Organic Electronics
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Follow on Instagram for UpdatesOrganic Electronics Syllabus — Unit-wise Content
The official GTU curriculum for Organic Electronics (subject code ME02096041) as prescribed for EACD · Semester 2 divides the course into 7 units, covering 66 listed topics. The unit-wise breakdown below is read from the GTU syllabus document for this subject code, so you can check what the course actually covers before deciding which papers to attempt.
Download the official syllabus PDF (ME02096041)Unit 1 Electronic Process in Organic Semiconductor Materials
- semiconductor property of conjugated polymers
- semiconductor property of conjugated molecules
- small molecular semiconductor materials
Unit 2 The Fundamentals of Organic Photo Physics and Photochemistry
- singlet and triplet states
- quantized energy levels of molecule vibration
- frontier molecular orbitals
- optical transitions in organic materials
- energy transfer
- excitation and exciton dynamics
- the photophysical properties of organotransition metal compounds (OTMC)
- photochemical reaction
Unit 3 Organic Light-Emitting Diodes (OLEDs)
- Introduction to OLED devices: principle of OLED devices
- OLED materials: fluorescent OLED materials
- phosphorescent OLED materials
- TADF OLED materials
- next-generation OLED materials
- charge transport/injection materials
- charge blocking materials
- OLED application status and prospects: overview of OLED industry
- OLED for flexible applications
Unit 4 Organic Field-Effect Transistors
- working principles of OFET: device architecture
- charge transport in OFET
- characterization of OFET device
- Organic semiconductors for OFETs: small molecule organic semiconductors
- polymer organic semiconductors
- Strategies for better performance of OFET: material design for high-performance OFETS
- fabrication strategy
- interface engineering
Unit 5 Organic Photovoltaic Devices
- Advantages of organic semiconductor for photovoltaic applications
- working principes of OPVs characteristics of OPV devices
- light absorption and exciton generation
- charge transport and collection
- development of OPV materials: homopolymer MEH-PPV
- Fullerene derivatives
- non-Fullerene accepters
- wide-bandgap donors
- Novel concepts for better device performance: upper limit for efficiency
- development of active layer structure
- improving the morphology of active layers
- vertical phase segregation
- surface recombination, and device architecture
- methodology for active layer preparation
- multicomponent active layers
- all-polymer solar cells
- Program Name: Master of Engineering Level: PG Branch: Electronics And Communication (VLSI Design) Subject Code: ME02096041 Subject Name: Organic Electronics
Unit 6 Organic Semiconductor Laser
- brief history
- background for laser
- laser materials
- characteristics of laser
- organic laser
- amplifying spontaneous emission
- materials for organic lasers: organic dyes
- organic semiconductors
- other organic lasing materials
- comparing analog organic lasing materials
- the photophysical properties of organic laser materials: gain effect
- cross section of absorption
- emission spectrum
- characterization of organic laser materials
- Organic micro-/nanoscale lasers
- current research status
Unit 7 Organic Electrochemical Transistor
- device structure of OECT
- working principle of OECT devices
- functionalization of OECT devices
- sensor applications: Ion and pH sensors
- humidity sensors, and biosensors
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