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IP-IW TRAININGS
Industrial Innovation Practicum
Forge.Lighthouse’s Industrial Innovation Practicum helps industrial companies upgrade their present skilled workforce, from operators to executives, into future-ready innovative talent, with practical tools and mindset of Innovation & Technology Management. Advanced industrial skills development services offered under Forge’s IP-IW (Innovation Practicum for Industrial Workforce) refreshes and empowers the industrial workforce, unlocking their potential to solve real-world problems and propel the industry to global competitiveness. This initiative bridges the gap between academic theory and on-the-ground application through the robust Practicum training model, ensuring industrial companies harness the full potential of the innovative workforce.
Gain foundational skills to understand and utilize tools through practical learning.
| INDUSTRIAL TECH DOMAIN | COURSES | OUTCOMES |
|---|---|---|
| INDUSTRIAL ROBOTICS AND COBOTICS | Mobile Robotics | Explore robotics by defining functionalities, identifying components, understanding motion, programming in C++, and integrating sensors for perception. |
| Industrial Robotics | Understand industrial robotics fundamentals, use simulation software, program robotic movements, and optimize processes for efficiency. | |
| ELECTRONICS DESIGN, TEST AND VERIFICATION | Systems Design & Implementation | Utilize LabVIEW for programming, DAQ setup, signal processing, and real-time data applications. |
| CYBER PHYSICAL CONTROL SYSTEMS | Embedded Control Systems | Gain knowledge of basic electronics, circuit theorems, DTM equipment, and digital circuit applications. |
| Pneumatics and Automation | Apply pneumatics principles in industry, interpret system safety protocols, and experiment with PLCs in automation. |
Deepen understanding of Managing (Operating & Maintaining) Systems to Manage complexity & drive efficient innovation
| INDUSTRIAL TECH DOMAIN | COURSES | OUTCOMES |
|---|---|---|
| INDUSTRIAL ROBOTICS AND COBOTICS | Mobile Robotics | Apply advanced motion planning, implement robot vision for object recognition, and integrate sensors and actuators for robotic tasks. |
| Industrial Robotics | Set up and program industrial robots, execute precise movements, perform welding and painting tasks, and ensure collision-free operations. | |
| ELECTRONICS DESIGN, TEST AND VERIFICATION | Systems Design & Implementation | Advance in LabVIEW with modular and real-time programming, configure myRIO/RIO devices, and develop FPGA-integrated applications. |
| CYBER PHYSICAL CONTROL SYSTEMS | Embedded Control Systems | Explore embedded systems, understand microcontroller components, and gain hands-on experience with Arduino IDEs. |
| Pneumatics and Automation | Master industrial automation by maintaining pneumatic systems, diagnosing PLC issues, and optimizing productivity. |
Become an innovation leader by creating, building, and deploying system-wide solutions for your organization
| INDUSTRIAL TECH DOMAIN | COURSES | OUTCOMES |
|---|---|---|
| INDUSTRIAL ROBOTICS AND COBOTICS | Mobile Robotics | Explore robotics by defining functionalities, identifying components, understanding motion, programming in C++, and integrating sensors for perception. |
| Industrial Robotics | Understand industrial robotics fundamentals, use simulation software, program robotic movements, and optimize processes for efficiency. | |
| ELECTRONICS DESIGN, TEST AND VERIFICATION | Systems Design & Implementation | Utilize LabVIEW for programming, DAQ setup, signal processing, and real-time data applications. |
| CYBER PHYSICAL CONTROL SYSTEMS | Embedded Control Systems | Gain knowledge of basic electronics, circuit theorems, DTM equipment, and digital circuit applications. |
| Pneumatics and Automation | Apply pneumatics principles in industry, interpret system safety protocols, and experiment with PLCs in automation. |
Harness innovation capacity within Hardware Tech Startups, academia, and research by means of innovation sandboxes and labs, bootcamps and hackathons to source process innovations that enable them to achieve operational excellence and unlock business value; and product innovations that accelerate business growth, dominating existing markets and winning new markets.
Showcase the application of emerging tech as operating capabilities for industrial use cases. By focusing on technologies with high potential but limited real-world adoption, TDLs aim to bridge the gap between innovation and implementation. While novelty is valued, TDLs prioritise the expansion of existing technologies into new domains.
Set up industry-grade labs as private modular spaces—providing industrial enterprises the opportunity to operate their own in-house digital/tech transformation department at a fractional cost while being right adjacent to their factories in the industrial zones around greater Chennai or in Hosur.
Industrial Innovation Platform
Forge.Lighthouse pioneers an Industrial Co-Innovation Platform that enables industrial enterprises to Discover, Validate and Partner/Procure innovative & technologically advanced innovations & solutions from startups via direct procurement, joint-product development and/or joint-industrialisation/GTM partnerships with these tech ventures.
Ideal for industrial companies seeking ready-to-use solutions with proven market demand. Through a curated list of solutions
Leverage state-of-the-art industrial innovation labs and Forge’s resident expertise and resources
Harness startup-driven emerging tech innovations to drive applied research into development of critical capabilities.
Aimed at achieving business excellence by accelerating the translation of scientific research into tangible products with the potential.
Industrial innovation sandbox
Key challenges within industrial companies are identified and translated into detailed solution requirements, which are then hosted on the platform to attract solutions from startups.
TECH/SOLUTION DISCOVERY
Relevant startup solutions and technologies are sourced to address the specific needs of industrial companies. Startups submit applications on the platform, showcasing their capabilities to meet these challenges.
SCREENING & SELECTION
Startups and solutions undergo a screening and selection process, assisted by the platform, to identify high-potential candidates capable of delivering significant business value to industrial companies through pilot projects.
PILOT PROJECT EXECUTION & MONITORING
Real-time monitoring and tracking of pilot project execution by selected startups with industrial companies to demonstrate their solution’s ability to drive operational, business, and sustainability excellence.
Impact Studies
The platform tracks and measures the impact of these collaborations, evaluating key performance indicators (KPIs), impact metrics and other critical success criteria to assess the success of the projects.
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