How Manual Work Still Exists in eClinicalWorks-Based Practices

Introduction

In an era where digital transformation is reshaping industries, healthcare stands at a pivotal juncture. Electronic Health Record (EHR) systems like eClinicalWorks (ECW) have promised a future of streamlined workflows, reduced errors, and enhanced patient care. With ECW being one of the most widely adopted EHRs in the United States, serving millions of patient encounters annually, one might expect paper-based processes to be largely obsolete. However, a closer examination in 2026 reveals a surprising reality: manual work persists in many eClinicalWorks-based practices. This article delves into why, despite the robust capabilities of ECW, certain manual processes remain, exploring the contributing factors and potential pathways forward.

Understanding eClinicalWorks (ECW)

Before dissecting the persistence of manual work, it’s essential to understand what ECW offers. eClinicalWorks is a cloud-based healthcare software platform designed to digitize and manage a practice’s operations. It integrates various functionalities, including:

• Electronic Health Records (EHR): The core of the system, enabling digital patient charting, e-prescribing, lab orders, and access to patient history.
• Practice Management (PM): Handles front-office tasks like appointment scheduling, patient registration, and insurance verification.
• Revenue Cycle Management (RCM): Manages billing, claims submission, payment posting, and denial management.
• Patient Engagement (healow ecosystem): Offers patient portals, telehealth services, online check-in, and mobile applications to foster better patient interaction.
• Population Health & Value-Based Care: Tools for managing quality metrics, risk stratification, and chronic care management.
• Interoperability & Data Exchange: Facilitates communication with other healthcare systems, labs, and pharmacies.
• AI & Automation Tools: Newer additions like virtual assistants (Eva), AI medical scribes (Sunoh.ai), and AI contact centers aim to reduce manual effort.

The ambition behind ECW is to create an all-in-one solution that touches nearly every aspect of a medical practice, from the clinical encounter to the back-office financial operations. Its widespread adoption, particularly among small to mid-sized clinics and large medical groups, underscores its perceived value in modernizing healthcare.

Why Manual Work Persists: A Multifaceted Challenge

Despite ECW’s comprehensive feature set, several factors contribute to the continued existence of manual tasks:

1. The “Death by Clicks” Phenomenon and User Interface Complexity

One of the most frequently cited complaints from ECW users is the system’s user interface (UI) and workflow design. Many users describe the experience as “death by clicks,” where even simple tasks require navigating through multiple screens and menus. This complexity can lead to:

• Time Inefficiency: Providers and staff spend more time clicking through the system than performing direct patient care or administrative duties.
• User Frustration: A clunky and unintuitive interface can lead to burnout and dissatisfaction among staff.
• Workaround Creation: To speed up processes, staff may develop manual workarounds that bypass the intended digital workflow, inadvertently reintroducing manual steps. For instance, a provider might opt to jot down notes on paper before entering them into ECW to save time during a fast-paced visit, rather than relying on the system’s documentation tools.

This inefficiency means that even when a digital tool exists, the effort required to use it can sometimes be greater than performing the task manually.

2. Patient Adoption and Engagement Gaps

ECW’s patient engagement suite, particularly the healow ecosystem, is a significant differentiator. However, its effectiveness hinges on patient adoption and active use. Manual work often resurfaces when patients are not fully engaged with digital tools:

• Portal Hesitancy: Many patients, especially older demographics or those with limited digital literacy, are hesitant to use patient portals or mobile apps for tasks like booking appointments, filling out forms, or messaging their providers. This results in continued reliance on phone calls and in-person check-ins, which are inherently manual processes.
• Form Completion: While ECW supports digital intake forms, if patients prefer or are unable to complete them online, staff must print and manually collect paper forms, then input the data into the system.
• Communication Preferences: Despite the availability of secure messaging within ECW, many patients still prefer to call the office with questions. This necessitates manual call handling, message taking, and follow-up by administrative staff.

The reality is that while ECW enables digital patient communication, the actual implementation relies heavily on patient behavior and comfort levels with technology.

3. Interoperability Challenges and Data Silos

While ECW boasts strong interoperability features, including its own health information exchange (eEHX) and connections to external networks, seamless data flow isn’t always guaranteed. Challenges arise when:

• External Systems are Not Integrated: If a referring physician uses a different EHR that doesn’t easily integrate with ECW, or if a critical lab or imaging center has outdated or incompatible systems, manual data entry or retrieval may be necessary.
• Data Exchange Delays: Even with integrated systems, there can be delays in data transmission or incomplete data sets, requiring staff to manually reconcile information or follow up with external entities.
• Legacy Systems: Some practices may still interface with older, non-ECW systems for specific functions (e.g., specialized reporting, specific lab equipment), necessitating manual data transfer.

This leads to situations where providers might have incomplete patient records within ECW, prompting them to rely on manual checks of faxed documents or phone calls to gather missing information.

4. Customization and Workflow Inconsistencies

ECW is designed to be highly customizable to accommodate over 50 specialties. While this flexibility is a strength, it can also lead to inconsistencies:

• Module Integration: Different modules within ECW, or custom-built workflows, may not always feel seamlessly integrated. This can create gaps where manual intervention is needed to bridge different parts of the system.
• Training Overhead: The extensive customization options require significant initial training. If training is insufficient or if workflows change, staff may revert to familiar manual processes or create inefficient hybrid workflows.
• Specialty-Specific Needs: Certain niche clinical workflows might not be perfectly captured by standard ECW templates, leading to supplementary manual documentation or processes.

5. Staff Training, Onboarding, and Resistance to Change

The complexity of ECW, combined with its vast feature set, presents significant training challenges.

• Steep Learning Curve: As noted, new staff can find ECW overwhelming. The time and resources required for effective training can be substantial. Without adequate training, staff are more likely to rely on manual methods they understand.
• Resistance to Change: Even with proper training, some staff members may be resistant to adopting new digital workflows, preferring the familiarity of manual processes. This resistance can slow down the adoption of digital tools and perpetuate manual work.
• High Staff Turnover: In healthcare, staff turnover can be a significant issue. When experienced staff leave, their knowledge of ECW workflows, especially any custom ones, may not be adequately transferred to new hires, leading to a reliance on manual methods until new staff are fully trained.

6. Limitations in AI and Automation Adoption

While ECW is actively integrating AI and automation tools like the virtual assistant Eva and the AI medical scribe Sunoh.ai, their adoption is not universal.

• Implementation Costs and Complexity: Implementing and fine-tuning AI tools can be complex and may involve additional costs, which can be a barrier for some practices.
• Accuracy and Trust: Users may initially be hesitant to fully trust AI tools, especially for critical tasks like clinical documentation. This can lead to manual review and correction of AI-generated output, adding a manual step rather than replacing one.
• Integration Issues: Even with advanced AI, integration with existing workflows might not be perfect, requiring manual adjustments or oversight.

7. Reporting and Analytics Needs

While ECW offers reporting capabilities, certain practices may find them insufficient for highly specific or complex analytical needs.

• Custom Reporting: Generating highly customized reports can sometimes be challenging or time-consuming within ECW itself. This might lead staff to manually extract data and compile reports using external tools like spreadsheets.
• Real-time Data Access: While ECW is cloud-based, accessing and manipulating data for ad-hoc reporting might still require manual export and manipulation if the built-in tools are not flexible enough.

The Impact of Persistent Manual Work

The continuation of manual tasks in an ostensibly digital environment has several negative consequences for healthcare practices:

• Reduced Efficiency: Manual processes are inherently slower and more prone to error than automated ones. This directly impacts practice throughput and operational efficiency.
• Increased Errors: Manual data entry, form handling, and communication can lead to transcription errors, lost information, and miscommunication, potentially affecting patient safety and billing accuracy.
• Higher Operational Costs: Manual tasks require more staff time, which translates to higher labor costs. Inefficiencies can also lead to longer patient wait times and reduced patient volume.
• Provider Burnout: The frustration associated with clunky interfaces, inefficient workflows, and the need to constantly perform manual workarounds contributes significantly to provider and staff burnout.
• Suboptimal Patient Experience: When systems are difficult to navigate or communication channels are fragmented, patients can experience delays, confusion, and frustration, impacting their overall satisfaction with the practice.

Moving Forward: Strategies to Minimize Manual Work

Despite the challenges, practices can implement strategies to further minimize manual work within their ECW environment:

• Invest in Comprehensive Training: Ensure all staff receive thorough, ongoing training on ECW and its features, focusing on efficient workflows and best practices. Consider specialized training for power users who can champion digital processes.
• Prioritize Patient Engagement: Actively promote the use of the healow patient portal and app through clear communication, incentives, and easy onboarding processes for patients. Educate patients on the benefits of digital tools for their care.
• Optimize Workflows: Regularly review existing workflows to identify bottlenecks and areas where manual tasks can be eliminated or automated. Leverage ECW’s customization features thoughtfully to streamline processes.
• Leverage AI and Automation: Explore and implement ECW’s AI-powered tools, such as Sunoh.ai for scribe functions or Eva for virtual assistance, to reduce documentation burden and automate routine inquiries.
• Address Interoperability Gaps: Proactively seek integrations with key external partners (labs, pharmacies, other EHRs) where possible. Develop clear manual protocols for situations where full integration is not feasible.
• Utilize Support Resources: Engage with eClinicalWorks support for persistent issues, but also consider third-party consultants who specialize in ECW optimization for complex workflow challenges.
• Foster a Culture of Digital Adoption: Encourage staff to embrace digital tools and provide feedback on how to improve their usability. Leadership buy-in is critical for driving change.

Key Takeaways

• Despite advanced EHR systems like eClinicalWorks (ECW), manual work remains prevalent in many healthcare practices in 2026.
• Factors contributing to this include a complex user interface (“death by clicks”), challenges in patient adoption of digital tools, and persistent interoperability issues.
• Staff training, resistance to change, and the incomplete adoption of AI/automation tools also play significant roles.
• The persistence of manual tasks leads to reduced efficiency, increased errors, higher operational costs, and provider burnout.
• Practices can mitigate these issues through comprehensive training, enhanced patient engagement strategies, workflow optimization, and thoughtful adoption of AI tools.

Frequently Asked Questions

Conclusion

The journey toward a fully digital healthcare practice is ongoing, and the presence of manual work in eClinicalWorks-based practices in 2026 is a testament to the complexity of this transition. While ECW offers a powerful, all-in-one platform, its effectiveness is modulated by user interface design, patient adoption, interoperability realities, and the human element of training and change management. By acknowledging these persistent manual processes and implementing targeted strategies, practices can continue to evolve, leveraging ECW’s capabilities to their fullest potential, reducing inefficiencies, and ultimately enhancing both the provider and patient experience. The goal is not to eliminate every manual task overnight, but to systematically reduce them, making healthcare delivery more efficient, accurate, and patient-centered.