Preparing for an engineering interview at Current Edge Solutions requires a balanced approach. You must demonstrate that you can think systematically like a software engineer while maintaining the rigorous safety and physical design standards of a professional utility engineer. Your preparation should focus on demonstrating how your analytical decisions translate to safe, physical grid infrastructure.

Domain Expertise & Engineering Principles – You must show a deep understanding of electrical and structural engineering fundamentals. Be ready to discuss the physical laws, safety codes, and structural constraints that govern transmission, substation, or distribution networks.

Analytical Problem-Solving – Interviewers evaluate how you break down complex, ambiguous design challenges. Focus on structuring your thoughts logically, explaining your assumptions clearly, and demonstrating how you validate your engineering models.

Safety & Compliance Focus – At Current Edge Solutions, safety is paramount. You must show that you prioritize industry standards (such as NESC, IEEE, and ASCE) in every design decision and system model you create.

Collaborative Leadership – You will need to demonstrate that you can work effectively across disciplines. Be prepared to share examples of how you communicate technical risks, align with project managers, and deliver high-quality engineering packages on schedule.

The interview process at Current Edge Solutions is thorough and structured, designed to assess both your technical competence and your alignment with the company's collaborative culture. The process moves at a deliberate pace to ensure that candidates are evaluated fairly against the rigorous demands of utility engineering and design automation.

The journey typically begins with an initial technical screening, followed by an in-depth technical panel interview where you will present your past projects or solve real-world design scenarios. The final stages focus on behavioral alignment, safety leadership, and your ability to work within multidisciplinary project teams. Throughout the process, the hiring team looks for candidates who possess a strong analytical foundation, a passion for modernizing grid infrastructure, and a highly collaborative working style.

The timeline shown above outlines the typical progression from your initial application to the final offer stage. Candidates should use this roadmap to pace their preparation, ensuring they dedicate sufficient time to technical review before the deep-dive panel interviews. While the exact duration can vary based on candidate availability and team scheduling, the structure remains consistent across all engineering tracks.

To succeed in the Current Edge Solutions interview process, you must understand the specific technical areas where you will be evaluated. Depending on your target track, the depth of questions will vary, but the core engineering expectations remain exceptionally high.

Transmission Line Engineering

This area focus on the mechanical and structural design of high-voltage transmission lines. Interviewers will evaluate your ability to model physical forces and environmental impacts on overhead line structures.

Be ready to go over:

• Symmetrical and Asymmetrical Loading – Understanding how wind, ice, and broken conductors impact structural stability.
• Sag and Tension Calculations – Managing conductor clearances under varying temperature and electrical load profiles.
• Structure Spotting and Alignment – Optimizing pole placement along a right-of-way using advanced modeling software.
• Advanced concepts (less common) – Finite element analysis (FEA) of complex transmission structures, landslide/geotechnical risk mitigation, and extreme weather event modeling.

Example questions or scenarios:

• "How would you model the structural impact of a 90-degree line angle turn on a dead-end transmission pole?"
• "Explain how you calculate the clearance buffer required when crossing a major interstate highway."

Substation Design Engineering

This area evaluates your expertise in the electrical layout, physical protection, and control systems of high-voltage utility substations.

Be ready to go over:

• Physical Layout and Clearances – Designing rigid bus configurations, selecting switches, and maintaining safe phase-to-phase spacing.
• Grounding Grid Design – Calculating touch and step potentials to ensure personnel safety during fault conditions.
• Protection and Control (P&C) – Understanding relay logic, single-line diagrams, and substation automation protocols.
• Advanced concepts (less common) – Gas-insulated substation (GIS) design, transient overvoltage protection, and integrating battery energy storage systems (BESS).

Example questions or scenarios:

• "Walk us through your process for sizing a substation transformer and designing its physical containment pit."
• "How do you determine the placement of lightning masts to protect a substation yard from direct atmospheric strikes?"

Distribution Engineering

This area focuses on the localized networks that deliver power directly to end consumers, emphasizing load-flow analysis, voltage regulation, and grid modernization.

Be ready to go over:

• Feeder Analysis & Load Flow – Modeling voltage drops, line losses, and phase balancing across complex distribution circuits.
• Overcurrent Protection Coordination – Placing reclosers, fuses, and sectionalizers to minimize customer outage times.
• Grid Modernization & DER Integration – Managing bidirectional power flows from solar, wind, and electric vehicle charging infrastructure.
• Advanced concepts (less common) – Volt-VAR optimization (VVO), microgrid islanding controls, and advanced metering infrastructure (AMI) data integration.

Example questions or scenarios:

• "How do you mitigate voltage flicker caused by a large industrial customer connecting to a weak distribution feeder?"
• "Explain how you would coordinate a fuse saving scheme on an overhead distribution circuit."

As a Software Engineer at Current Edge Solutions, your day-to-day responsibilities will bridge the gap between advanced physical engineering and modern computational workflows. You will be responsible for creating, validating, and executing complex design packages for major utility clients.

On any given day, you will use specialized modeling software to design utility infrastructure, ensuring that all designs comply with national safety codes and client-specific standards. You will write custom scripts to automate data extraction, perform structural analyses, and streamline the generation of construction blueprints. Collaboration is a core component of this role; you will work alongside project managers, GIS specialists, and field construction crews to resolve design challenges and ensure successful project execution.

Additionally, you will play a key role in quality assurance, performing peer reviews of complex engineering calculations and structural models. You will help drive the adoption of new design technologies, mentoring junior engineers and contributing to the continuous improvement of the company's internal engineering standards and automation tools.