S No Group Number Task Date of creation Time Frame No of Members
1. TED 02 : WG03 The scope of work for managing air-borne noise from internal combustion engines includes assessing, controlling, and reducing noise emissions to meet regulatory standards and minimize environmental impact. This involves identifying noise sources within the engine, evaluating noise levels during operation, and implementing acoustic treatments like enclosures, dampers, and absorptive materials. Testing and monitoring procedures ensure compliance with noise limits, and recommendations are made for noise mitigation strategies to enhance operational environments and reduce auditory disturbance for surrounding areas. 28-10-2024 28-10-2024 0
2. TED 02 : WG04 The scope of work for the mechanical aspects of reciprocating internal combustion engine-driven generating sets focuses on ensuring the reliability, durability, and optimal performance of mechanical components. This includes evaluating engine mounting, alignment, vibration isolation, cooling systems, lubrication, and exhaust systems. Mechanical assessments cover structural integrity, thermal management, and wear resistance to reduce downtime and enhance efficiency. Maintenance schedules, inspections, and testing protocols are established to monitor component health, ensuring that the generating set operates smoothly under varying loads and conditions while complying with safety and industry standards. 28-10-2024 28-10-2024 0
3. TED 02 : WG05 The scope of fuel filters in propulsion, powertrain, and powertrain fluids encompasses the design, implementation, and maintenance of filtration systems that ensure clean fuel delivery to the engine. 28-10-2024 28-10-2024 0
4. TED 02 : WG06 Injection equipment plays a crucial role in the propulsion and powertrain systems of vehicles, particularly in internal combustion engines (ICEs) and increasingly in hybrid and electric systems. 28-10-2024 28-10-2024 0
5. TED 02 : WG08 When detailing the scope of work for piston rings in propulsion, powertrain, and powertrain fluids, it’s essential to consider various aspects such as design, materials, performance, and testing. 28-10-2024 28-10-2024 0
6. TED 02 : WG9 Creating an engine test code involves defining parameters for testing an engine's performance, efficiency, emissions, and durability. Below is a simplified example of how you might structure an engine test code, often used in a testing environment, such as a dynamometer setup. 28-10-2024 28-10-2024 0
7. TED 02 : WG10 The scope of work for water injection in propulsion and powertrain systems encompasses the design and integration of a water injection system aimed at enhancing performance, fuel efficiency, and reducing emissions. This includes specifying fluid quality standards, developing the injection mechanism and control strategy, and establishing performance targets such as power output and emissions reductions. 28-10-2024 28-10-2024 0
8. TED 02 : WG13 NOx reduction additives are chemical substances used to minimize nitrogen oxides (NOx) emissions from internal combustion engines, particularly in diesel engines. 28-10-2024 28-10-2024 0
9. TED 02 : WG14 Ensuring the cleanliness of components in road vehicles is critical for optimal performance, reliability, and longevity. Contaminants can lead to mechanical failures, reduced efficiency, and increased emissions. 28-10-2024 28-10-2024 0
10. TED 04 : WG01 Pneumatic Braking System 20-11-2024 20-11-2025 0
11. TED 04 : WG02 Hydraulic Braking System 20-11-2024 20-11-2025 0
12. TED 04 : WG04 Electric Power Steering 20-11-2024 20-11-2025 0
13. TED 04 : WG05 Noise Measurement 20-11-2024 20-11-2025 0
14. TED 04 : WG06 Testing of Subsystems 20-11-2024 20-11-2025 0
15. TED 04 : WG07 Ride Comfort 20-11-2024 20-11-2025 0
16. TED 06 : WG02 Automotive Body 20-11-2024 20-11-2025 0
17. TED 06 : WG04 Accessories of L Category 20-11-2024 20-11-2025 0
18. TED 06 : WG05 Accessories of M Category 20-11-2024 20-11-2025 0
19. TED 07 : WG01 To deliberate and prepare the draft document for CODE OF PRACTICE STANDARD ON SUSTAINABLE PRACTICES for TYRES 23-09-2024 23-09-2024 4
20. TED 16 : WG04 Working group for Hub Assembly 03-10-2024 31-03-2025 1
21. TED 16 : WG06 Working group for Front Forks 03-10-2024 31-03-2025 1
22. TED 16 : WG07 Working group for Brakes 03-10-2024 31-03-2025 1
23. TED 16 : WG08 Working group for Tyres & Tubes 03-10-2024 31-03-2025 1
24. TED 16 : WG9 Working group for Mudguards 03-10-2024 31-03-2025 1
25. TED 16 : WG10 Working group for Pedal Assembly 03-10-2024 31-03-2025 1
26. TED 16 : WG11 Working Group for E Bicycles 03-10-2024 31-03-2025 1
27. TED 16 : WG12 Working Group for Retro Reflective Devices 03-10-2024 31-03-2025 1
28. TED 17 : P2 : WG2 Marine Environment 09-04-2025 09-04-2026 6
29. TED 19 : WG01 This Working Group shall work for the standardization of the used of Navigation, Communication Equipments on Marine Police Boats/Crafts. 22-10-2024 31-12-2026 4
30. TED 19 : WG02 Standardization work related to construction, structural and general requirements of the 15.5 meter fast interceptor boats used by the various states marine police for the coastal security 19-11-2024 19-11-2024 8
31. TED 19 : WG03 Marine Heat Exchanger 26-11-2024 26-12-2026 1
32. TED 19 : WG04 Steam Traps used in Ships 26-11-2024 31-12-2026 2
33. TED 19 : WG05 Mooring and Winches 26-11-2024 31-12-2026 0
34. TED 22 : WG01 - - 3
35. TED 22 : WG02 The scope of work for castors and wheels includes the design, selection, and evaluation of various types of wheels and castors for optimal performance in different applications. This involves assessing load capacity, material composition, tread design, and wheel diameter to ensure suitability for specific environments, such as industrial, commercial, or residential settings. 28-10-2024 28-10-2024 0
36. TED 22 : WG03 The scope of work for mechanical couplings in light and heavy commercial vehicles, buses, and trailers involves the design, analysis, testing, and implementation of coupling systems that effectively connect various drivetrain components. 28-10-2024 28-10-2024 0
37. TED 22 : WG04 The scope of work for a negative pressure compartment in light and heavy commercial vehicles, buses, and trailers involves designing and implementing a system that maintains negative pressure to minimize airborne pathogen transmission during patient transport. 28-10-2024 28-10-2024 0
38. TED 22 : WG05 xterior fittings on vehicles encompass a range of components that enhance functionality, safety, and aesthetics. These fittings are essential for the overall performance and appeal of light and heavy commercial vehicles, buses, and trailers. 28-10-2024 28-10-2024 0
39. TED 24 : WG02 • Formulation of draft Indian Standard for Pallets made from corrugated fibre board 31-12-2024 31-12-2025 2
40. TED 24 : WG03 • Review IMDG Guidelines, ISO 15867 (Terminology standard for IBCs for Non Dangerous Goods) and Standards Published by ISO TC 122 and come up with a draft standard for Performance requirement of IBCs. • Review and Ballot Monitoring of IS 15875 : 2009 - Intermediate bulk containers (IBCs) for non - Dangerous goods – Terminology {ISO 15867:2003} 31-12-2024 31-12-2025 2
41. TED 24 : WG04 Galvanized Steel Modular Pallets 13-05-2025 13-05-2026 2
42. TED 26 : WG01 Scope and activities of this Group are quite vast and significant groundwork must done to evolve standards 31-01-2025 31-01-2025 4
43. TED 27 : WG01 The TED 27 committee has recently received a new work item proposal concerning the subject "High Voltage 3-in-1 Power Box for EVs." During its 15th meeting, the committee established a working group under the convenorship of Dr. Om Krishan (Sc. D, MeitY). The working group is composed of the following members: Valeo (Nomination received) Minda (Nomination received) ACMA or other experts nominated by ACMA (Nomination to be sought) Mahindra Last Mobility (Mr. Kharidu Kiran Kumar) TML (Mr. Senthilnathan Thangavelu, Mr. Vaibhav Jadhav, Ms. Namrata Deb) The working group is tasked with deliberating on the following points: whether dedicated Indian standard is needed for above subject or the subject is suitably addressed under the existing standards. If standardization is needed, then on which aspects (performance, safety, test method, etc) standard should be formulated. 01-12-2024 01-12-2024 6
44. TED 28 : WG01 The scope of work for identifiers in intelligent transport systems (ITS) involves developing and implementing standardized identification methods for various components, vehicles, and infrastructure within the transportation network. This includes defining unique identifiers for vehicles, traffic signals, sensors, and other ITS elements to facilitate data exchange and interoperability among different systems. 28-10-2024 28-10-2024 0
45. TED 28 : WG02 The scope of work for an Operational Improvement Group (OIG) involves identifying, analyzing, and implementing strategies to enhance operational efficiency and effectiveness within an organization. This includes conducting performance assessments, workflow analyses, and root cause investigations to identify areas for improvement. The OIG will develop and recommend best practices, process optimizations, and resource allocation strategies to streamline operations and reduce waste. 28-10-2024 28-10-2024 0
46. TED 28 : WG03 The scope of work for program coordination in Intelligent Transport Systems (ITS) involves overseeing the integration and implementation of various ITS projects to enhance transportation efficiency and safety. This includes coordinating activities among stakeholders, such as government agencies, transportation authorities, technology providers, and community organizations, to ensure alignment with strategic goals. 28-10-2024 28-10-2024 0
47. TED 28 : WG04 The scope of work for publication and marketing review in Intelligent Transport Systems (ITS) involves evaluating and enhancing marketing materials, reports, and communications related to ITS initiatives. This includes assessing the clarity, accuracy, and relevance of content aimed at stakeholders such as government agencies, transportation authorities, industry partners, and the general public. The review process ensures that all publications effectively convey the benefits, features, and innovations of ITS technologies and align with organizational branding and regulatory standards. 28-10-2024 28-10-2024 0
48. TED 28 : WG05 The scope of work for architecture in the context of Intelligent Transport Systems (ITS) involves the design and development of systems, structures, and frameworks that support the integration of technology into transportation networks. This includes creating architectural models that define the components, data flows, and interactions between various ITS elements, such as traffic management systems, vehicle communication technologies, and user interfaces. 28-10-2024 28-10-2024 0
49. TED 28 : WG06 The scope of work for geographic data in Intelligent Transport Systems (ITS) involves the collection, analysis, and application of spatial information to enhance transportation planning, management, and decision-making. 28-10-2024 28-10-2024 0
50. TED 28 : WG07 The scope of work for fee and toll collection in Intelligent Transport Systems (ITS) involves the design, implementation, and management of systems to efficiently collect tolls and fees associated with the use of transportation infrastructure. 28-10-2024 28-10-2024 0
51. TED 28 : WG08 The scope of work for general fleet management and commercial/freight operations involves overseeing the planning, coordination, and optimization of a fleet of vehicles used for transporting goods and services. 28-10-2024 28-10-2024 0
52. TED 28 : WG9 The scope of work for public transport and emergency services involves the coordination, planning, and management of transportation systems designed to facilitate efficient movement for both everyday commuters and emergency response teams. 28-10-2024 28-10-2024 0
53. TED 28 : WG10 The scope of work for integrated transport information, management, and control involves developing and implementing systems that unify various transportation modes and information sources to enhance efficiency, safety, and user experience. 28-10-2024 28-10-2024 0
54. TED 28 : WG15 The scope of work for cooperative systems within Intelligent Transport Systems (ITS) involves developing and implementing technologies and protocols that enable collaboration and communication between vehicles, infrastructure, and users to enhance safety, efficiency, and mobility. 28-10-2024 28-10-2024 0
55. TED 28 : WG16 The scope of work for mobility integration within Intelligent Transport Systems (ITS) focuses on creating a seamless and interconnected transportation ecosystem that combines various modes of transport and services to enhance user mobility and accessibility. 28-10-2024 28-10-2024 0
56. TED 28 : WG17 The scope of work for leveraging Big Data and Artificial Intelligence (AI) to support Intelligent Transport Systems (ITS) involves the integration of advanced data analytics and machine learning techniques to enhance transportation planning, management, and user experience. 28-10-2024 28-10-2024 0
57. TED 29 : WG01 Airbags 20-11-2024 20-11-2025 0
58. TED 32 : WG04 - - 1
59. TED 32 : WG05 - - 2
60. TED 32 : WG06 - - 0
61. TED 32 : WG11 - - 2
62. TED 32 : WG13 Working Group for Operation of Vertiports 04-04-2024 31-03-2025 2
63. TED 32 : WG14 Working Group for Noise Management Testing of Subsystems 04-04-2024 31-03-2025 1
64. TED 32 : WG15 Working Group for Traffic Management 04-04-2024 31-03-2025 2
65. TED 34 : WG01 Helical Compression Spring 20-11-2024 20-11-2025 0
66. TED 34 : WG04 Leaf Springs 20-11-2024 20-11-2025 0
67. TED 34 : WG05 Shock Absorbers 20-11-2024 20-11-2025 0
68. TED 35 : WG01 Working group for Engineering 22-10-2024 31-03-2025 2
69. TED 35 : WG02 Emergency 22-10-2024 31-03-2025 0
70. TED 35 : WG03 Enforcement 22-10-2024 31-03-2025 0