Effective Project Management in Research and Development

Project Management Software as a Success Factor in Mechanical Engineering and Plant Construction

The evolution from a pure product manufacturer to an intelligent solution provider ensures long-term success in mechanical and plant engineering. A high level of technical expertise and the ability to ensure smooth cooperation between all specialist departments, combined with the implementation of innovative project management software, guarantees the successful implementation of efficient projects.

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These and Other Mechanical and Plant Engineering Companies Rely on cplace

OSRAM GmbH Logo
MTU Aero Engines AG Logo
Rheinmetall Logo
Large Bore Pistons Logo

Flexible Software for Innovative Businesses

Mechanical and plant engineering projects are characterized by a high degree of complexity and customization, as they typically need to be tailored to specific customer requirements. Errors in subsequent production as well as during the project can lead to significant financial losses. The tight integration of planning, design, manufacturing, and assembly requires the use of a powerful Next-Generation Project and Portfolio Management solution to effectively plan, execute, and monitor all projects across teams.

cplace has proven to be a user-friendly, lean, and flexible solution. We were determined to avoid being dependent on a provider offering a custom-developed solution in a “black box” that would limit our range of options. cplace, with its Shared Source approach, is a positive exception in this market.

Uwe Höpner
Service Owner cplace – IT Competence Center R&D Tire
Continental Reifen Deutschland GmbH Logo

Project Management Challenges in Mechanical and Plant Engineering

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Complexity

Mechanical and plant engineering projects are typically complex, involving many different components, systems, and processes. Careful planning and clear communication ensure that all aspects of the project run smoothly.

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Technical innovations

The engineering industry is known for its rapid technological advances. Project managers need to be able to keep up with the latest developments and innovations, and ensure that their projects are at the cutting edge of technology.

Industry Innovation and Infrastructure

Resource and capacity management

Efficient planning and utilization of all resources, such as people, machines, and materials, is essential to avoid bottlenecks or overloads and to ensure that deadlines are met.

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Supply Chains and External Dependencies

Global supply chain disruptions can cause significant delays and cost increases. This requires proactive risk management and flexible planning processes.

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Flexibility and last-minute changes

Late changes in the planning process have a particularly negative impact on goal achievement. Each subsequent adjustment results in increased labor costs, additional material costs, and delays.

Save costs with no-code and low-code

CapEx vs. OpEx

Due to high investment costs, a lack of planning certainty regarding material and specialist shortages, and project changes, high CapEx and rising OpEx require a powerful project management software.

cplace Highlights for Next-Generation Project and Portfolio Management

High adoption for more value

The success of an enterprise solution is closely related to the user acceptance. With cplace, a wide variety of applications can be flexibly adapted to the individual needs of users and teams – without any programming knowledge. Basic functions such as Gantt charts, Kanban boards, wikis, tables or graphics are available to increase user acceptance and ensure a fast learning curve.

Focus on users and teams
High adoption for more value

Fast time to value

Ready-to-use building blocks, solution templates, user-centricity, method diversity and quick and easy adaptability ensure that companies can quickly benefit from cplace.

cplace toolkit at a glance
Fast time to value

Individual mix of methods – agile, classic or hybrid

cplace connects teams and business units that follow different project management methodologies. Whether classic, agile or hybrid, cplace supports every solution that meets the individual challenges. At the same time, all projects are brought together in a standardized, overarching plan, regardless of the method chosen.

A comparison of project management methods
Individual mix of methods – agile, classic or hybrid

Holistic approach to project management

Project management encompasses many disciplines such as demand management, scheduling, resource Management, risk management, cost and budget planning, and strategic portfolio management. cplace offers solutions for all areas and maturity levels that can be flexibly combined and customized. In addition, cplace provides ready-to-use best practice templates for SAFe, integrated maturity management, resource planning, and more.

cplace platform overview
Holistic approach to project management

Artificial intelligence for project support

Artificial intelligence in cplace supports and relieves the user. Thanks to cplace Citizen AI, simple activities can be automated or reports and evaluations can be created. cplace Citizen AI supports resource allocation or takes over tasks within risk management.

cplace Citizen AI
Artificial intelligence for project support

No room for Shadow IT

cplace transforms the Excel landscape and shadow IT of large enterprises into a central platform with the benefits of a single source of truth for resource-saving work and efficient project execution, optimized product development and faster time-to-market.

Leave shadow IT behind
No room for Shadow IT

Why Is cplace the Ideal PPM Solution for Companies in the Mechanical and Plant Engineering Sector?

cplace enables transparent project and portfolio management for efficient control of investments in research and development (R&D):

Enterprise-wide visibility and centralized database

cplace creates a single source of truth that consolidates information from multiple sources and makes it accessible to all project participants. This allows distributed teams to have access to an up-to-date and consistent database at all times.

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Acceleration of innovation processes

The integration of all data from the project’s teams eliminates obstructive silo structures and facilitates rapid decision-making processes that are based on valid data. This means that new ideas can be developed, tested, and brought to market as new products more quickly.

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Optimizing technological advances

cplace combines key digital technologies such as artificial intelligence and cloud computing to effectively process large amounts of data, such as engineering, sensor, and IoT data. The platform also ensures compliance with cybersecurity standards that are critical to protecting sensitive research data.

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Flexible mix of methods

Whether classic, agile, or hybrid, each team works in individual solution modules, such as Gantt charts, which they combine with Kanban boards to flexibly manage complex R&D projects.

Cross-Company Collaboration

cplace enables cross-company collaboration with globally distributed partners, e.g., technology and software providers, without data disruption and in real-time. It enables secure planning tools and standardized workflows, and ensures consistent information, which is essential for global partnerships.

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Resource planning – transparent and flexible

cplace enables transparent and AI-based resource planning. By combining information from different departments, resources can be allocated on a role-based basis according to skills or specific employees. Dashboards provide a holistic overview, and forecasting functions allow for early identification of bottlenecks.

Whitepaper

Next-Generation Project and
Portfolio Managemen for the
Mechanical and Plant Engineering
Industry

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Next-Generation Project and Portfolio Management

cplace in the Mechanical and Plant Engineering Industry:
Frequently Asked Questions

1. What specific project management challenges does cplace address for mechanical and plant engineering?

cplace helps you manage complex regulatory requirements, e.g. compliance with legal requirements such as the Machinery Directive (2006/42/EC) and the CE marking obligation, long-term project schedules, risk management, efficient resource allocation across multiple parallel projects.

2. How does cplace ensure compliance with regulations for mechanical and plant engineering?

cplace supports compliance through several key features and certifications:

Security and quality standards
cplace meets the highest security requirements through certifications such as ISO 27001 (Information Security) and ISO 9001 (Quality Management). Regular penetration tests according to OWASP standards minimize security gaps.

Data integrity and traceability
cplace enables seamless tracking of decisions and processes, ensuring automatic logging of all data changes, which can be used as evidence during revisions or quality audits.

Regulatory compliance support
cplace helps companies to efficiently implement regulatory requirements such as the Corporate Sustainability Reporting Directive (CSRD). The flexible platform provides automated data integration, intelligent report templates and analytics that facilitate compliance with current standards and regulations. 

Cloud Compliance
cplace offers a GDPR-compliant cloud solution with single sign-on (SSO) and integration with directory services such as LDAP/Active Directory. This enables agile work processes and data security at the same time.

3. How can cplace help engineering businesses to cope with the ongoing pressure to innovate, changing market conditions, and technological progress?

Mechanical and plant engineering companies use cplace to respond strategically to innovation pressures, market changes and technological challenges:

Accelerating innovation processes
cplace provides transparent project and portfolio management, overcomes data silos and supports fast decisions based on valid data. This accelerates machine and system planning and shortens time-to-market cycles.

Flexible adaptation to market conditions
cplace is a flexible platform that can be quickly adapted to new requirements in the event of changes or new customer demands.

Optimization of technological advances
cplace integrates key digital technologies such as AI and cloud computing to efficiently process large volumes of data, such as CAD files, programs, engineering drawings, images, and videos. The platform also supports compliance with cybersecurity standards, which are critical for protecting sensitive research data.

4. Is cplace suitable for globally operating companies with decentralized teams?

cplace is the ideal tool for global mechanical and plant engineering companies with decentralized teams, as the platform is specially designed to meet the requirements of complex, distributed project structures:

Enterprise-wide visibility and a centralized database
cplace creates a single source of truth that consolidates information from multiple sources and makes it available to all project participants in distributed teams.

Cross-Company Collaboration
cplace explicitly supports cross-company collaboration with suppliers and service providers through secure planning tools and standardized processes. This is critical for pharmaceutical companies that rely on global partnerships.

Flexible mix of methods
Whether classic, agile or hybrid – each team works in individual solution modules, but all participants work with the same data. Decentralized teams use locally optimized workflows without compromising the overall process.

Security and scalability
The cplace architecture enables seamless system integrations and meets high data security requirements – a key factor in protecting intellectual property and ensuring production integrity.

5. How can cplace be integrated into existing systems in the mechanical and plant engineering sector (e.g., MES, CAD)?

cplace provides APIs and pre-configured interfaces for common industry solutions to keep data in sync and break down silos between R&D, production and quality control.

6. Can cplace prevent resource shortages within multidisciplinary teams?

Yes, cplace offers specific features to avoid resource bottlenecks, such as role- and skill-based resource allocation and AI-based prioritization of critical projects. An intuitive UI/UX indicates overloads early on to allow countermeasures to be taken in

7. Can cplace be adapted to company-specific processes?

Yes, cplace can be extensively customized at any time. The platform is designed to meet individual requirements. With no-code, low-code and pro-code functionalities, cplace allows customization on different levels. With no-code, even non-programmers can make simple adjustments, while low-code and pro-code allow deeper modifications to integrate complex automation and functions.

8. How long does it take to implement cplace?

A minimum viable product (MVP) can often be delivered within 20 days, followed by an iterative refinement with stakeholders.

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