Nuzul Hidayat, S.Pd., M.T.

 BIODATA/BIO
Nama / Name : Nuzul Hidayat, S.Pd., M.T.
NIP / Civil Service ID Number : 198701162015041002
NIDN Lecturer Registration ID Number : 0016018702
Kode Dosen / Lecturer Code : 151015
Pendidikan / Academic Background : S1 / Undergraduate Degree – Teknik Otomotif / Automotive Engineering Vocational Education – Universitas Negeri Padang
    S2 / Master Degree – Teknik Mesin (Rekayasa Konversi Energi) / Mechanical Engineering (Energy Conversion Engineering) – Institut Teknologi Sepuluh Nopember
Keahlian / Expertise : Konversi energi / Energy Conversion, Mekanika Fluida / Fluid Mechanics
Mata Kuliah / Courses : Dasar Teknologi Bengkel / Basic Workshop Technology, Elemen Mesin / Engineering Element, Teknologi Pengkondisian Udara / Air Conditioner Technology, Sistim Pemindah Tenaga / Power Transfer System
E-mail : nuzulhidayat1601@gmail.com

PENELITIAN & KARYA ILMIAH / RESEARCH AND DEVELOPMENT PROJECTS
  1. Simulasi Numerik pada Rectangular Cylinder dekat Dinding yang mengunakan Diffuser dan tanpa Diffuser dengan Mengunakan Ks Model / Numerical Simulation on a Rectangular Cylinder near the Wall using a Diffuser and without a Diffuser Using the Ks Model
  2. Optimization of Effectiveness in Radiator Straight Fin Type With Flat Tube Angle Variation / Optimization of Effectiveness in Radiator Straight Fin Type With Flat Tube Angle Variation
  3. Perbandingan Kemampuan Pelepasan Panas pada Alat Penukar Panas Radiator Straight Fin Jenis Cylinder Circular dengan Flat Tube / Comparison of Heat Dissipation Capability in Straight Fin Radiator Heat Exchanger with Circular Cylinder Type and Flat Tube
  4. Studi Ekperimental Kemampuan Pelepasan Panas pada Alat Penukar Panas Radiator Straight Fin Jenis Flattube dengan Variasi Cooling Liquid / Experimental Study of Heat Dissipation Capability in Flattube Type Straight Fin Radiator Heat Exchanger with Cooling Liquid Variation
  5. Comparison of Effectiveness in Straight-Fin Radiator Types with variations in Time and cooling air velocity
  6. Analysis of the Coefficient of Performance (COP) on the Car’s Air Cooling System Using a Training Kit with Constant Rotation
  7. Comparison of Effectiveness in Straight-Fin Radiator Types with variations in Time and cooling air velocity
  8. Implementation of an Electric Turbocharger on A Single-Cylinder Spark Ignition Engine in an Effort to Use Ethanol Gasoline E40

   

TOPIK RISET / RESEARCH TOPICS
  1. Mekanika Fluida / Fluid Mechanics
  2. Heat Transfer

TEMA SKRIPSI/TUGAS AKHIR YANG DITAWARKAN / FINAL PROJECT OFFERED
Bidang Teknik / Engineering Field

  1. Renewable Energy
  2. Pengkondisian Udara / Air Conditioner Technology
  3. Mekanika Fluida / Fluid Mechanics
Bidang Pendidikan / Education Field

  1. Pendidikan Vokasi / Vocational Education
  2. Media Pembelajaran / Learning Media
  3. Kewirausahaan / Entrepreneurship