Scientific attitude is need of today’s society for peaceful and meaningful living of every person in a multicultural world. A case study was conducted at the Faculty of Teacher Training and Education, University of Riau, Pekanbaru in order to describe the scientific attitude that shaped by research-based teaching (RBT). Eighteen students of English for Biology bilingual program were selected from 88 regular students as a subject of the study. RBT designed consists of 9 steps: 1) field observations, 2) developing research proposals, 3) research proposal seminar, 4) field data collecting, 5) data analyzing & ilustrating, 6) writing research papers, 7) preparing power point slides, 8) creating a scientific poster, 9) seminar & poster session. Data were collected by using check list observation instuments during 14 weeks (course sessions), then analyzed by using descriptive-quantitative method. The results showed that RBT were able to shape critical-mindedness, suspended judgement, respect for evidence, honesty, objectivity, and questioning attitude as well as tolerance of uncertainty. These attitudes which shaped were varies according to every steps of learning activities. It’s seems that the preparation of scientific posters and research seminar quite good in shaping the critical-mindedness, suspended judgment, respect for evidence, honesty, objectivity, and questioning attitude, as well as tolerance of uncertainty. In conclusion, the application of research-based teaching through the English for Biology courses could shape the students scientific attitudes. However, the consistency of the appearance of a scientific attitude in every stage of Biology-based RBT learning process need more intensive and critical assessment.

1.
C. G.
Gayatri
and
M. M
Uplane
,
Improving Scientific Attitude Through Problem Solving Activities
.
Special Issue
2
,
89
94
. Feb.-Mar., 2015 www.researchfront.in (
2015
).
2.
V. K.
Singh
,
A. K.
Singh
and
A.
Giri
,
International Journal of Applied Research
2
(
4
):
46
49
(
2016
).
3.
L. N.
Firdaus
and
Sri
Wulandari
, “Riset Kolaboratif Dosen-Mahasiswa dan Implikasinya terhadap Pengayaan Bahan Ajar Ekofisiologi Tumbuhan dan Penyelesaian Tugas Akhir Sarjana Pendidikan Biologi”. in
Aplikasi Pendekatan Ilmiah: Pembelajaran Biologi Berbasis Riset
, edited by
Suwondo
(
UR Press
,
Pekanbaru
,
2014
), pp.
138
155
.
4.
G.
van den Broek
, “Innovative Research-Based Approaches to Learning and Teaching”, in
OECD Education Working Papers
, No.
79
,
OECD Publishing
. (
2012
).
5.
Huet
,
J.
Mourtos
,
N.
Costa
,
O.
Pacheco
and
J.
Tavares
,
Models for Research-Based Teaching in Engineering. Courses : a Case-Study at the University of AVEIRO (PT) and San José State University (USA).
International Conference on Engineering Education (ICEE 2007
);
Portugal
.
6.
Z.
Weidong
,
W.
Haifeng
and
W.
Anhua
,
Research-Based Teaching in Artificial Intelligence Course
.
Proceedings of 2009 4th International Conference on Computer Science & Education
(pp.
1750
1759
) (
2009
).
7.
H.
Dekker
and
S.W.
Wolff
,
Re-inventing Research-Based Teaching and Learning
. Paper prepared for presentation at the
meeting of the European Forum for Enhanced Collaboration in Teaching of the European University Association
:
2016 December 5
:
Brussels
.
8.
B.
Rosenshine
,
American Educator, Spring
2012
,
12
39
. (
2012
).
9.
Griffith Institute for Higher Education
,
Research-based learning: strategies for successfully linking teaching and research
.
University of Griffith
, (
2008
).
10.
M.
Roach
,
P.
Blackmore
and
J.
Dempster
,
Supporting High-Level Learning Through Research-Based Methods: interim guideline for course design
,
TELRI Project-University of Warwick
.
11.
D. T.
Widayanti
,
D.
Luknanto
,
E.
Rahayuningsih
,
G.
Sutapa
,
Harsono
,
R. P.
Sancayaningsih
and
Sajarwa
,
Pedoman Umum Pembelajaran Berbasis Riset (PUPBR)
.
Universitas Gadjah Mada
.
Yogyakarta
(
2010
).
12.
P.
Tremp
,
Research-based Teaching and Learning: A LERU Project
.
University of Zurich
,
Munich
.
University of Alberta
. (
2013
).
Scientific Attitudes in Action
. http://www.crystaloutreach.ualberta.ca/en/ScienceReasoningText/ScientificAttitudes/ScientificAttitudesinAction.aspx x(Retrieved on march 2, 2013) (
2010
).
13.
M. J.
Kozlov
and
M. A.
Nay
,
Journal of Science Education
60
(
2
),
147
172
(
1976
).
14.
Candrasekaran
,
International Journal of Humanities and Social Science Invention
3
(
6
),
2319
7714
(
2014
).
15.
M. P.
Lacap
,
Asia Pacific Journal of Multidisciplinary Research
3
(
5
),
7
15
(
2015
).
16.
R. Gokul
Raj
and
T.
Malliga
,
Research Journal of Recent Sciences
4
(
1
),
196
198
(
2015
).
17.
Gusti
Herdiah
, “Suasana Belajar 
English For Biology II Kelas Unggulan Program Studi Pendidikan Biologi FKIP Universitas Riau
”.
Skripsi, Universitas Riau
, (
2013
).
18.
M.
Kazempour
,.
Journal of Education and Learning
8
(
1
),
51
64
(
2014
).
19.
M.
Campbell
,
M. J.
Nakano
,
C. J.
Vrana
,
T. T.
Eckdahl
,
J. L.
Poet
, and
L. J.
Heyer
,
CBE-Life Sciences Education
11
,
337
338
(
2012
).
20.
V.
Mistades
,
Science Education International
18
(
3
),
173
187
(
2007
).
21.
E. L.
Dolan
and
I.
Alkaher
,
Integrating Research into Undergraduate Courses: Current Practices and Future Directions
, pp.
403
434
. (
2014
).
22.
E. L
Dolan
,
CBE-Life Sciences Education
11
,
333
334
(
2012
).
23.
M. J.
Kloser
,
S. E.
Brownell
,
N. R.
Chiariello
and
T.
Fukami
,
PLoS Biol
9
(
11
):
e1001174
. doi:. (
2011
).
This content is only available via PDF.