized knowledge in defense sector processes and NATO operational requirements.
Leadership Potential: Transition into roles like Lead Developer, Technical Lead, or Project Manager for subsequent initiatives, managing larger projects or teams.
Broader Skill Development: Gain experience in areas such as AI-assisted development, advanced system integration, and comprehensive security compliance.
Long-Term Engagement: The role is described as a "long engagement that renews year on year," offering stability and the chance to see projects through from concept to sustained operation.

📝 Enhancement Note: The "long engagement" aspect suggests that career growth might be more about deepening expertise and taking on more complex challenges within a stable framework, rather than rapid vertical movement. The opportunity to work on NATO projects is a significant differentiator for career progression, offering exposure to high-level defense technology and international collaboration.

🌐 Work Environment

Office Type: The role is strictly "On-site," requiring the developer to work from a physical office location in Norfolk, Virginia. This is typical for roles involving sensitive government or defense projects requiring secure facilities and direct collaboration.

Office Location(s): Norfolk, Virginia, United States. This location is a major hub for naval operations and defense contractors, offering a specific regional context for the work environment.

Workspace Context:

Collaborative Environment: Expect regular interaction with process owners, operational users, and potentially other members of the development team. Open communication and feedback are encouraged through user testing and pilots.
Technology Access: Access to approved platforms, development tools (including AI-assisted ones), and potentially secure network infrastructure will be provided.
Project Focus: The workspace will be geared towards project execution, rapid prototyping, and iterative development cycles.
Security: Given the NATO and defense context, the workspace will likely adhere to strict security protocols.

Work Schedule:

The standard work schedule is expected to be full-time, approximately 40 hours per week.
While on-site, there may be some flexibility in daily hours, but adherence to project timelines and availability for user collaboration will be paramount.

📝 Enhancement Note: The "On-site" requirement is non-negotiable. For candidates requiring relocation, the provision of a NATO-5 visa is a critical enabler, highlighting the company's commitment to securing international talent for this specific location and project.

📄 Application & Portfolio Review Process

Interview Process:

Initial Screening: Review of resume and portfolio to assess hands-on experience with low-code/no-code platforms (outside Microsoft) and relevant qualifications.
Technical Interview(s): In-depth discussions focusing on specific development projects, platform expertise, workflow design principles, and problem-solving approaches. Expect to be asked about your personal contributions to past projects.
Portfolio Presentation: Candidates will likely be asked to present one or two key projects from their portfolio, demonstrating their development process, technical solutions, and the impact achieved.
User Scenario/Case Study: A practical exercise or case study may be presented, requiring you to outline how you would approach developing a digital workflow solution for a given operational need.
Security & Cultural Fit: Discussions may include readiness for security clearance, understanding of defense sector requirements, and alignment with WLG's values and the client's operational culture.

Portfolio Review Tips:

Highlight Hands-On Work: Clearly distinguish your personal contributions from team efforts. Use "I" statements when describing your direct actions and development work.
Showcase Non-Microsoft Platforms: Feature projects built on platforms like OutSystems, Mendix, Appian, or similar, explicitly stating the platform used.
Quantify Impact: For each project, provide specific metrics on improvements (e.g., "Reduced cycle time by 30%," "Automated 80% of manual data entry").
Document Process: Include visuals like process maps, workflow diagrams, and screenshots of your developed applications or configurations.
Explain Iterations: Detail how user feedback influenced your development process and led to improvements.
Address Constraints: Briefly touch upon how you considered or managed security, data, or integration challenges in your projects.

Challenge Preparation:

Scenario Analysis: Practice breaking down a business problem into roles, states, decision points, and data flows.
Platform Familiarity: Be prepared to discuss the strengths and weaknesses of different rapid development platforms you've used.
Technical Depth: Brush up on concepts like API integrations, database interactions, and basic scripting if applicable to your platform experience.
Communication: Practice articulating technical concepts clearly and concisely to both technical and non-technical audiences.

📝 Enhancement Note: The explicit requirement for "hands-on build" experience means the interview process will heavily scrutinize the candidate's direct involvement in development. Portfolios must clearly evidence this direct contribution, not just oversight or architectural design. The focus on "outside the Microsoft stack" will be a primary filter.

🛠 Tools & Technology Stack

Primary Tools:

Low-code/No-code Platforms (Non-Microsoft): Expertise in platforms such as OutSystems, Mendix, Appian, Pega, or similar enterprise-grade rapid application development (RAD) tools is essential. Candidates should be prepared to discuss their experience with at least two distinct platforms.
Workflow Automation Tools: Familiarity with tools that facilitate the design, execution, and monitoring of digital workflows.
Data Modeling & Capture Tools: Proficiency in designing databases or data structures for structured data capture within these platforms.

Analytics & Reporting:

Platform-Specific Analytics: Most low-code/no-code platforms offer built-in analytics for tracking workflow performance, user activity, and error rates.
Business Intelligence (BI) Tools: Potentially tools like Tableau, Power BI (though the emphasis is outside Microsoft for development, reporting tools might differ), or QlikView for deeper analysis of operational data if integrated.
Spreadsheet Software: Advanced proficiency in Excel or Google Sheets for data analysis, baseline establishment, and reporting.

CRM & Automation:

Integration Technologies: Experience with APIs (REST, SOAP), web services, database connectors, and potentially ETL tools for integrating workflow prototypes with existing systems.
Scripting Languages: Lightweight scripting (e.g., JavaScript, Python) might be required for custom components or integrations, though the focus is on configurable tooling.
AI-Assisted Development Tools: The role mentions using approved AI tools, indicating familiarity with AI-powered coding assistants or development accelerators.

📝 Enhancement Note: The critical differentiator here is the explicit exclusion of the "Microsoft stack" for development. Candidates must demonstrate significant experience with alternative, robust low-code/no-code platforms that are commonly used in enterprise environments for complex application development and workflow automation.

👥 Team Culture & Values

Operations Values:

Precision & Reliability: Given the defense/NATO context, accuracy, adherence to standards, and dependable performance are paramount. Every workflow developed must function reliably.
Efficiency & Optimization: A core driver is to improve operational efficiency through digital transformation, focusing on reducing cycle times and manual effort.
Collaboration & User Focus: The culture emphasizes working closely with end-users, valuing their input, and ensuring solutions meet their practical needs.
Security Consciousness: A strong awareness and adherence to security protocols and data management best practices are non-negotiable.
Innovation through Pragmatism: Encourages rapid prototyping and leveraging new tools (like AI) but grounded in practical application and demonstrable results.

Collaboration Style:

Direct & Iterative: Collaboration involves frequent, direct interaction with stakeholders for requirements gathering and feedback loops during development.
Cross-Functional Partnership: Working closely with operational users, process owners, and potentially IT security and infrastructure teams.
Knowledge Sharing: Openness to sharing insights and learnings from prototypes and pilots to improve future development efforts.
Data-Informed Discussions: Decisions and improvements are often driven by performance data and user feedback rather than purely subjective opinions.

📝 Enhancement Note: The culture is likely a blend of a structured, security-conscious defense environment and a more agile, iterative development approach for prototyping. Candidates should be comfortable navigating both aspects.

⚡ Challenges & Growth Opportunities

Challenges:

Security Clearance: Obtaining and maintaining a government security clearance can be a lengthy and complex process.
Platform Versatility: Adapting to and effectively utilizing multiple, potentially unfamiliar, rapid development platforms.
Integration Complexity: Connecting prototypes to diverse and potentially legacy defense systems with strict security and data protocols.
Balancing Speed and Security: The need for rapid prototyping must be balanced with stringent security and data management requirements inherent in defense projects.
User Adoption: Ensuring that the developed prototypes are not only functional but also intuitive and adopted by operational users.

Learning & Development Opportunities:

Platform Specialization: Gain deep expertise in leading enterprise low-code/no-code platforms.
Defense Sector Domain Knowledge: Develop a nuanced understanding of NATO operations and defense capability development processes.
AI in Development: Hands-on experience with AI-assisted development tools and their application in workflow automation.
Advanced Integration Techniques: Learning to interface with complex, secure systems.
Project Lifecycle Management: Experience in managing projects from initial concept through pilot and potential sustainment phases within a defense context.

📝 Enhancement Note: The primary challenge is the hands-on requirement combined with the specific platform exclusions. Growth opportunities are heavily tied to specializing in high-demand platforms and gaining valuable experience in the defense technology sector.

💡 Interview Preparation

Strategy Questions:

"Describe a complex digital workflow you personally built using a low-code/no-code platform (outside of Microsoft). What was the business problem, what platform did you use, and what was your specific role in its development?" (Focus on your hands-on contributions and platform choice).
"How do you approach understanding and documenting an existing, potentially manual, business process to prepare it for digital transformation?" (Highlight your process mapping and analysis skills).
"Imagine you've built a prototype for a NATO operational team. How would you design and conduct a pilot to gather meaningful feedback, and how would you incorporate that feedback into subsequent iterations?" (Emphasize user testing and iterative development).
"What are the key considerations for data capture, security, and integration when building a workflow prototype for a defense organization?" (Show awareness of critical constraints). Company & Culture Questions:
"What interests you about working on projects for NATO and a multinational defense organization?" (Demonstrate genuine interest in the sector and mission).
"How do you stay updated on new rapid development platforms and workflow automation technologies?" (Show commitment to continuous learning).
"Describe a time you had to balance rapid development speed with strict quality or security requirements." (Assess your ability to manage competing priorities). Portfolio Presentation Strategy:
Select Relevant Projects: Choose 2-3 projects that best showcase your hands-on development with non-Microsoft low-code/no-code platforms and workflow automation.
Structure Your Narrative: For each project, clearly outline: The Problem, Your Solution (emphasizing your role and technical choices), The Platform Used, Key Features/Configurations, Integration Details, User Feedback/Testing, and Measurable Outcomes (metrics!).
Visual Aids: Use clear screenshots, diagrams, or short video clips to illustrate your work.
Be Prepared for Deep Dives: Anticipate questions about specific technical decisions, challenges encountered, and how you overcame them.
Quantify Everything: Ensure you have specific numbers and data to back up your claims of impact.

📝 Enhancement Note: The interview will heavily probe the "hands-on" aspect. Be ready to discuss specific lines of code (if applicable), configurations, design decisions, and personal problem-solving within the platforms you used. The ability to articulate your direct contribution is paramount.

Content Guidelines (Do not include this in the output)

Operations-Specific Focus:

Tailor every section specifically to revenue operations, sales operations, and GTM roles and operations industry context

Include operations strategy, process methodology, and workflow optimization information

Emphasize process portfolio requirements, case studies, and operations efficiency approaches

Address operations team dynamics, cross-functional collaboration, and operations culture

Focus on operations career progression, skill development, and growth opportunities

Quality Standards:

Ensure no content overlap between sections - each section must contain unique information

Only include Enhancement Notes when making significant inferences about operations processes, team structure, or process requirements

Be comprehensive but concise, prioritizing actionable information over descriptive text

Strategically distribute operations-related keywords throughout all sections naturally

Provide realistic salary ranges based on location, experience level, and operations discipline

Industry Expertise:

Include specific operations tools, software, and technical requirements relevant to the role

Address operations career progression paths and leadership opportunities

Provide tactical advice for operations portfolio development and process presentation

Include operations-specific interview preparation and process challenge guidance

Emphasize process documentation and ROI case study development

Operations Strategy & Portfolio Focus:

Emphasize revenue operations methodologies and data-driven operations approaches

Include specific portfolio requirements tailored to the operations discipline and role level

Address operations automation knowledge, analytics tools, and process optimization proficiency

Focus on data analysis methods, A/B testing, and efficiency optimization approaches

Include process presentation skills and stakeholder communication requirements

Avoid:

Generic business jargon not relevant to operations roles

Placeholder text or incomplete sections

Repetitive content across different sections

Non-operations technical terminology unless relevant to the specific role

Marketing or sales language unrelated to operations strategy

Generate comprehensive, operations-focused content that serves as a valuable resource for operations professionals evaluating career opportunities and preparing for operations role applications.

Digital Workflow Developer — Rapid Prototyping and Pilots for NATO with security clearance