Track 1:Pharmaceutical Engineering

• Track 1-1Rational drug design

• Track 1-2Novel drug delivery

• Track 1-3Targeted drug delivery

• Track 1-4Processing of liquid and dispersed phase systems

• Track 1-5Pharmaceutical packaging technology

Track 2:Drug Engineering

• Track 2-1Biopharmaceuticals

• Track 2-2Biologic drugs

• Track 2-3Drug manufacture

• Track 2-4Chemical synthesis

Track 3:Pharmaceutical Technology

• Track 3-1Bioprocessing

• Track 3-2Supply chain safety

• Track 3-3Molecular isotopic engineering

• Track 3-4Medication management

Track 4:Pharmaceutical Analysis

• Track 4-1Chemical analysis

• Track 4-2Traditional chinese medicine

• Track 4-3Medicinal materials

• Track 4-4Biotech drug

• Track 4-5Clinical laboratory and Bio analysis

• Track 4-6Analysis of crude drugs

Track 5:Process Engineering

• Track 5-1Supporting tools

• Track 5-2Quality assurance

• Track 5-3Quality control

• Track 5-4Good manufacturing process

• Track 5-5Process control

• Track 5-6Process design

Track 6:Medical Devices and Imaging

• Track 6-1Radiography and echocardiography

• Track 6-2Magnetic resonance imaging (MRI)

• Track 6-3Elastography and Ultrasonography

• Track 6-4Thermography and Tomography

• Track 6-5Biomedical Instrumentation measurements

• Track 6-6Instrumentation for psychophysiological measurements

• Track 6-7Pacemakers and Defibrillators

• Track 6-8Ophthalmic and ENT instruments

• Track 6-9CT and PET scanners

Track 7:Biomedical Engineering

• Track 7-1Self-Designed biomedical engineering

• Track 7-2Pattern recognition,Clustering and Classification

• Track 7-3Systems biology

• Track 7-4Structure Prediction and Variations

• Track 7-5Sequence and image analysis

• Track 7-6Genomics, Proteomics and Transcriptomics

• Track 7-7Simulation and Modelling

• Track 7-8Clinical engineering

• Track 7-9Biomedical optics

• Track 7-10Biomedical computing and analysis

• Track 7-11Model Design and Evaluation

Track 8:Biomechanics

• Track 8-1Continuum biomechanics

• Track 8-2Ergonomy

• Track 8-3Musculoskeletal and Orthopaedic Biomechanics

• Track 8-4Animal locomotion and gait analysis

• Track 8-5Injury Biomechanics

• Track 8-6Cellular biomechanics

• Track 8-7Plant biomechanics

• Track 8-8Comparative biomechanics

• Track 8-9Bio tribology

• Track 8-10Bio fluid mechanics

• Track 8-11Allometry

Track 9:Cell & Tissue Engineering

• Track 9-1Bone bioengineering

• Track 9-2Organ preservation

• Track 9-3Cartilage biology

• Track 9-4Nerve regeneration

• Track 9-5Nanomedicine

• Track 9-6Quantitative aspects

• Track 9-7Microscale biocomplexity

• Track 9-8Stem cells and Functional tissue

• Track 9-9Next generation sequencing

• Track 9-10Cellular and Tissue Engineering

• Track 9-11Cell fate mechanisms

Track 10:Bioinstrumentation and Bio imaging

• Track 10-1Recent advances in patient treatment and care

• Track 10-2Recent Advances in spectroscopy

• Track 10-3Pharmaceutical research and early development informatics enabling technologies

• Track 10-4Green techniques for medicinal chemistry

• Track 10-5High-throughput screening and Laboratory automation

• Track 10-6Computational molecular systems

Track 11:Biomaterials

• Track 11-1Vascular grafts

• Track 11-2Bionics

• Track 11-3Implant (medicine), Orthotics & Prosthesis

• Track 11-4Biopolymers

• Track 11-5Heart valves

• Track 11-6Sustainable materials

Track 12:Genetic Engineering

• Track 12-1Transformation

• Track 12-2Genome editing

• Track 12-3Genetically modified organisms

• Track 12-4Gene knockout

• Track 12-5Traditional breeding

• Track 12-6Genetically engineered plants

• Track 12-7Transgenic animals

• Track 12-8Polymerase chain reaction

• Track 12-9Electroporation

Track 13:Regulatory Compliance

• Track 13-1Quality by Design (QbD)

• Track 13-2Regulatory issues in the pharmaceutical industry

• Track 13-3Scope of regulatory affairs

• Track 13-4Importance of regulatory affairs

• Track 13-5Current status of drug safety and pharmacovigilance