Incubation

CIIIT Machine Specifications 3-D Scanner3-D PrinterPick n Place BraboArc Welding RobotVertical Machining CenterInternet of Things (IoT)Manufacturing Execution system

  RCOEM – TATA CIIIT Center for Invention, Innovation, Incubation and Training Activities 1) CIIIT AuditLoya Bagri & Co. and its Team of Chartered Accountants has done CIIIT audit on 15 Jan 2021 TrainingRCOEM-TATA CIIIT has organized the following trainings for RCOEM faculty (Octo 20 – May 21) VMC Part programming, Internet of Things (IoT), CatiaV6 training, Additive Manufacturing & Reverse Engineering (3-D Printing & 3-D Scanning), Design Thinking, Industrial Robotics, MSC Adams, Arc welding Robo, MES training Ongoing Projects and Consultancies   Completed Projects and other activities Metal pyramid tool for compression testing of concrete was manufactured on VMC machine. The tool is required by Civil Engg Dept for concrete testing. Design of Battery Swapping Switch Mobility Robot development. Four types of multi-utility products for offices and table top usage are designed and 3-D printed. A device casing/cabinet for Tycathon competition project was printed for a student of Government polytechnic Pune. Four petal pieces of a heart valve model was 3-D printed for EN Dept. Small cubical part with 2 vents with challenging features are being printed for one of the PhD research scholars of EN Dept. Ongoing Consultancies Govigyan Anusandhan kendra Nagpur has approached CIIIT, with inquiry to design, manufacture and provide following items for their cow dung products Padma Kund Diya – about 3 types Hand press machine Shree Yantra A portable hand press machine (100 Nos) A feasibility study and CAD design was done by Mr. Anil Dhole, SME TATA Technologies. The hand press design, fabrication and approval for the sample from GVAK was done by Dr. Vishal Shukla, Faculty In-charge CIIIT. Prof. P. A. Dwaramwar, Director TBI submitted the proposal of consultancy project to steering committee which approved the consultancy project. Dr. R. Khaire, Dean III Cell, initiated MoU between RCOEM and GVAK, which is signed on 27 Feb 2021. IPR applied and in-process Following IPR are applied through RCOEM-TATA CIIIT recently A pneumatic sand rammer with vibration isolator A device for making flower garland A Device for Generating Profile on Pipes Multi-utility office machine [ 2 IPRs] Design development of Battery Swapping Switch Matrix [ 2 IPRs] Mobility Robot development. Multi-utility office tools products design projects. (Four different product).   Ongoing Projects by the students of M. Tech Robotics & Automation Autonomous Wheel chair for handicapped person using 500 Watt DC motor and joystick steering with use of 60Kg/cm torque servo also uses 5 ultrasonic sensors and 8 array IR Analogue input for autonomous tracking completed and tested DRSSTC for wireless transfer of energy is successfully tested Record and play 6DOF robot manipulator using inverse kinematics mapping done on Arduino IDE platform BIPED Robot stand sit balance and step walk tested under bio robot engineering. Self-designed Multi task integrated Arduino compatible development board E-Vehicle using 1000W hub motor with special type of harmonics less stator field mechanical sliding mechanism for speed control currently working to make it work on renewable energy Magnetic adhesion-based boiler tube, chimney, main boiler surveillance and maintenance Robot having inbuilt blower for fly ash, wireless live camera feedback, liner screw rail for load capacity of 40Kg, chemical sprayer and buffer wheel Voice control of 3 phase induction motor using voice command and IOT remote access successfully tested function- run/stop, forward/reverse, speed control using VFD with variance of 4 RPM Laser guided protection scheme for HV Transmission line for detecting mechanical conductor failure with communication support of SIM1800, NODE MCU, Xbee 2.0, Bluetooth, 433MHz RF technology Design and Fabrication of self-cleaning and maintenance 3Ph, 5hp Industrial Motor with Hydrocarbon based heat pipe cooling and pressure valves compressor based online varnish applier and online bearing automatic lubricator also has 7 temperature sensor mounted inside winding for heat spot detection They are also working on performance improvement of stability of drones as survilliance robot using advanced PID feedback

RCOEM-TATA -CIIIT RCOEM – TATA CIIIT Center for Excellence RCOEM-TATA-CIIT-Projects CIIIT Machine Specs CIIIT Training Admission brochure RCOEM MSME ASPIRE TBI Apply   RCOEM – TATA CIIIT Center for Invention, Innovation, Incubation and Training   The visionary leaders of Shri Ramdeobaba College of Engineering and Management (RCOEM) has decided to set the bench mark for excellence in Engineering-Technology education, at par with the world class technologies. Therefore, with an objective to facilitate Innovations & skill development of students, industry professionals, RCOEM has established a state-of-art Center for Invention, Innovation, Incubation & Training (CIIIT). The methodology adopted at CIIIT is, provide the education 4.0 so that the students are prepared for work culture expected by industry 4.0. The student trained at CIIIT will eventually be absorbed as skilled resources in the industry or would be self-sufficient to create entrepreneurships. Further, RCOEM-TATA CIIIT assures to strengthen the industry-academia partnership, impart the qualitative improvement in technical education, create skilled workforce to cater to current and future industrial landscape of the region. With modern equipments and the state-of art technologies, RCOEM-TATA CIIIT ensures employability of the trained-students industry specific domain. The technical facility and skill-development training comprises of most of the perquisites that are essentially required for under graduate and post graduate students for employability and placement in multi-national companies. Courses Offered Diploma Courses Certificate Courses Product Design and Validation Design Thinking for Start Ups, Catia V6 and PLM, Virtual Verification and Analysis, Product Design and Development Integrated Advanced Manufacturing Additive Manufacturing, Digital Manufacturing, Industrial Robotics, Advanced Manufacturing Manufacturing Execution System & IoT Design Thinking, Manufacturing Execution System, Industrial Robotics, IoT Advanced Product Design Engineering & Manufacturing Design Thinking for Start Ups, Catia V6 and PLM, Virtual Verification and Analysis, Product Design and Development, Additive Manufacturing, Digital Manufacturing, Industrial Robotics, Advanced Manufacturing, Manufacturing Execution System, IoT Catia V6 and PLM Virtual Verification and Analysis Product Design and Development Additive Manufacturing Digital Manufacturing Industrial Robotics Advanced Manufacturing Manufacturing Execution System Internet of Things (IOT) Objectives of CIIIT Promote Invention, Innovation and Incubation under the mentorship of industry experts Strengthen Government’s Vision & Mission of innovation entrepreneurship and skill development Enable Industry- Academia partnerships to impart future skills Leverages advanced competency centers and expertise of Industry Subject Matter Experts (SMEs) for training students, industry professionals and unemployed youth with industry relevant skills and competencies. CIIIT Enables competency development in modern engineering tools that are necessary for product design, development and manufacturing and provide students to gain insights in Industry 4.0 and other disruptive technologies. The 3 main centers with cutting edge technology tools, equipment and machinery to develop and impart the latest skills and knowledge offered at CIIIT are 1. Innovation Design and Incubation Design and Engineering Virtual Verification and Analysis Product Lifecycle Management 2. Integrated Advance Manufacturing Center Computer Integrated Manufacturing Industrial Robotics Manufacturing Execution Systems Advance Manufacturing Reverse Engineering Plastic Additive Manufacturing Internet of things Autonomous Driving 3. Machine Learning and Internet of Things E-Learning Platform i-Get-it IOT IDE (ESP-01, Arduino Nano and Rasberry PI) The major laboratories available at RCOEM-TATA CIIIT are: Digital Manufacturing Laboratory Computer Aided Manufacturing Laboratory Multi Body Dynamics Laboratory Product Life Management Laboratory Machine Learning Laboratory Industrial Robotics and Sensor Technology center Computer Aided Drafting Laboratory Computational Fluid Dynamics Simulation Center Welding, fabrication and computerized Machine Shop Computer Aided Engineering (CAE) and Finite Element Analysis (FEA) Laboratory All the above laboratories and skill-development centers are shared by the students and faculty of Mechanical, Industrial, Computer Science, Information Technology, Electronics and Communication, Electrical and Civil Engineering Departments. The major machines and equipments at CIIIT are: Vertical Machining Center (VMC-ACE Micromatic AS-430 V) Arc welding Robot (YASKAWA) 3-D Printer (Ultimaker 3 Extended) 3-D Scanner (Ein Scan) Manufacturing Execution System (12m Long Conveyor with PLC ) Pick and place Robot (Brabo) The complete professional Softwares suites available at CIIIT are: Dassault Systems Catia V6 PLM Delmia 3-D Experience MSC Adams Machinery studio Nastran & Patran Marc Easy5 ScFlow FEAST by ISRO i-Get-it by TATA Technologies Ltd. Training Plan: Enrollment and Registration for CIIIT training and skill development competency courses shall be open from August 2021. Eligibility – Diploma, B.E./ B. Tech., M.E./M. Tech., PhD Research Scholars, Faculty & Industry persons Batch size: 20-30 students per batch Competency Centers Course Details Competency Centers Name   1 Innovation Design & Incubation CAD Engineering 1. Introduction to Design Thinking, Why Innovate and PDD 2. Design of Industrial components using Solid and surface modeling 3. Sheet Metal Design and Assembly of components 4. Manufacturing Drawing and Bill of Material 5. Simulation, CNC Programming 6. Case studies and Mini Project work 7. Introduction to CAD 8. Solid and Surface Modeling 9. Sheet Metal and Assembly of components 10. Manufacturing Drawing 11. Case studies and Mini Project work CAD Operator 1. Basics of CAD 2. Basics of Solid and Surface Modeling 3. Assembly 4. Manufacturing Drawing 5. Case studies and Mini Project work Finite Element Analysis – MSC, FEAST 1. Introduction to FEA 2. Structural, Thermal, Free Vibration, Buckling Analysis 5. Transient, Frequency response, Analysis 4. Non-Linear Analysis, MBD 5. Case studies on various software tools and Mini Project work 2. Integrated Advance Manufacturing Digital Manufacturing & Industrial Robotics 1. Introduction to Digital Manufacturing & Industrial Robotics 2. Block Diagram Representation, Micro and Macro- Simulation 3. Assembly Process Simulation, Robotics Simulation & OLP 4. Ergonomics Simulation 5. Case Studies and MininProject Industrial Robot Operator 1. Introduction to Industrial Robot 2. Operation of Robot 3. Robotics Programming 4. Case Studies 5. Min Project Manufacturing Execution Engineering 1. Introduction to MES 2. Production Flow-Oriented Design, Technical Aspects 3. Role of MES in Manufacturing Processes 4. Control System PLC and SCADA for MES, Mechanism of MES 5. Industrial MES and IOT Applications Part, Implementing an MES in Production 6. Case studies and Mini Project Manufacturing Execution Operator 1. Introduction to MES 2. Basics of Control System PLC and SCADA for MES, Mechanism of MES 3. Implementing an MES in Production 4. Case Studies 5. Mini Project Advanced Manufacturing 1. Introduction

ASPIRE (A Scheme for promotion of Innovation,Rural Industrialization and Entrepreneurship) To create an entrepreneurial culture and ecosystem to promote innovation, and entrepreneurship in agriculture and allied sector , Shri Ramdeobaba College of Engineering and Management (RCOEM), Nagpur submitted the proposal to MoMSME. Govt of India for creation of Technology Business Incubator (TBI) under ASPIRE (A Scheme for Promotion of Innovation, Rural Industrialization and Entrepreneurship) at Nagpur. The proposal of Rs. 2.91 Cr was submitted and was approved in the 7th SSC meeting of the MSME GOI held on 10th April 2017. The scheme aims at incubation of innovative ideas/technologies in the Rural, Agriculture and allied sectors. The TBI under ASPIRE is set up with the following objectives: To set up Technology based incubators for incubation of innovative ideas/technology in the Agro-based industry. Technology Commercialization: to provide a platform for speedy commercialization of technologies developed in the host institution or any academic and R&D institution of the country. Interfacing and Networking: to provide networking between academia, industry and financial institution. Value Addition: to provide value added services viz. legal, financial, technical, IPR, etc. to incubate. New Enterprise Creation: to promote new technology/knowledge based enterprises.   The college has received the first sanction of Rs. 39.25 Lakh vide letter No. G-27017/18/2017-KVI DIV/141-145 dated 18/05/17 for the procurement of equipments. College is creating a state of art of Technology Business Incubation center of 8000 Sq. Ft with innovation and design facility center equipped with 3D Printer, CNC Machines, Rapid prototyping and Testing facilities. RCOEM provide infrastructural , funding and following support services to our incubates. Fully furnished Office Space Startup Programs Conference room Mentoring Access Networking support Access to RCOEM Labs Equipment and tools   RCOEM signed the MoU with Mahatma Gandhi Institute of Rural Industrialization (MGIRI) Wardha and Maharogi Seva Samiti (MSS) Anandwan for joint technology development, promotion of rural entrepreneurship and livelihood enhancements. RCOEM TBI Foundation organizes various promotional activities like ‘Pitch your idea’, ‘Transpreneur’, ‘ Ideation Workshop”, ‘Business plan competition’. The objective of these activities is to create an ecosystem to promote innovation, entrepreneurship & incubation related activities in the region. TBI has invited Innovative Ideas under ASPIRE for: We have submitted following technology development proposals from faculties for funding to MoMSME Development of Low cost technological solution for enhancing the agricultural productivity. Development of farming and agriculture equipments Creating Wealth from Waste (agriculture waste) Development of market linkages, Financial Technological platform through ICT. We have submitted following technology development proposals from faculties for funding to MoMSME Low Cost and Portable Soil Health Monitoring System Automated Retail Fridge IoT based Pomegranate Fruit Detection and Counting TBI is incubating following students startups under this scheme. Agritech Startups 1 Mr. SoyaMSME SSI RegistrationUAN: MH20A0089516 Funding : Rs. 2.5 Lakhs Delivery of a variety of soy products, to promote a lifestyle of health and sustainability Atul Pandit( B.E. IT 2021) 2 Happico IndiaMSME SSI RegistrationUAN No.MH20D0057882 Funding : Rs. 3 Lakhs Manufacturer of Dark Belgian Chocolate Yash Pande( MBA 2020),Sonal Bahilani( MBA Integrated-2021) 3 Fameximpex Technologies Pvt. Ltd.CIN – U74999MH2018PTC314890 Bio-Diesel Production from Waste cooking , refined, bleached, and deodorized (RBD) palm oil Rohan Bang(MBA-2020) 4 Bamboo Shine Pvt. Ltd. Agritech Solution in Bamboo Plantation and Bamboo Livelihood Shubham Kartik Debnath BE Electronics 2021 5 Agrodia Enterprises LLP.LLP: AAT-6447 Agriculture input supplies retail chain. Harshal Gunderao Thakare(MBA, 2021) Dr. Rajesh Raut and Prof. Pravin Dwaramwar are coordinating above activities. Technology Development Initiatives Swanand Govigyan Kendra Saunser Madhya Pradesh Swanand Govidyan is engaged in skill development , best out of waste , using local resources to start the business and enhance the livehood of rural woman, farmers, gaupalaks, self help groups . Offer various Gomay ( cow dunk products )products and technology services. RCOEM TBI/CIIIT/ASPIRE TBI has provided Designing and 3-D Printing , Die design support for Padma Kund, Diyas, Tulsi Vrundawan and Shriyantra. Design and fabrication of portable hand press machine for making Diyas Water bodies Monitoring ( Hydrobot ) Water is a precondition for human existence and for the sustainability of the planet .Monitoring of Quality of Water is still greater Problem . Monitoring involves various social, environmental and technical challenges like geo-genic and anthropogenic water quality issues. Inadequate monitoring of water quality specially in rural area and at water sources affects health and ecosystem of the planet. Objective: Use of modern technology in systematic monitoring of water quality parameter in rural area Deploy a frugal IoT based system to monitor real time water quality parameters Obtain quantitative information on the physical, chemical, and biological characteristics of water via online system Organized data on Central System for Monitoring and Analysis Purpose Features Low Cost Online Water Monitoring System Customized for measuring water parameter in Remote Area Ease in Maintenance and Calibration Multiple Sensor Stand Alone System Capable of Measuring parameter at depth of 100ft Independent Solar Powered with battery Backup Online monitoring of parameters in drinking water, wastewater, environmental, food and beverage and process applications All measurement data available at a glance on Dashboard   Parameter Specification of Hydrobot pH 0-14 ORP 0-2000mV Conductivity 0.07-50,000µS/cm DO 0-100mg/L Temperature -200-8500C Development of portable soil nutrients, Conductivity and pH measurement system Agriculture is the main occupation in India and GDP share of 17.32% in Indian economy. There are 60 crores farmers in India and 40 % of rural households dependent on farming as main income source. Due to lack of education related to soil health, It is rapidly declining due to indiscriminate use of fertilizers. In addition, farming is done by adapting conventional way i.e. either rotation or referring neighbours’ crop pattern which leads to poor crop yield. This situation forces us to think to develop user friendly technology related to soil fertility to be transferred to educate farmers .Soil fertility is decided by essential nutrients i.e. N P K (nitrogen, phosphorus, potassium) using colorimetry, conductivity and soil pH value. It is proposed to develop portable system with sensors and embedded system. This system would be an assistive aid to improve crop yield by knowing soil nutrients.

About Centre Facilities @ CIIIT Upcoming Events Courses Gallary Projects/Consultancies CIIIT Annual Reports Activities About Centre RCOEM-TATA CIIIT Dr. Y.M. SonkhaskarCentre Co-ordinator RCOEM in association with Tata Technologies Ltd., has set-up the bench mark of excellence in Engineering & Technology education in Nagpur. RCOEM-TATA Technologies – Center for Invention, Innovation, Incubation & Training (CIIIT) is at par with the world class technologies. The major objective of CIIIT is, hand-holding of inventors, innovators, entrepreneurs to develop professional and industry centric technical skills. The most important thing is that any one from ITI, Diploma, Degree, Post-graduate, PhD research scholar and Industry persons can visit, connect and avail the facilities at CIIIT. The facility is open to all the aspirants in region for technical associations and upgradations. CIIIT comprises of centers for Innovation Design and Incubation, Integrated Advanced Manufacturing, Machine Learning and IIoT. RCOEM-TATA Technologies-CIIIT provides hands-on practical exposure to Arc-welding Robot, Pick-n-place Robot, CNC-VMC machines, Manufacturing Execution system, 3-D printing & 3-D scanning, Machine learning & IIoT. RCOEM-TATA CIIIT, has started making the remarkable difference to the professional profiles of PG & UG students of the region. Mostly, it is in the form of design, development & fabrication of innovative products, publishing patent, research articles & copy rights etc. This has resulted in value additions and hence improved their employment opportunities. The course contents and training designed for the students of CIIIT enables the competency development in modern engineering tools which is necessary for product design, development, manufacturing and provide the students to gain insights to Industry 4.0 and other disruptive technologies. CIIIT comprises of modern shop-floor machines and equipments. Further, the availability of about 10 professional softwares like, MSC Nastran, Patran, Adams machinery studio, 3-D Experience, Delmia, ScFLOW, Marc, Easy5, FEAST and i-get-it adds tremendous technological values to visionary technocrats of next generation. The training modules available at CIIIT also provides the opportunity to become entrepreneurs. RCOEM-TATA CIIIT assures to strengthen the industry-academia partnership, impart the qualitative improvement in technical education, create skilled workforce to cater to current and future industrial landscape of the region. With modern equipments and sophisticated technologies, RCOEM-TATA CIIIT ensures employability to the trained-students in industry-specific domains. The modern technical facility and skill-development training comprises of most of the perquisites that are essential qualifications for UG and PG students for employability and placement in multi-national companies. Objectives Promote Invention, Innovation and Incubation under the mentorship of industry experts Strengthen Government’s Vision & Mission of innovation entrepreneurship and skill development Enable Industry- Academia partnerships to impart future skills Leverages advanced competency centers and expertise of Industry Subject Matter Experts (SMEs) for training students, industry professionals and unemployed youth with industry relevant skills and competencies. CIIIT Enables competency development in modern engineering tools that are necessary for product design, development and manufacturing and provide students to gain insights in Industry 4.0 and other disruptive technologies. Competency Centres Cutting edge technology tools, equipment and machinery in 3 main competency centers at CIIIT. Facilities @ CIIIT Facilities @ CIIIT Upcoming Events Upcoming Events Eight-Weeks-PracticumCIIIT-Training-Calendar-2022 2 days, Hands on Training Workshops for students of 9th to 12th standards ( Jan-March 2022) Some of the CIIIT facilities are well in-line with objectives of Atal Tinker Lab (ATL) where young minds can give shape to their ideas through hands on do-it-yourself mode. CIIIT exactly attempts to provide that; the workspaces where young minds can learn innovation skills, sculpt ideas through hands-on activities, work and learn in a flexible environment. Details of proposed Workshop Hands on (DIY) Trainings in these workshops will mostly focus on Geometric modeling, 3-D printing, 3-D scanning and Internet of Things (IoT) Demonstration of all machines viz; metal cutting on computerized machine, assembly line production of bicycle and how welding is done by Robotic arm will given. Certificate of participation from RCOEM-TATA CIII certificates will be given to all the participants Certificate of appreciation to the school by RCOEM-TATA CIIIT will also be given Maximum 30 students (2 batches, each of 15 students) can be accommodated in one day. Trainings shall be arranged mostly on Friday and Saturday (10 am to 5 pm). 2-3 teachers can also accompany with participating batches. Courses Courses Certificate Courses: Courses with duration up to 3 months Diploma Courses: Courses with duration 6+ Months  CIIIT_Brochure_New_Sept_2022 Course Details (Click on Courses to see details) • Innovation Design & Incubation CAD ENGINEERING CAD OPERATOR FINITE ELEMENT ANALYSIS PLM APPLICATION ENGINEERING • Integrated Advance Manufacturing DIGITAL MANUFACTURING & INDUSTRIAL ROBOTICS INDUSTRIAL ROBOT OPERATOR MANUFACTURING EXECUTION ENGINEERING MANUFACTURING EXECUTION OPERATOR ADVANCED MANUFACTURING MANUFACTURING OPERATOR • Machine Learning & Internet of Things   CERTIFICATION COURSES: Certificate Course – 1 Product Design and Validation Module 1: Innovation and Design Thinking for Start Ups (Workshop) Module 2: Catia V6 and PLM Module 3: Virtual Verification and Analysis Module 4: Product Design and Development Certificate Course – 2 Integrated Advanced Manufacturing Module 1: Additive Manufacturing Module 2: Digital Manufacturing Module 3: Industrial Robotics Module 4: Advanced Manufacturing Certificate Course – 3 Manufacturing Execution System & Internet of Things Module 1: Innovation and Design Thinking for Start Ups (Workshop) Module 2: Manufacturing Execution System Module 3: Industrial Robotics Module 4: Internet of Things (IOT) Certificate Course – 4 Advanced Product Design Engineering & Manufacturing Module 1: Innovation and Design Thinking for Start Ups(Workshop) Module 2: Catia V6 and PL Module 3: Virtual Verification and Analysis Module 4: Product Design and Development Module 5: Additive Manufacturing Module 6: Digital Manufacturing Module 7: Industrial Robotics Module 8: Advanced Manufacturing Module 9: Manufacturing Execution System Module 10: Internet of Things (IOT) Gallary Gallery 22 photos 24 photos Projects/Consultancies Ongoing Projects and Consultancies Download form for Consultancies Click here Completed Projects and other activities Metal pyramid tool for compression testing of concrete was manufactured on VMC machine. The tool is required by Civil Engg Dept for concrete testing. Design of Battery Swapping Switch Mobility Robot development. Four types of multi-utility products for offices and table top usage are designed and 3-D printed. A device casing/cabinet for Tycathon competition project