Custom Engineering Software Development Team

simulationHub Web Services

CCTech assists organizations in adopting contemporary digital practices by leveraging superior platform engineering and intelligent automation to develop solutions customized for today's engineering firms. We eliminate fragmented data repositories that hinder innovation by integrating these elements. Our approach transforms outdated, isolated software into a cohesive system, enabling your team to move away from manual data entry and focus on essential design work and effective planning.

Core Engineering Foundations

Industries such as AEC, manufacturing, energy, infrastructure, and engineering SaaS need precision and reliability in the operations including CAD/BIM platforms, cloud services, and data-intensive systems. These sectors face persistent challenges such as scalability, cost overruns, maintaining interoperability and version control without disrupting users, and ongoing development.

We address these complexities by powering foundational engineering capabilities for every platform and solution we deliver, ensuring reliability, performance, and long-term sustainability.

Enable Tier-0 and Tier-1 services where availability is non-negotiable
Design systems that scale predictably without runaway infrastructure costs
Modernize and refactor legacy platforms without disrupting users or operations
Harden systems against security, reliability, and operational risks

Create APIs that remain stable even as products grow and change
Enable safe data evolution through versioning and change tracking
Orchestrate workflows across desktop, web, and cloud systems
Reduce integration brittleness across distributed applications
Support internal teams and external ecosystems with extensible service layers

Share only required design subsets instead of entire files
Preserve full design lineage, audit trails, and change history
Prevent data loss across heterogeneous CAD/BIM systems
Enable true round-trip workflows instead of one-way exports
Support large, complex datasets without performance degradation

Build extensions that feel native, fast, and reliable inside CAD tools
Encode complex design rules that would otherwise require expert manual effort
Reason about geometry, topology, and spatial relationships programmatically
Enable advanced validation, optimization, and automation workflows
Bridge desktop-grade geometry with cloud-based systems safely

Sustain and enhance desktop products across multiple release cycles
Modernize large codebases without breaking backward compatibility
Maintain product quality through structured defect management and QA
Manage 2nd- and 3rd-party dependencies responsibly
De-risk new initiatives through performance validation and feasibility testing

Detect regressions early through automated UI and workflow testing
Enforce engineering and business rules consistently at scale
Reduce repetitive manual effort using ML-assisted automation
Improve release confidence through systematic QA and regression frameworks

Intelligent Platforms & Capabilities

Industries such as AEC, construction technology, manufacturing, and enterprise engineering environments face increasing pressure to manage fragmented construction data, integrate AI into operational workflows, embed environmental intelligence into early-stage design, optimize building performance under regulatory constraints, and govern enterprise AI responsibly across distributed teams.

We address this challenge by engineering next-generation digital ecosystems. The outcome is intelligent platforms, combining engineering foundations with automation and intelligence to turn intent into execution.

Migrate projects from BIM 360 to ACC without disrupting existing workflows
Upload massive datasets while preserving Xrefs and file relationship while retaining complex project hierarchies exactly as teams expect them

Eliminate manual rebar workflows through automated BBS extraction
Connect construction data directly to ERP and procurement systems
Provide near real-time visibility through live dashboards
Automate approvals, stamping, and compliance checks
Enable conversational, field-friendly interaction via WhatsApp
Visualize model changes and issues clearly through deltas and VR

Simulate complex manufacturing and construction systems before decisions are made
Run large-scale simulations on cloud platforms instead of local machines
Use AI agents to identify bottlenecks, delays, and root causes
Allow users to describe intent in natural language and auto-configure systems
Accelerate design iteration through AI-assisted parametric optimization
Convert 2D drawings into structured 3D models automatically
Enable end-to-end automation from text or data input to published outputs
Support digital factory planning and scenario analysis

Detect zoning and regulation violations automatically and suggest alternatives
Evaluate sunlight, wind, and heat impacts dynamically
Translate environmental analysis into actionable design guidance
Seamlessly move massing models from planning tools into BIM authoring tools
Control environmental parameters using natural language
Enable intelligent traffic planning and standards validation
Interact with models conversationally through embedded AI assistants

Trigger localization automatically as part of CI/CD pipelines
Balance speed, cost, and quality using MT with human review
Use LLMs to improve terminology, tone, and contextual accuracy
Automate QA to catch localization issues before release
Support secure, enterprise-grade localization pipelines

Provide AI-driven advisory and resource planning systems
Automate sprint planning, workload balancing, and reporting
Enable interactive 3D workflows using AI-driven geometry editing

Industry Solutions

Our Industry Solutions support Architecture, Engineering & Construction (AEC), manufacturing and product design, water infrastructure, buildings and sustainability, and enterprise engineering organizations. These industries face persistent challenges such as fragmented ecosystems, inefficient cross-platform collaboration, simulation bottlenecks, disconnected digital threads, regulatory compliance pressure, and increasing demands for sustainability and risk mitigation.

We address these realities by enabling connected BIM and GIS workflows, ACC automation, simulation-driven optimization, cloud-based hydraulic modeling, compliance automation, and AI-driven workflow orchestration. These solutions apply our capabilities to specific industry challenges.

Connect design, construction, compliance, and collaboration into a single flow
Eliminate fragmentation across BIM, CAD, construction, and analytics
Bring environmental and regulatory insight earlier into design
Support complex assemblies, simulations, and visualizations
Maintain structured data models across the AEC lifecycle

Automate parametric modeling and simulation
Reduce design cycles through AI-assisted iteration
Optimize manufacturing systems using discrete-event simulation
Plan digital factories using data-driven scenarios
Connect design intent directly to production workflows

Model hydraulic and operational behavior accurately
Extend simulations to the cloud for scale and accessibility
Maintain a unified view of water assets and conditions
Visualize networks using GIS and BIM together
Prioritize risks and responses using AI-assisted insights
Automate engineering and operational workflows

Evaluate whole-building performance early and continuously
Optimize HVAC and envelope design for efficiency and comfort
Automate energy modeling and regulatory compliance
Enable AI-driven sustainable design iteration

Support strategic planning and operational decision-making with AI
Automate workflows across design, construction, and manufacturing
Establish digital threads from geometry to cloud to analytics