Each session 40 to 55 mins long, with linkage between sessions. Session includes video lectures of different topics. Session will be created from the Topics videos.
2nd year / 2nd Level | |||||||
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Intro to IoT | IoT Devices | ||||||
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3rd year / 3rd Level | |||||||
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IoT Sensors | IoT Sensor Applications | ||||||
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4th year / 4th Level | |||||||
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IoT Network and Communication | IoT Security | ||||||
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Elective (3rd / 4th Level) | |||||||
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IoT on Cloud | IoT Analytics | ||||||
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This course will focus on Mobile Broadband Internet –LTE/LTE-A/LTE-A Pro, from technology, and business aspects.It will coverMobile and Internet convergence • 4G LTE • LTE-A (4.5G) • LTE-A Pro (4.9G) • Mobile Internet of Things (IoT) architectures • QoS in 4G/4.5G/4.9G mobile networks • ITU spectrum management for 4G/4.5G/4.9G • Business and regulation aspects of mobile broadband.
This course will focus on Ultra Broadband WLAN, from technology, and business aspects. It will coverWLAN architectures • Ultra-broadband WLAN standards (IEEE 802.11 ac/ad) • Next Generation WLAN (IEEE 802.11x) • WLAN security and QoS • WLAN for Internet of Things (IoT) • 3GPP mobile traffic offload over WLAN • Ultra-broadband WLAN spectrum regulation • Business aspects of ultra-broadband WLAN.
This course will focus on Mobile Ultra Broadband Internet –5G NR, from technology, and business aspects. It will cover 5G mobile ultra-broadband, including ITU’s IMT-2020, 5G network architectures, network slicing, 5G New Radio (NR), 5G Next Generation Core (NG Core), Mobile Edge Computing (MEC), QoS in 5G, ITU WRC-2019 and 5G spectrum allocations, as well as business and regulation aspects for 5G mobile ultra-broadband. Finally, the course will incorporate mobile ultra-broadband services, Voice over 5G NR (VoNR), enhanced Mobile Broadband (eMBB), Ultra-Reliable LowLatency Communication (URLLC), massive Machine Type Communication (mMTC), Virtual Reality (AR) and Augmented Reality (AR), network neutrality vs. QoS as well as regulation and business aspects for mobile ultra-broadband services.
This course will focus on GSM-2G& WCDMA-3G technologyfundamentals. It will cover 2G and 3G mobile spectrums and air interface, radio parameters, different network elements of Access network and Core network and their functions, different Key Performance Indicators to improve Quality of Services, Network monitoring (including report analysis) and Optimization.
This course will focus on LTE(4G) technology fundamentals. It will cover 4G mobile spectrumsand air interface, radio parameters, different network elements of Access network and Core network and their functions, different Key Performance Indicators to improve Quality of Services, Network monitoring (including report analysis) and Optimization.
This course will focus on GSM-2G & WCDMA-3G and LTE (4G) technology fundamentals. It will cover all important topics which are mentioned in 4 and 5.
This course will focus on GSM-2G & WCDMA-3G and LTE (4G) planning and parameter optimization. It will cover all important RF parameters of GSM-2G & WCDMA-3G and LTE (4G).
This course will focus on different planning tools which areused for GSM-2G, WCDMA-3G and LTE (4G) network planning and different drive test tools which are used for GSM-2G, WCDMA-3G and LTE (4G) network optimization. It will cover all important RF parameters of GSM-2G & WCDMA-3G and LTE (4G).
This course will focus on fundamentals of electromagnetic field radiations, different measurement process, emf measurement tools. It will cover all emf rules and regulation and the effect on human body.
This course will focus on fundamentals of Self-organizing networks (SON).It will cover all part of planning, configuration, management, optimization of SON.
Communication concepts- switching , Transmission and signaling; Different media types for communication and their relative merits; Fronthaul, midhaul and backhaul networks; Architecture of Internet; Data Communication Architecture and Protocols; Role of optical fiber in communication network architecture; Project work on Communication network in different scenario
Flow of light through unbounded media - Huygens Principle, absorption, scattering, un-polarized and polarized light; Flow of light through bounded media: Reflection, Refraction, Total internal reflection, Diffraction, Dispersion; Geometry of an optical fiber construction, propagation modes formula and cutoff wavelength; Fiber normalized frequency relation with core and clad refractive indices, single and multimode fibers, Mode Field Diameter and Numerical Aperture; Propagation Losses- Absorption, scattering and bending losses, Material and Wave guide Dispersion, Dispersion Compensation and their industrial implementation; Polarization of light; Project work on comparison of fibers manufactured by different companies on same specification.
SM, Ribbon, Armored, Aerial and Submarine; Survey techniques and Reports: Spooling and Uncoiling of OFC, Packaging of OFC in Drums; Cable Laying method selection, Impact Moling, Open Trench and HDD; Ducting, DCP Testing; Buried pipe/cable locating and Mapping, Electronic Route Markers and Locators, RFID, Cable Avoidance Tools; Important Parameters like CoF and DFR, Figure-8, Manual Pulling with rope, DIT, Air Blowing, Jet Rodding including Tools required; Aerial Cable Laying Techniques; Aerial Cable Pulling & Lashing including Tools required.
Colour Coding for Fiber Cable; numbering scheme of fibers in OFC, Jointing of cables- Splicing and connectorisation; Optical Loss, Link Budget and Receiver Sensitivity; cable end preparation; Cable Splicing Techniques: Mechanical Splicing; Fusion splicing, Various types of connectors and connectorisation; Testing Instruments viz., OTDR, LSPM, Visual Fault Locator; Testing with OTDR-Analysis of Test Results and Trouble Shooting.
Hazardous material safety guide, hazard classification; PPE Classification, PPE symbols, Eye safety, bare fiber safety, material safety, Fire safety, class of laser, Laser safety rules; Workplace safety symbols, chemical safety.
Practice on Cable end preparation, Fiber preparation, Splicing techniques, Testing of joints, loss measurement, hands on with Testing equipments like LSPM, VFL and OTDR; Graph analysis of a OTDR for cable joint.
Preventive and Corrective Maintenance – Temporary and Permanent Restoration, Co-ordination with other TSPs and other agencies like NHAI, SH, EB.
FTTH Network Architecture: Feeder/Distribution/Customer Service Area; FTTH Planning: Splitters –Types, Levels, Patching in ODN; Splice Plan, ABD, Civil Plan; FTTH Construction: Mid-span splicing; Microcables, MicroDucts, MicroTrenching; Cabinet, Splitters; FTTH passive components deployment, In campus layout and in-building layout plans;
FTTH Active components: GPON & GEPON – OLT & ONT; Fiber Network: Operation and maintenance
MAC and IP addresses and internetworking concepts and protocols; LAN , VLAN and WAN; Nodes, Switches, Bridges, OLT and Routers; National Optical Fiber Network and State Wide Area Network projects overview; OF network as 5G enabler, MPLS-TP & C-PAN and Fiber to the Antenna;
Strategy: Group of 2 trainees as practical partners and Project associates : They will carryout assigned practical works and submit results. Each group shall plan, fabricate, test their assigned project and submit results followed by presentation.