Solutions Architect

Job Role: Solutions Architect

Duration: Full Time

Location: Remote

Education:

Bachelor’s degree in Engineering, Computer Science, Information Systems, or similar field

Master’s degree is preferred but not required

Experience:

Experience working as a Solution Architect, Systems Architect, or similar technical role

Experience in mission-critical environments such as data centers, utilities, or industrial systems

Strong hands-on experience with:

BMS (Building Management Systems)

EPMS (Electrical Power Monitoring Systems)

SCADA systems

Experience with PLC programming and industrial automation systems (e.g., Rockwell Automation or similar)

Experience with SCADA/HMI platforms such as Ignition or equivalent tools

Good understanding of data center operations and infrastructure

Experience integrating OT (Operational Technology) with IT systems

Experience working with multi-vendor systems and complex integrations

Knowledge of cloud platforms, cybersecurity, or enterprise architecture is a plus

Travel

Expected travel: 30–50% depending on project needs

Includes site visits, client meetings, commissioning support, and workshops

Key Responsibilities:

1\. System Architecture \& Design:

Design full end-to-end control system solutions for data centers

Include all key functions such as:

Data collection from equipment and sensors

Real-time monitoring and control

Data processing and analytics

Visualization through dashboards and SCADA/HMI systems

Define how systems should be structured to be:

Secure

Scalable

Reliable

Easy to maintain and expand

Develop reusable design standards, templates, and reference architectures

Ensure designs follow industry best practices and data center standards

2\. System Integration:

Lead integration between OT systems (like BMS, EPMS, PLCs) and IT systems

Ensure different platforms and vendors work together smoothly

Define system interfaces, data flows, and communication methods

Work with contractors, consultants, and vendors to ensure correct implementation

Solve integration challenges across different technologies and protocols

3\. Performance, Reliability \& Resilience:

Design systems that meet high availability requirements (Tier III / Tier IV data centers)

Ensure systems include redundancy and failover mechanisms

Design for low latency and real-time system response

Ensure systems can scale as data centers grow

Include monitoring, alerting, and automated response capabilities

Focus on reducing downtime and improving operational visibility

4\. Technical Leadership \& Communication:

Translate business and operational needs into technical designs

Lead technical workshops with clients and internal teams

Present architecture options and explain technical decisions clearly

Produce high-quality documentation such as:

Functional Design Specifications (FDS)

System architecture diagrams

Interface Control Documents (ICDs)

Act as a trusted technical advisor for both clients and internal teams

5\. Project Lifecycle Support:

Support projects from early design through to final commissioning

Participate in all phases:

Concept and planning

Engineering and detailed design

Factory testing and integration testing

On-site installation and commissioning

Go-live and handover

Provide technical guidance during system setup and troubleshooting

Ensure delivered systems match the approved design and performance targets

6\. Innovation \& Continuous Improvement:

Evaluate new technologies in:

Data center automation

Monitoring systems

Cloud integration

Analytics and observability tools

Recommend improvements to:

System performance

Operational efficiency

Cost reduction

Automation levels

Support long-term digital transformation strategies

Help define future technology roadmaps for mission-critical systems

7\. Troubleshooting \& Support:

Diagnose complex technical issues across OT and IT systems

Support resolution of critical system failures in live environments

Work with engineering and operations teams to restore service quickly

Identify root causes and prevent repeat issues

Core Competencies:

Strong understanding of data center infrastructure:

Electrical systems

Mechanical systems

Control systems

Deep knowledge of BMS, EPMS, SCADA, and automation systems

Understanding of industrial communication protocols and networking

Knowledge of cybersecurity principles for industrial systems

Ability to design highly available and fault-tolerant systems

Strong analytical and structured problem-solving skills

Clear communication skills for both technical and non-technical audiences

Ability to work in global, cross-functional teams

Strong ownership and accountability for technical outcomes

Success Metrics:

Success in this role is measured by:

Delivery of reliable and secure control system solutions

Successful integration across multiple vendors and systems

Alignment of technical solutions with customer operational needs

Reduction in system downtime and improved system visibility

Strong client satisfaction and successful project delivery

Contribution to improved standards, efficiency, and innovation