Dr. Sartajvir Singh is an accomplished academician at Chandigarh University, specializing in Electronics and Communication Engineering. He is practicing as Registered Patent Agent (IN/PA 5806) Registered Trade Mark Agent (TMA 2646). So far, he has filed 75 innovations/patents at the Indian Patent Office (IPO) with 35 Granted/Awarded. With expertise in the filed of Remote Sensing, Computing Algorithms, and Electronics, he has published 81 in SCI/Scopus Index Journals. An active IEEE member, he engages with IEEE Young Professionals, IEEE GRSS, IEEE Sensors Council, and ISPRS. His research focuses on Remote Sensing, Machine Learning, Deep Learning, and Computer Vision. He has served as a keynote speaker and resource person for numerous workshops and webinars. He also edited 2 conference proceedings, 10 books and Special Issues with publishers like Wiley, Nature, De Gruyter, Bentham Science, Springer, Elsevier, CRC, and Apple Academic Press.
What you will get?
- Hands-on Training Sessions
- Research-driven Learning Modules
- Expert-Led Lectures & Demos
- Resource Materials & Toolkits
- Certificates & Mentorship
With over 15 years of academic and research experience, I offer high-end workshops across a spectrum of domains including Remote Sensing, Machine Learning, Deep Learning, Innovation Management, and Patent Drafting. Having served as a keynote speaker and resource person in numerous national and international events, my workshops are designed to bridge the gap between theory and practice, delivering meaningful knowledge outcomes to students, faculty, and researchers.
Why High-end Workshops Matter?
Workshops are not just about knowledge delivery—they’re about empowering the next generation of innovators and researchers. Through structured modules, hands-on sessions, and real-world datasets, my workshops provide an intensive learning experience tailored to the audience’s academic or industry needs. Whether hosted in universities, research centers, or tech incubators, these sessions enhance research aptitude, innovation capability, and technology fluency.
The process of securing legal protection for creations like inventions, designs, or creative works involves the following steps:
- Idea Identification and Documentation: Identify and document the intellectual property, including its novelty and potential applications.
- Prior Art Search: Conduct a search to ensure the idea is novel and non-obvious using databases like USPTO or WIPO.
- Consultation with IP Experts: Engage with a patent attorney or technology transfer office to assess patentability.
- Prepare and File Application: Draft and submit a detailed application to the relevant IP office with necessary fees.
- Examination and Response: Address office actions or objections from the IP office within deadlines.
- Grant and Maintenance: Receive the IP certificate and maintain it through fees or renewals.
- Commercialization: License the IP or develop it into a product/service, negotiating revenue-sharing agreements.
Using drones to collect geospatial data for maps or 3D models follows these steps:
- Project Planning: Define objectives and select the area and data type needed (e.g., orthomosaic).
- Equipment Selection and Setup: Choose a UAV with appropriate sensors and configure flight planning software.
- Regulatory Compliance: Obtain permits and ensure compliance with airspace regulations.
- Flight Execution: Plan and conduct flights with sufficient overlap for accurate data capture.
- Data Collection and Processing: Collect raw data and process it into deliverables like maps or models.
- Quality Assurance: Validate output accuracy using ground control points or references.
- Delivery and Application: Provide clients with deliverables and support data integration into GIS platforms.
Implementing systems for minimal human intervention involves these steps:
- Needs Assessment: Identify tasks suitable for automation and define efficiency or scalability goals.
- System Design: Select technologies (e.g., robotics, AI) and design workflows with human-machine interfaces.
- Prototyping and Testing: Develop and test a prototype to evaluate performance and safety.
- Integration: Install systems within existing infrastructure, ensuring compatibility.
- Training and Documentation: Train staff and provide manuals or SOPs for operation.
- Deployment and Optimization: Deploy the system and optimize based on performance feedback.
- Maintenance and Upgrades: Schedule maintenance and plan upgrades to address obsolescence.
Enhancing academic and research impact through university services includes these steps:
- Stakeholder Engagement: Identify stakeholders and establish goals for research or community impact.
- Resource Allocation: Provide access to labs, incubators, or funding through grants or partnerships.
- Program Development: Design mentorship, funding, or accelerator programs aligned with university strengths.
- IP and Technology Transfer Support: Assist in protecting and commercializing IP through licensing or spin-offs.
- Partnership Building: Forge collaborations with industry or government for joint research.
- Impact Assessment: Measure outcomes like patents or startups to refine services.
- Outreach and Recognition: Promote success stories to enhance the university’s reputation.
Conducting research and translating findings into innovations follows these steps:
- Research Question Formulation: Identify gaps and formulate hypotheses through literature reviews.
- Funding and Resource Acquisition: Secure grants or access equipment and personnel.
- Experimentation and Data Collection: Design and conduct experiments with ethical rigor.
- Analysis and Validation: Analyze data and validate findings through peer review or replication.
- IP Protection: Evaluate outputs for patentability and file applications before disclosure.
- Dissemination: Publish findings in journals or share knowledge publicly.
- Innovation and Commercialization: Translate research into products or startups with incubator support.
Organizing educational or training workshops involves these steps:
- Objective Setting: Define the workshop’s purpose and target audience (e.g., students, professionals).
- Content Development: Create a curriculum with slides, handouts, or interactive exercises.
- Logistics Planning: Select a venue, schedule, and arrange equipment or catering.
- Promotion and Registration: Market the workshop and manage participant registrations.
- Delivery: Conduct the workshop with engaging methods like demos or group activities.
- Feedback Collection: Distribute surveys to assess satisfaction and identify improvements.
- Follow-Up: Share resources and offer ongoing support or advanced workshops.
Need Help?
Book an Appointment for Expert Consultancy Schedule a session for Patent Filing, Design Registration or Research Guidance tailored to your needs.